Energy, Solar, Grid & ESG

Estimate yearly kWh and bill savings from a rooftop solar system in Rajasthan using local irradiance (5.8 kWh/m²/day) and tariffs.

Estimate yearly kWh and bill savings from a rooftop solar system in Gujarat using local irradiance (5.6 kWh/m²/day) and tariffs.

Estimate yearly kWh and bill savings from a rooftop solar system in Maharashtra using local irradiance (5.3 kWh/m²/day) and tariffs.

Estimate yearly kWh and bill savings from a rooftop solar system in Tamil Nadu using local irradiance (5.4 kWh/m²/day) and tariffs.

Estimate yearly kWh and bill savings from a rooftop solar system in Delhi NCR using local irradiance (5 kWh/m²/day) and tariffs.

Estimate yearly kWh and bill savings from a rooftop solar system in Kerala using local irradiance (4.8 kWh/m²/day) and tariffs.

Estimate yearly kWh and bill savings from a rooftop solar system in Arizona using local irradiance (5.7 kWh/m²/day) and tariffs.

Estimate yearly kWh and bill savings from a rooftop solar system in California using local irradiance (5.4 kWh/m²/day) and tariffs.

Estimate yearly kWh and bill savings from a rooftop solar system in Texas using local irradiance (5 kWh/m²/day) and tariffs.

Estimate yearly kWh and bill savings from a rooftop solar system in New York using local irradiance (4 kWh/m²/day) and tariffs.

Estimate yearly kWh and bill savings from a rooftop solar system in the UK using local irradiance (2.9 kWh/m²/day) and tariffs.

Estimate yearly kWh and bill savings from a rooftop solar system in Germany using local irradiance (3 kWh/m²/day) and tariffs.

Estimate yearly kWh and bill savings from a rooftop solar system in Queensland using local irradiance (5.5 kWh/m²/day) and tariffs.

Estimate yearly kWh and bill savings from a rooftop solar system in the UAE using local irradiance (5.9 kWh/m²/day) and tariffs.

Years to recover a home solar investment in Rajasthan: local costs, subsidies/credits, self-consumption and export rates.

Years to recover a home solar investment in Gujarat: local costs, subsidies/credits, self-consumption and export rates.

Years to recover a home solar investment in Maharashtra: local costs, subsidies/credits, self-consumption and export rates.

Years to recover a home solar investment in Tamil Nadu: local costs, subsidies/credits, self-consumption and export rates.

Years to recover a home solar investment in Delhi NCR: local costs, subsidies/credits, self-consumption and export rates.

Years to recover a home solar investment in Kerala: local costs, subsidies/credits, self-consumption and export rates.

Years to recover a home solar investment in Arizona: local costs, subsidies/credits, self-consumption and export rates.

Years to recover a home solar investment in California: local costs, subsidies/credits, self-consumption and export rates.

Years to recover a home solar investment in Texas: local costs, subsidies/credits, self-consumption and export rates.

Years to recover a home solar investment in New York: local costs, subsidies/credits, self-consumption and export rates.

Years to recover a home solar investment in the UK: local costs, subsidies/credits, self-consumption and export rates.

Years to recover a home solar investment in Germany: local costs, subsidies/credits, self-consumption and export rates.

Years to recover a home solar investment in Queensland: local costs, subsidies/credits, self-consumption and export rates.

Years to recover a home solar investment in the UAE: local costs, tariffs, self-consumption and export rates.

Convert your monthly electricity bill in Rajasthan into the kW of solar, panel count and roof area you need.

Convert your monthly electricity bill in Gujarat into the kW of solar, panel count and roof area you need.

Convert your monthly electricity bill in Maharashtra into the kW of solar, panel count and roof area you need.

Convert your monthly electricity bill in Tamil Nadu into the kW of solar, panel count and roof area you need.

Convert your monthly electricity bill in Delhi NCR into the kW of solar, panel count and roof area you need.

Convert your monthly electricity bill in Kerala into the kW of solar, panel count and roof area you need.

Convert your monthly electricity bill in Arizona into the kW of solar, panel count and roof area you need.

Convert your monthly electricity bill in California into the kW of solar, panel count and roof area you need.

Convert your monthly electricity bill in Texas into the kW of solar, panel count and roof area you need.

Convert your monthly electricity bill in New York into the kW of solar, panel count and roof area you need.

Convert your monthly electricity bill in the UK into the kW of solar, panel count and roof area you need.

Convert your monthly electricity bill in Germany into the kW of solar, panel count and roof area you need.

Convert your monthly electricity bill in Queensland into the kW of solar, panel count and roof area you need.

Convert your monthly electricity bill in the UAE into the kW of solar, panel count and roof area you need.

Production and savings estimate for a commercial/C&I solar plant in Rajasthan — 10 kW to 2 MW, local irradiance and tariffs.

Production and savings estimate for a commercial/C&I solar plant in Gujarat — 10 kW to 2 MW, local irradiance and tariffs.

Production and savings estimate for a commercial/C&I solar plant in Maharashtra — 10 kW to 2 MW, local irradiance and tariffs.

Production and savings estimate for a commercial/C&I solar plant in Tamil Nadu — 10 kW to 2 MW, local irradiance and tariffs.

Production and savings estimate for a commercial/C&I solar plant in Delhi NCR — 10 kW to 2 MW, local irradiance and tariffs.

Production and savings estimate for a commercial/C&I solar plant in Kerala — 10 kW to 2 MW, local irradiance and tariffs.

Production and savings estimate for a commercial/C&I solar plant in California — 10 kW to 2 MW, local irradiance and tariffs.

Production and savings estimate for a commercial/C&I solar plant in Texas — 10 kW to 2 MW, local irradiance and tariffs.

Production and savings estimate for a commercial/C&I solar plant in Germany — 10 kW to 2 MW, local irradiance and tariffs.

Production and savings estimate for a commercial/C&I solar plant in Queensland — 10 kW to 2 MW, local irradiance and tariffs.

Payback and 25-year ROI for a C&I solar investment in Rajasthan, with self-consumption share and export rates.

Payback and 25-year ROI for a C&I solar investment in Gujarat, with self-consumption share and export rates.

Payback and 25-year ROI for a C&I solar investment in Maharashtra, with self-consumption share and export rates.

Payback and 25-year ROI for a C&I solar investment in Tamil Nadu, with self-consumption share and export rates.

Payback and 25-year ROI for a C&I solar investment in Delhi NCR, with self-consumption share and export rates.

Payback and 25-year ROI for a C&I solar investment in California, with self-consumption share and export rates.

Optimal panel tilt and seasonal adjustment for Rajasthan, plus the energy cost of your actual roof angle and azimuth.

Optimal panel tilt and seasonal adjustment for Gujarat, plus the energy cost of your actual roof angle and azimuth.

Optimal panel tilt and seasonal adjustment for Tamil Nadu, plus the energy cost of your actual roof angle and azimuth.

Optimal panel tilt and seasonal adjustment for Delhi NCR, plus the energy cost of your actual roof angle and azimuth.

Optimal panel tilt and seasonal adjustment for Kerala, plus the energy cost of your actual roof angle and azimuth.

Optimal panel tilt and seasonal adjustment for California, plus the energy cost of your actual roof angle and azimuth.

Optimal panel tilt and seasonal adjustment for New York, plus the energy cost of your actual roof angle and azimuth.

Optimal panel tilt and seasonal adjustment for the UK, plus the energy cost of your actual roof angle and azimuth.

Optimal panel tilt and seasonal adjustment for Germany, plus the energy cost of your actual roof angle and azimuth.

Optimal panel tilt and seasonal adjustment for Queensland, plus the energy cost of your actual roof angle and azimuth.

Optimal tilt for any latitude, winter/summer adjustments, and the % yield lost to your actual tilt and azimuth.

IEC 61724 performance ratio from measured kWh, plant size and period irradiance — with a health verdict.

Check a Gujarat plant's performance ratio against the local irradiance baseline (5.6 kWh/m²/day).

Check a Maharashtra plant's performance ratio against the local irradiance baseline (5.3 kWh/m²/day).

Check a California plant's performance ratio against the local irradiance baseline (5.4 kWh/m²/day).

Check a Germany plant's performance ratio against the local irradiance baseline (3 kWh/m²/day).

Check a Queensland plant's performance ratio against the local irradiance baseline (5.5 kWh/m²/day).

Forecast year-by-year output decline at 0.4–0.6%/yr and check production against the linear power warranty.

25-year production forecast for a system in Gujarat, compounding panel degradation on local first-year yield.

25-year production forecast for a system in Maharashtra, compounding panel degradation on local first-year yield.

25-year production forecast for a system in Arizona, compounding panel degradation on local first-year yield.

25-year production forecast for a system in California, compounding panel degradation on local first-year yield.

25-year production forecast for a system in the UK, compounding panel degradation on local first-year yield.

25-year production forecast for a system in Queensland, compounding panel degradation on local first-year yield.

25-year production forecast for a system in the UAE, compounding panel degradation on local first-year yield.

MWh/year estimate for a utility-scale plant in Rajasthan — specific yield, PR and monthly generation table.

MWh/year estimate for a utility-scale plant in Gujarat — specific yield, PR and monthly generation table.

MWh/year estimate for a utility-scale plant in Texas — specific yield, PR and monthly generation table.

MWh/year estimate for a utility-scale plant in the UAE — specific yield, PR and monthly generation table.

MWh/year estimate for a utility-scale plant in Queensland — specific yield, PR and monthly generation table.

Yield and savings for factory/industrial solar in Gujarat — 50 kW to 10 MW against industrial tariffs.

Yield and savings for factory/industrial solar in Maharashtra — 50 kW to 10 MW against industrial tariffs.

Yield and savings for factory/industrial solar in Tamil Nadu — 50 kW to 10 MW against industrial tariffs.

Yield and savings for factory/industrial solar in Texas — 50 kW to 10 MW against industrial tariffs.

Yield and savings for factory/industrial solar in Germany — 50 kW to 10 MW against industrial tariffs.

Yield and savings for factory/industrial solar in Delhi NCR — 50 kW to 10 MW against industrial tariffs.

Production estimate for solar over farmland — elevated arrays, higher soiling, dual-use land economics.

Size the PV array for an off-grid irrigation pump from daily water need, head and pump efficiency.

Payback for an agrivoltaic installation — feed-in income vs elevated-structure capex.

Will that tree or parapet shade your array? Winter shadow length, shaded hours and annual % energy loss.

Size a C&I rooftop in Gujarat from the monthly electricity bill — kW, panel count, roof area.

Bill-to-kW sizing for Maharashtra businesses facing India's highest commercial tariffs.

Size a commercial array in California for self-consumption under NEM 3.0 — kW, panels, roof area.

Payback for MW-class factory solar in Gujarat with high self-consumption and HT tariff offsets.

Factory solar payback in Tamil Nadu — textile/manufacturing loads vs TANGEDCO HT tariffs.

IPP-style payback for a utility-scale plant in Rajasthan at PPA export rates.

How much output the monsoon takes from an Indian rooftop system — month-by-month generation reality check.

Estimate state of health for a grid-scale bess from age, cycling pattern and depth of discharge.

Estimate state of health for a home battery from age, cycling pattern and depth of discharge.

Estimate state of health for a ev car pack from age, cycling pattern and depth of discharge.

Estimate state of health for a electric bus pack from age, cycling pattern and depth of discharge.

Estimate state of health for a e-rickshaw battery from age, cycling pattern and depth of discharge.

Estimate state of health for a electric scooter/bike battery from age, cycling pattern and depth of discharge.

Estimate state of health for a ups / inverter battery from age, cycling pattern and depth of discharge.

Estimate state of health for a telecom tower bank from age, cycling pattern and depth of discharge.

Estimate state of health for a off-grid solar bank from age, cycling pattern and depth of discharge.

Estimate state of health for a forklift traction battery from age, cycling pattern and depth of discharge.

Estimate state of health for a marine house bank from age, cycling pattern and depth of discharge.

Estimate state of health for a rv / caravan battery from age, cycling pattern and depth of discharge.

Cycle life and service years for LFP (LiFePO₄) at your depth of discharge and cycling rate (rated 4,000 cycles).

Cycle life and service years for NMC Li-ion at your depth of discharge and cycling rate (rated 2,000 cycles).

Cycle life and service years for NCA Li-ion at your depth of discharge and cycling rate (rated 1,500 cycles).

Cycle life and service years for LTO (Li-Titanate) at your depth of discharge and cycling rate (rated 15,000 cycles).

Cycle life and service years for VRLA / AGM Lead-Acid at your depth of discharge and cycling rate (rated 500 cycles).

Cycle life and service years for Flooded Lead-Acid at your depth of discharge and cycling rate (rated 800 cycles).

Cycle life and service years for Vanadium Flow at your depth of discharge and cycling rate (rated 12,000 cycles).

Cycle life and service years for Sodium-Ion at your depth of discharge and cycling rate (rated 3,000 cycles).

Year-by-year capacity fade and usable kWh forecast for a grid-scale bess, to your end-of-life threshold.

Year-by-year capacity fade and usable kWh forecast for a home battery, to your end-of-life threshold.

Year-by-year capacity fade and usable kWh forecast for a ev car pack, to your end-of-life threshold.

Year-by-year capacity fade and usable kWh forecast for a electric bus pack, to your end-of-life threshold.

Year-by-year capacity fade and usable kWh forecast for a e-rickshaw battery, to your end-of-life threshold.

Year-by-year capacity fade and usable kWh forecast for a electric scooter/bike battery, to your end-of-life threshold.

Year-by-year capacity fade and usable kWh forecast for a ups / inverter battery, to your end-of-life threshold.

Year-by-year capacity fade and usable kWh forecast for a telecom tower bank, to your end-of-life threshold.

Year-by-year capacity fade and usable kWh forecast for a off-grid solar bank, to your end-of-life threshold.

Year-by-year capacity fade and usable kWh forecast for a forklift traction battery, to your end-of-life threshold.

Year-by-year capacity fade and usable kWh forecast for a marine house bank, to your end-of-life threshold.

Year-by-year capacity fade and usable kWh forecast for a rv / caravan battery, to your end-of-life threshold.

Check measured battery SoH against the warranty line — 8 yr to 70%.

Check measured battery SoH against the warranty line — 10 yr to 70% or 6000 cycles.

Check measured battery SoH against the warranty line — 4 yr to 80%.

Check measured battery SoH against the warranty line — 15 yr to 70% or 5500 cycles.

Check measured battery SoH against the warranty line — 1.5 yr to 80% or 600 cycles.

Check measured battery SoH against the warranty line — 3 yr to 70% or 1000 cycles.

Check measured battery SoH against the warranty line — 3 yr to 80%.

Check measured battery SoH against the warranty line — 8 yr to 80% or 4000 cycles.

Check measured battery SoH against the warranty line — 5 yr to 80% or 2500 cycles.

Check measured battery SoH against the warranty line — 5 yr to 80% or 1500 cycles.

Measure AC round-trip efficiency of a grid-scale bess and price the annual energy lost.

Measure AC round-trip efficiency of a home battery and price the annual energy lost.

Measure AC round-trip efficiency of a telecom tower bank and price the annual energy lost.

Measure AC round-trip efficiency of a off-grid solar bank and price the annual energy lost.

Measure AC round-trip efficiency of a ups / inverter battery and price the annual energy lost.

Measure AC round-trip efficiency of a electric bus pack and price the annual energy lost.

Measure AC round-trip efficiency of a forklift traction battery and price the annual energy lost.

Measure AC round-trip efficiency of a rv / caravan battery and price the annual energy lost.

When will the grid-scale bess need replacing, and what monthly sinking fund covers it?

When will the home battery need replacing, and what monthly sinking fund covers it?

When will the ev car pack need replacing, and what monthly sinking fund covers it?

When will the e-rickshaw battery need replacing, and what monthly sinking fund covers it?

When will the ups / inverter battery need replacing, and what monthly sinking fund covers it?

When will the telecom tower bank need replacing, and what monthly sinking fund covers it?

When will the off-grid solar bank need replacing, and what monthly sinking fund covers it?

When will the forklift traction battery need replacing, and what monthly sinking fund covers it?

When will the marine house bank need replacing, and what monthly sinking fund covers it?

When will the rv / caravan battery need replacing, and what monthly sinking fund covers it?

Log capacity tests for a grid-scale bess and get the fade trend + end-of-life forecast. Data stays in your browser.

Log capacity tests for a home battery and get the fade trend + end-of-life forecast. Data stays in your browser.

Log capacity tests for a ev car pack and get the fade trend + end-of-life forecast. Data stays in your browser.

Log capacity tests for a electric bus pack and get the fade trend + end-of-life forecast. Data stays in your browser.

Log capacity tests for a e-rickshaw battery and get the fade trend + end-of-life forecast. Data stays in your browser.

Log capacity tests for a electric scooter/bike battery and get the fade trend + end-of-life forecast. Data stays in your browser.

Log capacity tests for a ups / inverter battery and get the fade trend + end-of-life forecast. Data stays in your browser.

Log capacity tests for a telecom tower bank and get the fade trend + end-of-life forecast. Data stays in your browser.

Log capacity tests for a off-grid solar bank and get the fade trend + end-of-life forecast. Data stays in your browser.

Log capacity tests for a forklift traction battery and get the fade trend + end-of-life forecast. Data stays in your browser.

Log capacity tests for a marine house bank and get the fade trend + end-of-life forecast. Data stays in your browser.

Log capacity tests for a rv / caravan battery and get the fade trend + end-of-life forecast. Data stays in your browser.

Battery Capacity Test Calculator: convert a timed discharge into measured Ah, kWh and state of health.

Inverter Battery Backup Test: convert a timed discharge into measured Ah, kWh and state of health.

UPS String Capacity Test: convert a timed discharge into measured Ah, kWh and state of health.

Solar Battery Capacity Test: convert a timed discharge into measured Ah, kWh and state of health.

LFP Battery Capacity Test: convert a timed discharge into measured Ah, kWh and state of health.

Car Battery Health Test: convert a timed discharge into measured Ah, kWh and state of health.

Real lead-acid runtime at any load — Peukert exponent corrects the Ah rating for discharge rate.

How long will an inverter battery run your load? Peukert-corrected backup hours for Indian tubular banks.

Lifetime energy throughput (MWh) a battery can deliver — cycles × capacity × DoD, the metric warranties actually cap.

See how depth of discharge changes cycle life for any chemistry — the single biggest lever you control.

SoH screening for LFP (LiFePO₄) from age, cycles and DoD — chemistry-specific fade rates built in.

SoH screening for NMC Li-ion from age, cycles and DoD — chemistry-specific fade rates built in.

SoH screening for NCA Li-ion from age, cycles and DoD — chemistry-specific fade rates built in.

SoH screening for LTO (Li-Titanate) from age, cycles and DoD — chemistry-specific fade rates built in.

SoH screening for VRLA / AGM Lead-Acid from age, cycles and DoD — chemistry-specific fade rates built in.

SoH screening for Flooded Lead-Acid from age, cycles and DoD — chemistry-specific fade rates built in.

SoH screening for Vanadium Flow from age, cycles and DoD — chemistry-specific fade rates built in.

SoH screening for Sodium-Ion from age, cycles and DoD — chemistry-specific fade rates built in.

How many years a grid-scale bess will last under your duty cycle — cycle wear vs calendar aging.

How many years a home battery will last under your duty cycle — cycle wear vs calendar aging.

How many years a ev car pack will last under your duty cycle — cycle wear vs calendar aging.

How many years a electric bus pack will last under your duty cycle — cycle wear vs calendar aging.

How many years a e-rickshaw battery will last under your duty cycle — cycle wear vs calendar aging.

How many years a electric scooter/bike battery will last under your duty cycle — cycle wear vs calendar aging.

How many years a telecom tower bank will last under your duty cycle — cycle wear vs calendar aging.

How many years a off-grid solar bank will last under your duty cycle — cycle wear vs calendar aging.

How many years a forklift traction battery will last under your duty cycle — cycle wear vs calendar aging.

How many years a marine house bank will last under your duty cycle — cycle wear vs calendar aging.

Monthly charging cost, per-vehicle and per-km energy cost for a delivery van fleet on Indian ToU tariffs.

Monthly charging cost, per-vehicle and per-km energy cost for a electric bus depot on Indian ToU tariffs.

Monthly charging cost, per-vehicle and per-km energy cost for a ev taxi fleet on Indian ToU tariffs.

Monthly charging cost, per-vehicle and per-km energy cost for a cargo 3-wheeler fleet on Indian ToU tariffs.

Monthly charging cost, per-vehicle and per-km energy cost for a delivery scooter fleet on Indian ToU tariffs.

Monthly charging cost, per-vehicle and per-km energy cost for a corporate car fleet on Indian ToU tariffs.

Monthly charging cost, per-vehicle and per-km energy cost for a electric truck fleet on Indian ToU tariffs.

Monthly charging cost, per-vehicle and per-km energy cost for a school bus fleet on Indian ToU tariffs.

Monthly charging cost and per-mile/km energy cost for a delivery van fleet on USA commercial ToU rates.

Monthly charging cost and per-mile/km energy cost for a electric bus depot on USA commercial ToU rates.

Monthly charging cost and per-mile/km energy cost for a school bus fleet on USA commercial ToU rates.

Monthly charging cost and per-mile/km energy cost for a electric truck fleet on USA commercial ToU rates.

Monthly charging cost and per-mile/km energy cost for a delivery van fleet on UK commercial ToU rates.

Monthly charging cost and per-mile/km energy cost for a corporate car fleet on EU commercial ToU rates.

Does your delivery van fleet fit the off-peak window? Hours needed, minimum chargers and monthly ToU savings.

Does your electric bus depot fit the off-peak window? Hours needed, minimum chargers and monthly ToU savings.

Does your ev taxi fleet fit the off-peak window? Hours needed, minimum chargers and monthly ToU savings.

Does your cargo 3-wheeler fleet fit the off-peak window? Hours needed, minimum chargers and monthly ToU savings.

Does your delivery scooter fleet fit the off-peak window? Hours needed, minimum chargers and monthly ToU savings.

Does your corporate car fleet fit the off-peak window? Hours needed, minimum chargers and monthly ToU savings.

Does your electric truck fleet fit the off-peak window? Hours needed, minimum chargers and monthly ToU savings.

Does your school bus fleet fit the off-peak window? Hours needed, minimum chargers and monthly ToU savings.

Fit a US electric bus depot into super-off-peak windows; chargers needed and monthly savings.

Fit a US electric truck fleet into super-off-peak windows; chargers needed and monthly savings.

kVA billed demand and monthly demand charges for a delivery van fleet depot — plus what staggering saves.

kVA billed demand and monthly demand charges for a electric bus depot depot — plus what staggering saves.

kVA billed demand and monthly demand charges for a ev taxi fleet depot — plus what staggering saves.

kVA billed demand and monthly demand charges for a cargo 3-wheeler fleet depot — plus what staggering saves.

kVA billed demand and monthly demand charges for a delivery scooter fleet depot — plus what staggering saves.

kVA billed demand and monthly demand charges for a corporate car fleet depot — plus what staggering saves.

kVA billed demand and monthly demand charges for a electric truck fleet depot — plus what staggering saves.

kVA billed demand and monthly demand charges for a school bus fleet depot — plus what staggering saves.

US demand-charge exposure for a delivery van fleet depot and the savings from managed concurrency.

US demand-charge exposure for a electric bus depot depot and the savings from managed concurrency.

US demand-charge exposure for a electric truck fleet depot and the savings from managed concurrency.

US demand-charge exposure for a school bus fleet depot and the savings from managed concurrency.

Will the depot transformer carry your delivery van fleet chargers? Concurrent-charger limit and upgrade math.

Will the depot transformer carry your electric bus depot chargers? Concurrent-charger limit and upgrade math.

Will the depot transformer carry your ev taxi fleet chargers? Concurrent-charger limit and upgrade math.

Will the depot transformer carry your cargo 3-wheeler fleet chargers? Concurrent-charger limit and upgrade math.

Will the depot transformer carry your delivery scooter fleet chargers? Concurrent-charger limit and upgrade math.

Will the depot transformer carry your corporate car fleet chargers? Concurrent-charger limit and upgrade math.

Will the depot transformer carry your electric truck fleet chargers? Concurrent-charger limit and upgrade math.

Will the depot transformer carry your school bus fleet chargers? Concurrent-charger limit and upgrade math.

Net V2G value per year: export revenue minus buy-back energy and battery-wear cost.

Net V2G value per year: export revenue minus buy-back energy and battery-wear cost.

Net V2G value per year: export revenue minus buy-back energy and battery-wear cost.

Net V2G value per year: export revenue minus buy-back energy and battery-wear cost.

Net V2G value per year: export revenue minus buy-back energy and battery-wear cost.

Net V2G value per year: export revenue minus buy-back energy and battery-wear cost.

Energy cost per km, fuel savings and EV-premium payback for a delivery van fleet in India.

Energy cost per km, fuel savings and EV-premium payback for a electric bus depot in India.

Energy cost per km, fuel savings and EV-premium payback for a ev taxi fleet in India.

Energy cost per km, fuel savings and EV-premium payback for a cargo 3-wheeler fleet in India.

Energy cost per km, fuel savings and EV-premium payback for a delivery scooter fleet in India.

Energy cost per km, fuel savings and EV-premium payback for a corporate car fleet in India.

Energy cost per km, fuel savings and EV-premium payback for a electric truck fleet in India.

Energy cost per km, fuel savings and EV-premium payback for a school bus fleet in India.

Per-km energy vs fuel cost and EV-premium payback for a delivery van fleet in USA.

Per-km energy vs fuel cost and EV-premium payback for a electric truck fleet in USA.

Per-km energy vs fuel cost and EV-premium payback for a delivery van fleet in UK.

Per-km energy vs fuel cost and EV-premium payback for a electric bus depot in EU.

Charger utilization %, monthly profit and capex payback from sessions, pricing and energy cost.

Charger utilization %, monthly profit and capex payback from sessions, pricing and energy cost.

Charger utilization %, monthly profit and capex payback from sessions, pricing and energy cost.

Charger utilization %, monthly profit and capex payback from sessions, pricing and energy cost.

Charger utilization %, monthly profit and capex payback from sessions, pricing and energy cost.

Charger utilization %, monthly profit and capex payback from sessions, pricing and energy cost.

Charging time (AC & DC), energy needed and range added for a electric car — taper-corrected.

Charging time (AC & DC), energy needed and range added for a electric car — taper-corrected.

Charging time (AC & DC), energy needed and range added for a compact city EV — taper-corrected.

Charging time (AC & DC), energy needed and range added for a electric SUV — taper-corrected.

Charging time (AC & DC), energy needed and range added for a electric scooter — taper-corrected.

Charging time (AC & DC), energy needed and range added for a e-rickshaw — taper-corrected.

Charging time (AC & DC), energy needed and range added for a electric bus — taper-corrected.

Charging time (AC & DC), energy needed and range added for a electric truck — taper-corrected.

Charging time (AC & DC), energy needed and range added for a electric delivery van — taper-corrected.

Charging time (AC & DC), energy needed and range added for a electric car (highway) — taper-corrected.

Charging time (AC & DC), energy needed and range added for a electric car (winter) — taper-corrected.

Charging time (AC & DC), energy needed and range added for a electric car — taper-corrected.

Monthly cost of charging an EV at home in India, with off-peak shifting savings.

Monthly cost of charging an EV at home in USA, with off-peak shifting savings.

Monthly cost of charging an EV at home in UK, with off-peak shifting savings.

Monthly cost of charging an EV at home in EU, with off-peak shifting savings.

Monthly charging spend and per-km energy cost for a ev taxi fleet on USA tariffs.

Monthly charging spend and per-km energy cost for a ev taxi fleet on UK tariffs.

Monthly charging spend and per-km energy cost for a corporate car fleet on UK tariffs.

Monthly charging spend and per-km energy cost for a school bus fleet on UK tariffs.

Fit a delivery van fleet into UK off-peak windows; chargers needed and monthly savings.

Fit a corporate car fleet into EU off-peak windows; chargers needed and monthly savings.

Billed-demand exposure for a delivery van fleet depot in UK and staggering savings.

Billed-demand exposure for a electric bus depot depot in EU and staggering savings.

Billed-demand exposure for a ev taxi fleet depot in USA and staggering savings.

Billed-demand exposure for a corporate car fleet depot in UK and staggering savings.

Per-km running cost head-to-head and EV premium payback for delivery scooter fleet duty in India.

Per-km running cost head-to-head and EV premium payback for cargo 3-wheeler fleet duty in India.

Per-km running cost head-to-head and EV premium payback for ev taxi fleet duty in India.

Per-km running cost head-to-head and EV premium payback for corporate car fleet duty in India.

Charge times and range for 100 kWh-class luxury EVs on AC and 250 kW DC — taper-corrected.

Charging and range math for 130 kWh-class electric pickups — towing consumption included.

Daily charging plan for passenger e-rickshaws — twice-a-day charging around shifts on a 15A socket.

Destination AC charging economics for malls and retail — dwell time, sessions and payback.

Overnight destination charging for hotels — guest sessions, pricing and charger payback.

Vehicle-to-home: how long an EV pack can back up your house, and the value per outage.

ISO 10816-21 zone check and trend analysis for gearbox high-speed shaft vibration.

Remaining useful life from the vibration trend for the gearbox high-speed shaft — P-F interval with parts lead time.

ISO 10816-21 zone check and trend analysis for gearbox intermediate-speed shaft vibration.

Remaining useful life from the vibration trend for the gearbox intermediate-speed shaft — P-F interval with parts lead time.

ISO 10816-21 zone check and trend analysis for generator drive-end bearing vibration.

Remaining useful life from the vibration trend for the generator drive-end bearing — P-F interval with parts lead time.

ISO 10816-21 zone check and trend analysis for generator non-drive-end bearing vibration.

Remaining useful life from the vibration trend for the generator non-drive-end bearing — P-F interval with parts lead time.

ISO 10816-21 zone check and trend analysis for main (rotor) shaft bearing vibration.

Remaining useful life from the vibration trend for the main (rotor) shaft bearing — P-F interval with parts lead time.

ISO 10816-21 zone check and trend analysis for tower-top structural motion vibration.

Remaining useful life from the vibration trend for the tower-top structural motion — P-F interval with parts lead time.

Is a 850 kW class turbine on its power curve? Density-corrected expected power vs measured at any wind speed.

Is a 1.5 MW class turbine on its power curve? Density-corrected expected power vs measured at any wind speed.

Is a 2 MW class turbine on its power curve? Density-corrected expected power vs measured at any wind speed.

Is a 3 MW class turbine on its power curve? Density-corrected expected power vs measured at any wind speed.

Is a 5 MW offshore class turbine on its power curve? Density-corrected expected power vs measured at any wind speed.

Air density from site altitude and temperature, and its % impact on turbine power output.

Capacity factor from MWh and installed MW, benchmarked against Tamil Nadu norms (~28%).

Capacity factor from MWh and installed MW, benchmarked against Gujarat (Kutch) norms (~32%).

Capacity factor from MWh and installed MW, benchmarked against Karnataka norms (~27%).

Capacity factor from MWh and installed MW, benchmarked against Rajasthan (Jaisalmer) norms (~24%).

Capacity factor from MWh and installed MW, benchmarked against Maharashtra norms (~25%).

Capacity factor from MWh and installed MW, benchmarked against US Great Plains norms (~42%).

Capacity factor from MWh and installed MW, benchmarked against UK Offshore norms (~45%).

Capacity factor from MWh and installed MW, benchmarked against Germany Onshore norms (~26%).

Capacity factor from MWh and installed MW, benchmarked against Brazil Northeast norms (~48%).

Capacity factor from MWh and installed MW, benchmarked against Australia norms (~35%).

Lost MWh and revenue when a 850 kW class turbine in Tamil Nadu stands still — per hour, per day.

Lost MWh and revenue when a 1.5 MW class turbine in Tamil Nadu stands still — per hour, per day.

Lost MWh and revenue when a 2 MW class turbine in Gujarat (Kutch) stands still — per hour, per day.

Lost MWh and revenue when a 3 MW class turbine in Gujarat (Kutch) stands still — per hour, per day.

Lost MWh and revenue when a 2 MW class turbine in US Great Plains stands still — per hour, per day.

Lost MWh and revenue when a 3 MW class turbine in Germany Onshore stands still — per hour, per day.

Lost MWh and revenue when a 5 MW offshore class turbine in UK Offshore stands still — per hour, per day.

Lost MWh and revenue when a 1.5 MW class turbine in Karnataka stands still — per hour, per day.

Annual energy production for a turbine in Tamil Nadu via Weibull statistics (mean 7 m/s, k≈2.4).

Annual energy production for a turbine in Gujarat (Kutch) via Weibull statistics (mean 7.5 m/s, k≈2.2).

Annual energy production for a turbine in Karnataka via Weibull statistics (mean 6.8 m/s, k≈2.2).

Annual energy production for a turbine in Rajasthan (Jaisalmer) via Weibull statistics (mean 6.3 m/s, k≈2).

Annual energy production for a turbine in Maharashtra via Weibull statistics (mean 6.5 m/s, k≈2.1).

Annual energy production for a turbine in US Great Plains via Weibull statistics (mean 8.5 m/s, k≈2.3).

Annual energy production for a turbine in UK Offshore via Weibull statistics (mean 9.5 m/s, k≈2.1).

Annual energy production for a turbine in Germany Onshore via Weibull statistics (mean 6.5 m/s, k≈1.9).

Annual energy production for a turbine in Brazil Northeast via Weibull statistics (mean 8.8 m/s, k≈3).

Annual energy production for a turbine in Australia via Weibull statistics (mean 7.8 m/s, k≈2.2).

Extrapolate wind speed to hub height over open sea / offshore (Hellmann α≈0.1) with the cube-law power impact.

Extrapolate wind speed to hub height over open plains (Hellmann α≈0.14) with the cube-law power impact.

Extrapolate wind speed to hub height over farmland with hedges (Hellmann α≈0.2) with the cube-law power impact.

Extrapolate wind speed to hub height over forest / woodland (Hellmann α≈0.28) with the cube-law power impact.

Extrapolate wind speed to hub height over suburban terrain (Hellmann α≈0.3) with the cube-law power impact.

Extrapolate wind speed to hub height over complex / hilly terrain (Hellmann α≈0.25) with the cube-law power impact.

Tip-speed ratio λ, blade tip speed and noise screening from rotor diameter, RPM and wind speed.

Tip-speed ratio λ, blade tip speed and noise screening from rotor diameter, RPM and wind speed.

Tip-speed ratio λ, blade tip speed and noise screening from rotor diameter, RPM and wind speed.

Tip-speed ratio λ, blade tip speed and noise screening from rotor diameter, RPM and wind speed.

Annual energy estimate for a 1 kW wind turbine via Weibull statistics — honest small-wind math.

Annual energy estimate for a 5 kW wind turbine via Weibull statistics — honest small-wind math.

Annual energy estimate for a 10 kW wind turbine via Weibull statistics — honest small-wind math.

Annual energy estimate for a 20 kW wind turbine via Weibull statistics — honest small-wind math.

Annual energy estimate for a 3 kW wind turbine via Weibull statistics — honest small-wind math.

Annual energy estimate for a 50 kW wind turbine via Weibull statistics — honest small-wind math.

Downtime + crane economics of pulling a 1.5 MW class gearbox now vs running the vibration trend longer.

Downtime + crane economics of pulling a 2 MW class gearbox now vs running the vibration trend longer.

Downtime + crane economics of pulling a 3 MW class gearbox now vs running the vibration trend longer.

Track monthly wind farm CF in Tamil Nadu against the ~28% benchmark and seasonal expectations.

Track monthly wind farm CF in Gujarat (Kutch) against the ~32% benchmark and seasonal expectations.

Track monthly wind farm CF in Karnataka against the ~27% benchmark and seasonal expectations.

Track monthly wind farm CF in Rajasthan (Jaisalmer) against the ~24% benchmark and seasonal expectations.

Track monthly wind farm CF in Maharashtra against the ~25% benchmark and seasonal expectations.

Track monthly wind farm CF in US Great Plains against the ~42% benchmark and seasonal expectations.

What each percentage point of availability is worth across a wind farm year.

AEP impact of leading-edge erosion via power-curve deviation at mid-curve winds.

Power lost to static yaw error — cos² law on the power curve at any wind speed.

Lost MWh and revenue for a stopped 2 MW class turbine in Tamil Nadu.

Lost MWh and revenue for a stopped 3 MW class turbine in US Great Plains.

Lost MWh and revenue for a stopped 2 MW class turbine in Maharashtra.

Lost MWh and revenue for a stopped 1.5 MW class turbine in Rajasthan (Jaisalmer).

Lost MWh and revenue for a stopped 3 MW class turbine in Brazil Northeast.

Lost MWh and revenue for a stopped 2 MW class turbine in Australia.

Expected annual MWh from a 1.5 MW class turbine at a typical Tamil Nadu site (7 m/s, k≈2.4).

Expected annual MWh from a 850 kW class turbine at a typical Tamil Nadu site (7 m/s, k≈2.4).

Expected annual MWh from a 2 MW class turbine at a typical Gujarat (Kutch) site (7.5 m/s, k≈2.2).

Expected annual MWh from a 3 MW class turbine at a typical Gujarat (Kutch) site (7.5 m/s, k≈2.2).

Expected annual MWh from a 2 MW class turbine at a typical Karnataka site (6.8 m/s, k≈2.2).

Expected annual MWh from a 3 MW class turbine at a typical US Great Plains site (8.5 m/s, k≈2.3).

Expected annual MWh from a 5 MW offshore class turbine at a typical UK Offshore site (9.5 m/s, k≈2.1).

Expected annual MWh from a 3 MW class turbine at a typical Brazil Northeast site (8.8 m/s, k≈3).

Scale a 10 m met reading to 80–140 m hub height with the right shear exponent.

Honest wind-at-roof-height numbers for urban small-wind dreams — suburban shear correction.

On-curve verification for 8 MW-class offshore turbines, density-corrected.

Curve check for 1990s 200–300 kW machines still running in old Indian and EU fleets.

Plant load factor for Indian wind farms against the ~25% national fleet average.

Universal CF calculator for any wind farm — MWh, MW and period to capacity factor.

Tower-top 1P vibration screening for rotor mass/aero imbalance after blade work.

Realistic Weibull-based energy estimate — coastal site preset, 2 kW machine.

Realistic Weibull-based energy estimate — island trade winds preset, 10 kW machine.

Realistic Weibull-based energy estimate — at anchor / passage preset, 0.4 kW machine.

Realistic Weibull-based energy estimate — campsite average preset, 0.3 kW machine.

Realistic Weibull-based energy estimate — repowering site (old tn/sahyadri belt) preset, 3000 kW machine.

GHG Protocol Scope 1/2 screening footprint for a office / services firm — with per-employee benchmark.

GHG Protocol Scope 1/2 screening footprint for a restaurant — with per-seat benchmark.

GHG Protocol Scope 1/2 screening footprint for a retail store — with per-100 sq ft benchmark.

GHG Protocol Scope 1/2 screening footprint for a hotel / guest house — with per-room benchmark.

GHG Protocol Scope 1/2 screening footprint for a gym / fitness studio — with per-member benchmark.

GHG Protocol Scope 1/2 screening footprint for a school / college — with per-student benchmark.

GHG Protocol Scope 1/2 screening footprint for a clinic / small hospital — with per-bed benchmark.

GHG Protocol Scope 1/2 screening footprint for a software / it company — with per-employee benchmark.

GHG Protocol Scope 1/2 screening footprint for a small manufacturing unit — with per-employee benchmark.

GHG Protocol Scope 1/2 screening footprint for a warehouse / cold storage — with per-1000 sq ft benchmark.

GHG Protocol Scope 1/2 screening footprint for a salon / spa — with per-chair benchmark.

GHG Protocol Scope 1/2 screening footprint for a bank branch — with per-employee benchmark.

GHG Protocol Scope 1/2 screening footprint for a fuel station (forecourt) — with per-dispenser benchmark.

GHG Protocol Scope 1/2 screening footprint for a co-working space — with per-desk benchmark.

GHG Protocol Scope 1/2 screening footprint for a textile / garment unit — with per-employee benchmark.

Convert kWh into CO₂e on the India (CEA avg) grid factor, with solar netting and tree-equivalents.

Convert kWh into CO₂e on the USA (eGRID avg) grid factor, with solar netting and tree-equivalents.

Convert kWh into CO₂e on the UK grid factor, with solar netting and tree-equivalents.

Convert kWh into CO₂e on the EU-27 avg grid factor, with solar netting and tree-equivalents.

Convert kWh into CO₂e on the Germany grid factor, with solar netting and tree-equivalents.

Convert kWh into CO₂e on the France grid factor, with solar netting and tree-equivalents.

Convert kWh into CO₂e on the China grid factor, with solar netting and tree-equivalents.

Convert kWh into CO₂e on the Australia grid factor, with solar netting and tree-equivalents.

Convert kWh into CO₂e on the UAE grid factor, with solar netting and tree-equivalents.

Convert kWh into CO₂e on the Global avg grid factor, with solar netting and tree-equivalents.

Annual fleet CO₂e from vehicles, distance and fuel economy — with electric-fleet comparison.

Annual fleet CO₂e from vehicles, distance and fuel economy — with electric-fleet comparison.

Annual fleet CO₂e from vehicles, distance and fuel economy — with electric-fleet comparison.

Annual fleet CO₂e from vehicles, distance and fuel economy — with electric-fleet comparison.

Annual fleet CO₂e from vehicles, distance and fuel economy — with electric-fleet comparison.

Annual fleet CO₂e from vehicles, distance and fuel economy — with electric-fleet comparison.

Annual fleet CO₂e from vehicles, distance and fuel economy — with electric-fleet comparison.

Annual fleet CO₂e from vehicles, distance and fuel economy — with electric-fleet comparison.

CO₂e per shipment and per year from tonnes × km × mode factor (Road — truck (avg)).

CO₂e per shipment and per year from tonnes × km × mode factor (Rail freight).

CO₂e per shipment and per year from tonnes × km × mode factor (Sea — container).

CO₂e per shipment and per year from tonnes × km × mode factor (Air freight).

CO₂e per shipment and per year from tonnes × km × mode factor (Road — light commercial).

CO₂e per shipment and per year from tonnes × km × mode factor (Road — light commercial).

Total and per-attendee CO₂e for a conference — travel, venue energy and catering.

Total and per-attendee CO₂e for a wedding — travel, venue energy and catering.

Total and per-attendee CO₂e for a concert — travel, venue energy and catering.

Total and per-attendee CO₂e for a sports event — travel, venue energy and catering.

Total and per-attendee CO₂e for a exhibition — travel, venue energy and catering.

Total and per-attendee CO₂e for a college festival — travel, venue energy and catering.

Annual commuting CO₂e from headcount, distance and mode mix — Scope 3 category 7.

Annual commuting CO₂e from headcount, distance and mode mix — Scope 3 category 7.

Annual commuting CO₂e from headcount, distance and mode mix — Scope 3 category 7.

Annual commuting CO₂e from headcount, distance and mode mix — Scope 3 category 7.

Convert diesel (l) use into tCO₂e and annual fuel spend — IPCC factors.

Convert petrol / gasoline (l) use into tCO₂e and annual fuel spend — IPCC factors.

Convert lpg (kg) use into tCO₂e and annual fuel spend — IPCC factors.

Convert cng (kg) use into tCO₂e and annual fuel spend — IPCC factors.

Convert natural gas (m³) use into tCO₂e and annual fuel spend — IPCC factors.

Convert coal (kg) use into tCO₂e and annual fuel spend — IPCC factors.

Convert diesel (l) use into tCO₂e and annual fuel spend — IPCC factors.

Convert fuel oil (l) use into tCO₂e and annual fuel spend — IPCC factors.

Per-flight and annual CO₂e with cabin class and radiative forcing — rail comparison included.

Per-flight and annual CO₂e with cabin class and radiative forcing — rail comparison included.

Per-flight and annual CO₂e with cabin class and radiative forcing — rail comparison included.

Per-flight and annual CO₂e with cabin class and radiative forcing — rail comparison included.

Per-flight and annual CO₂e with cabin class and radiative forcing — rail comparison included.

Per-flight and annual CO₂e with cabin class and radiative forcing — rail comparison included.

Offset budget by credit-quality tier, with tree-equivalent reality check.

Offset budget by credit-quality tier, with tree-equivalent reality check.

Offset budget by credit-quality tier, with tree-equivalent reality check.

Offset budget by credit-quality tier, with tree-equivalent reality check.

Offset budget by credit-quality tier, with tree-equivalent reality check.

Offset budget by credit-quality tier, with tree-equivalent reality check.

Carbon intensity vs sector benchmark — the ratio ESG questionnaires actually ask for.

Carbon intensity vs sector benchmark — the ratio ESG questionnaires actually ask for.

Carbon intensity vs sector benchmark — the ratio ESG questionnaires actually ask for.

Carbon intensity vs sector benchmark — the ratio ESG questionnaires actually ask for.

Carbon intensity vs sector benchmark — the ratio ESG questionnaires actually ask for.

Data centre electricity → CO₂e with PUE thinking built into the inputs.

Grid-charged EV emissions per month — the honest 'long tailpipe' number.

Household kWh → CO₂e on the Indian grid with solar netting.

AC electricity → CO₂e: the seasonal spike, quantified.

Pump-set electricity → CO₂e; the agri-electricity line item.

Mining rig kWh → CO₂e by grid region — location is everything.

Kitchen LPG → CO₂e and spend; the restaurant Scope 1 line.

Site diesel → CO₂e; the construction Scope 1 that audits now ask about.

Cold-storage electricity → CO₂e per month/year.

Scope 1/2 for a dairy processing plant — chilling, pasteurizing, boilers.

Kiln coal → CO₂e; zig-zag conversion savings quantified.

What replacing generator hours with solar+battery saves — carbon and cash.

Scope 1/2 screening footprint for a café / coffee shop with per-seat intensity benchmark.

Scope 1/2 screening footprint for a bakery with per-employee intensity benchmark.

Scope 1/2 screening footprint for a supermarket / grocery with per-1000 sq ft intensity benchmark.

Scope 1/2 screening footprint for a cinema / multiplex with per-screen intensity benchmark.

Scope 1/2 screening footprint for a printing press with per-employee intensity benchmark.

Scope 1/2 screening footprint for a auto workshop / garage with per-bay intensity benchmark.

Scope 1/2 screening footprint for a call center / bpo with per-seat intensity benchmark.

Scope 1/2 screening footprint for a hostel / pg accommodation with per-bed intensity benchmark.

Scope 1/2 screening footprint for a ngo / non-profit office with per-employee intensity benchmark.

Scope 1/2 screening footprint for a pharma / diagnostic lab with per-employee intensity benchmark.

Annual CO₂e for a auto-rickshaw fleet from fleet size, distance and economy.

Annual CO₂e for a tempo / minibus fleet from fleet size, distance and economy.

Annual CO₂e for a ambulance fleet emissions from fleet size, distance and economy.

Annual CO₂e for a mining / haul truck fleet from fleet size, distance and economy.

12-point BRSR readiness checklist with progress saved in your browser and gap highlights.

10-point GRI readiness checklist with progress saved in your browser and gap highlights.

10-point TCFD readiness checklist with progress saved in your browser and gap highlights.

10-point CDP readiness checklist with progress saved in your browser and gap highlights.

10-point EcoVadis readiness checklist with progress saved in your browser and gap highlights.

10-point SBTi readiness checklist with progress saved in your browser and gap highlights.

10-point CSRD readiness checklist with progress saved in your browser and gap highlights.

10-point ISO 14001 readiness checklist with progress saved in your browser and gap highlights.

10-point Supplier audit readiness checklist with progress saved in your browser and gap highlights.

10-point SA8000 readiness checklist with progress saved in your browser and gap highlights.

10-point Green office readiness checklist with progress saved in your browser and gap highlights.

10-point Investor ESG DD readiness checklist with progress saved in your browser and gap highlights.

10-point Hotel audit readiness checklist with progress saved in your browser and gap highlights.

10-point Factory ESG readiness checklist with progress saved in your browser and gap highlights.

Energy intensity with formula, benchmark (15 kWh/sq ft·yr) and improvement framing — ESG-questionnaire ready.

Water intensity with formula, benchmark (35 kL/employee·yr) and improvement framing — ESG-questionnaire ready.

Diversion rate with formula, benchmark (75 %) and improvement framing — ESG-questionnaire ready.

Recycling rate with formula, benchmark (50 %) and improvement framing — ESG-questionnaire ready.

RE share with formula, benchmark (30 %) and improvement framing — ESG-questionnaire ready.

Women in workforce with formula, benchmark (30 %) and improvement framing — ESG-questionnaire ready.

Women in management with formula, benchmark (20 %) and improvement framing — ESG-questionnaire ready.

Women on board with formula, benchmark (17 %) and improvement framing — ESG-questionnaire ready.

Median pay gap with formula, benchmark (1.05 ratio ×) and improvement framing — ESG-questionnaire ready.

LTIFR with formula, benchmark (1 per million hrs) and improvement framing — ESG-questionnaire ready.

TRIR with formula, benchmark (3 per 200k hrs) and improvement framing — ESG-questionnaire ready.

Annual attrition with formula, benchmark (15 %) and improvement framing — ESG-questionnaire ready.

Training hours with formula, benchmark (20 hrs/employee·yr) and improvement framing — ESG-questionnaire ready.

CSR spend share with formula, benchmark (2 %) and improvement framing — ESG-questionnaire ready.

Water recycled with formula, benchmark (30 %) and improvement framing — ESG-questionnaire ready.

Paper consumption with formula, benchmark (2 reams/emp·yr) and improvement framing — ESG-questionnaire ready.

E-waste generated with formula, benchmark (2 kg/emp·yr) and improvement framing — ESG-questionnaire ready.

Resolution rate with formula, benchmark (90 %) and improvement framing — ESG-questionnaire ready.

Audit coverage with formula, benchmark (50 %) and improvement framing — ESG-questionnaire ready.

Local sourcing with formula, benchmark (30 %) and improvement framing — ESG-questionnaire ready.

Differently-abled inclusion with formula, benchmark (1 %) and improvement framing — ESG-questionnaire ready.

Return-to-work rate with formula, benchmark (85 %) and improvement framing — ESG-questionnaire ready.

Independent directors with formula, benchmark (50 %) and improvement framing — ESG-questionnaire ready.

Pay ratio with formula, benchmark (60 ×) and improvement framing — ESG-questionnaire ready.

Energy intensity with formula, benchmark (50 GJ/₹ crore) and improvement framing — ESG-questionnaire ready.

Emission intensity with formula, benchmark (10 t/₹ crore) and improvement framing — ESG-questionnaire ready.

Water intensity with formula, benchmark (100 kL/₹ crore) and improvement framing — ESG-questionnaire ready.

Waste intensity with formula, benchmark (2 t/₹ crore) and improvement framing — ESG-questionnaire ready.

Severity rate with formula, benchmark (20 days/million hrs) and improvement framing — ESG-questionnaire ready.

Near-miss ratio with formula, benchmark (10 × per incident) and improvement framing — ESG-questionnaire ready.

Harvest coverage with formula, benchmark (15 %) and improvement framing — ESG-questionnaire ready.

Green procurement with formula, benchmark (10 %) and improvement framing — ESG-questionnaire ready.

EV share with formula, benchmark (30 %) and improvement framing — ESG-questionnaire ready.

SUP reduction with formula, benchmark (50 % of baseline) and improvement framing — ESG-questionnaire ready.

Volunteering with formula, benchmark (4 hrs/emp·yr) and improvement framing — ESG-questionnaire ready.

Privacy incidents with formula, benchmark (0.1 per lakh records) and improvement framing — ESG-questionnaire ready.

Resolution rate with formula, benchmark (95 %) and improvement framing — ESG-questionnaire ready.

POSH closure with formula, benchmark (100 %) and improvement framing — ESG-questionnaire ready.

On-time MSME payments with formula, benchmark (100 %) and improvement framing — ESG-questionnaire ready.

Scope 3 coverage with formula, benchmark (100 %) and improvement framing — ESG-questionnaire ready.

Score progress with formula, benchmark (100 % of target) and improvement framing — ESG-questionnaire ready.

Weighted self-assessment: 6 criteria scored 0–5 with rating band and weakest-area hint.

Weighted self-assessment: 6 criteria scored 0–5 with rating band and weakest-area hint.

Weighted self-assessment: 6 criteria scored 0–5 with rating band and weakest-area hint.

Weighted self-assessment: 6 criteria scored 0–5 with rating band and weakest-area hint.

Weighted self-assessment: 5 criteria scored 0–5 with rating band and weakest-area hint.

Weighted self-assessment: 5 criteria scored 0–5 with rating band and weakest-area hint.

Weighted self-assessment: 5 criteria scored 0–5 with rating band and weakest-area hint.

Weighted self-assessment: 5 criteria scored 0–5 with rating band and weakest-area hint.

Weighted self-assessment: 5 criteria scored 0–5 with rating band and weakest-area hint.

Weighted self-assessment: 5 criteria scored 0–5 with rating band and weakest-area hint.

Monthly monthly electricity log with trend, target check and evidence notes — saved in your browser.

Monthly monthly water use log with trend, target check and evidence notes — saved in your browser.

Monthly monthly waste log with trend, target check and evidence notes — saved in your browser.

Monthly monthly diesel log with trend, target check and evidence notes — saved in your browser.

Monthly monthly scope 1+2 log with trend, target check and evidence notes — saved in your browser.

Monthly re share of consumption log with trend, target check and evidence notes — saved in your browser.

Monthly incidents this month log with trend, target check and evidence notes — saved in your browser.

Monthly training hours delivered log with trend, target check and evidence notes — saved in your browser.

Monthly grievances received log with trend, target check and evidence notes — saved in your browser.

Monthly csr spend this month log with trend, target check and evidence notes — saved in your browser.

Monthly reams purchased log with trend, target check and evidence notes — saved in your browser.

Monthly e-waste channeled log with trend, target check and evidence notes — saved in your browser.

Monthly suppliers assessed log with trend, target check and evidence notes — saved in your browser.

Monthly water reused log with trend, target check and evidence notes — saved in your browser.

Monthly plastic waste log with trend, target check and evidence notes — saved in your browser.

Monthly volunteer hours log with trend, target check and evidence notes — saved in your browser.

India's 2% CSR obligation from three years' net profits, with shortfall transfer rules.

The 9 assured BRSR Core attribute areas — readiness check before reasonable assurance.

Score candidate ESG topics on impact and financial relevance to build a defensible materiality shortlist.

Pre-publication checklist: the 12 elements a credible sustainability report must contain.

10-point School ESG checklist — sector-specific compliance and sustainability in one walkthrough.

10-point Healthcare ESG checklist — sector-specific compliance and sustainability in one walkthrough.

10-point Restaurant ESG checklist — sector-specific compliance and sustainability in one walkthrough.

10-point Logistics ESG checklist — sector-specific compliance and sustainability in one walkthrough.

10-point IT/Tech ESG checklist — sector-specific compliance and sustainability in one walkthrough.

10-point BFSI ESG checklist — sector-specific compliance and sustainability in one walkthrough.

Monthly travel distance register with trend, target check and evidence notes — browser-saved.

Monthly lpg used register with trend, target check and evidence notes — browser-saved.

Monthly solar generated register with trend, target check and evidence notes — browser-saved.

Monthly open findings register with trend, target check and evidence notes — browser-saved.

Contract-worker share with benchmark (30 %) — disclosure-ready with methodology framing.

OT share of hours with benchmark (5 %) — disclosure-ready with methodology framing.

Internal fill rate with benchmark (40 %) — disclosure-ready with methodology framing.

Wellbeing spend with benchmark (5 ₹k/emp·yr) — disclosure-ready with methodology framing.

Sustainable R&D share with benchmark (20 %) — disclosure-ready with methodology framing.

Green capex share with benchmark (25 %) — disclosure-ready with methodology framing.

IEEE C57.91 winding hot-spot and aging factor for a apartment society transformer at your load and ambient.

IEEE C57.91 winding hot-spot and aging factor for a market area transformer at your load and ambient.

IEEE C57.91 winding hot-spot and aging factor for a industrial unit transformer at your load and ambient.

IEEE C57.91 winding hot-spot and aging factor for a ev depot transformer at your load and ambient.

IEEE C57.91 winding hot-spot and aging factor for a solar plant inverter transformer at your load and ambient.

IEEE C57.91 winding hot-spot and aging factor for a basement dry-type transformer at your load and ambient.

IEEE C57.91 winding hot-spot and aging factor for a hospital transformer at your load and ambient.

IEEE C57.91 winding hot-spot and aging factor for a agri feeder transformer at your load and ambient.

IEEE C57.91 winding hot-spot and aging factor for a office building transformer at your load and ambient.

IEEE C57.91 winding hot-spot and aging factor for a telecom/data room transformer at your load and ambient.

IEEE C57.91 winding hot-spot and aging factor for a mall / multiplex transformer at your load and ambient.

IEEE C57.91 winding hot-spot and aging factor for a 33/11 kv power transformer at your load and ambient.

IEEE C57.91 winding hot-spot and aging factor for a dg-backed transformer at your load and ambient.

IEEE C57.91 winding hot-spot and aging factor for a cold storage transformer at your load and ambient.

IEEE C57.91 winding hot-spot and aging factor for a lift irrigation transformer at your load and ambient.

IEEE C57.91 winding hot-spot and aging factor for a construction site transformer at your load and ambient.

Insulation life consumed per year (IEEE C57.91 equivalent aging) for a distribution transformer duty cycle.

Insulation life consumed per year (IEEE C57.91 equivalent aging) for a society transformer (overloaded) duty cycle.

Insulation life consumed per year (IEEE C57.91 equivalent aging) for a industrial transformer (shift duty) duty cycle.

Insulation life consumed per year (IEEE C57.91 equivalent aging) for a solar plant transformer aging duty cycle.

Insulation life consumed per year (IEEE C57.91 equivalent aging) for a ev charging transformer aging duty cycle.

Insulation life consumed per year (IEEE C57.91 equivalent aging) for a power transformer loss-of-life duty cycle.

Insulation life consumed per year (IEEE C57.91 equivalent aging) for a hotel/commercial transformer aging duty cycle.

Insulation life consumed per year (IEEE C57.91 equivalent aging) for a mall transformer loss-of-life duty cycle.

Insulation life consumed per year (IEEE C57.91 equivalent aging) for a data center transformer aging duty cycle.

Insulation life consumed per year (IEEE C57.91 equivalent aging) for a agri transformer seasonal aging duty cycle.

Recommended standard kVA for a apartment society from connected load, diversity and growth.

Recommended standard kVA for a commercial complex from connected load, diversity and growth.

Recommended standard kVA for a small factory from connected load, diversity and growth.

Recommended standard kVA for a ev charging depot from connected load, diversity and growth.

Recommended standard kVA for a hospital from connected load, diversity and growth.

Recommended standard kVA for a hotel from connected load, diversity and growth.

Recommended standard kVA for a school / college from connected load, diversity and growth.

Recommended standard kVA for a data center / server room from connected load, diversity and growth.

Recommended standard kVA for a cold storage from connected load, diversity and growth.

Recommended standard kVA for a farm / pump cluster from connected load, diversity and growth.

Recommended standard kVA for a banquet / event venue from connected load, diversity and growth.

Recommended standard kVA for a fuel station + store from connected load, diversity and growth.

Recommended standard kVA for a rice mill / agro processing from connected load, diversity and growth.

Recommended standard kVA for a villa / plot development from connected load, diversity and growth.

Annual kWh and rupee cost of no-load + load losses for a 63 kVA distribution transformer.

Annual kWh and rupee cost of no-load + load losses for a 100 kVA distribution transformer.

Annual kWh and rupee cost of no-load + load losses for a 250 kVA distribution transformer.

Annual kWh and rupee cost of no-load + load losses for a 400 kVA distribution transformer.

Annual kWh and rupee cost of no-load + load losses for a 630 kVA distribution transformer.

Annual kWh and rupee cost of no-load + load losses for a 500 kVA distribution transformer.

IEEE C57.104 dissolved-gas screening with key-gas fault pattern for a power transformer.

IEEE C57.104 dissolved-gas screening with key-gas fault pattern for a distribution transformer.

IEEE C57.104 dissolved-gas screening with key-gas fault pattern for a OLTC compartment.

IEEE C57.104 dissolved-gas screening with key-gas fault pattern for a furnace-duty transformer.

IEEE C57.104 dissolved-gas screening with key-gas fault pattern for a inverter-duty transformer.

Derated ampacity + voltage-drop check (XLPE Al 3.5C×95) for this run — both must pass.

Derated ampacity + voltage-drop check (XLPE Al 3.5C×240) for this run — both must pass.

Derated ampacity + voltage-drop check (XLPE Cu 4C×70) for this run — both must pass.

Derated ampacity + voltage-drop check (XLPE Cu 4C×35) for this run — both must pass.

Derated ampacity + voltage-drop check (XLPE Al 3.5C×185) for this run — both must pass.

Derated ampacity + voltage-drop check (XLPE Al 3.5C×120) for this run — both must pass.

Derated ampacity + voltage-drop check (XLPE Cu 4C×35) for this run — both must pass.

Derated ampacity + voltage-drop check (XLPE Al 3.5C×95) for this run — both must pass.

Derated ampacity + voltage-drop check (ACSR Rabbit (OH)) for this run — both must pass.

Derated ampacity + voltage-drop check (ACSR Dog (OH)) for this run — both must pass.

Derated ampacity + voltage-drop check (XLPE Al 3.5C×300) for this run — both must pass.

Derated ampacity + voltage-drop check (XLPE Cu 4C×95) for this run — both must pass.

Derated ampacity + voltage-drop check (XLPE Cu 4C×95) for this run — both must pass.

Derated ampacity + voltage-drop check (XLPE Cu 4C×70) for this run — both must pass.

Three-phase current unbalance %, estimated neutral current and extra I²R losses.

Three-phase current unbalance %, estimated neutral current and extra I²R losses.

Three-phase current unbalance %, estimated neutral current and extra I²R losses.

Three-phase current unbalance %, estimated neutral current and extra I²R losses.

Operations-based maintenance forecasting: next service, overhaul horizon, hunting check.

Operations-based maintenance forecasting: next service, overhaul horizon, hunting check.

Operations-based maintenance forecasting: next service, overhaul horizon, hunting check.

C57.91 overload screening: hot-spot and aging multiple for the proposed loading.

C57.91 overload screening: hot-spot and aging multiple for the proposed loading.

C57.91 overload screening: hot-spot and aging multiple for the proposed loading.

C57.91 overload screening: hot-spot and aging multiple for the proposed loading.

C57.91 overload screening: hot-spot and aging multiple for the proposed loading.

C57.91 overload screening: hot-spot and aging multiple for the proposed loading.

Standard kVA recommendation for a warehouse / logistics hub from load, diversity and growth.

Standard kVA recommendation for a cinema / multiplex from load, diversity and growth.

Standard kVA recommendation for a bakery / food processing from load, diversity and growth.

Standard kVA recommendation for a it office floor from load, diversity and growth.

Standard kVA recommendation for a marriage garden / lawn from load, diversity and growth.

Standard kVA recommendation for a fuel station + ev hub from load, diversity and growth.

Standard kVA recommendation for a poultry / dairy farm from load, diversity and growth.

Standard kVA recommendation for a stone crusher / quarry from load, diversity and growth.

What the core loss alone costs per year — the 24×7 burn most owners never see.

Operating efficiency at any loading point — and why peak efficiency sits near 50% load.

DGA-based oil screening for periodic maintenance decisions.

Neutral conductor current from the three phase currents — the overlooked conductor.

Hot-spot screening for package/compact substations (CSS) with restricted ventilation.

Screen each unit of a parallel pair at its contingency share.

Annual energy and cost of losses for a 160 kVA distribution transformer at your loading.

Annual energy and cost of losses for a 200 kVA distribution transformer at your loading.

Annual energy and cost of losses for a 315 kVA distribution transformer at your loading.

C57.91 hot-spot and aging screen for a water treatment plant transformer.

C57.91 hot-spot and aging screen for a metro / railway station transformer.

C57.91 hot-spot and aging screen for a textile mill transformer.

C57.91 hot-spot and aging screen for a hostel / campus transformer.

C57.91 hot-spot and aging screen for a airport / terminal transformer.

Estimate a Delhi domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Uttar Pradesh domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Punjab domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Haryana domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Rajasthan domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Maharashtra (MSEDCL) domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Gujarat domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Madhya Pradesh domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Tamil Nadu domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Karnataka (BESCOM) domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Kerala (KSEB) domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a West Bengal (WBSEDCL) domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Bihar domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Telangana domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Andhra Pradesh domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Odisha domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Chhattisgarh domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Jharkhand domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

Estimate a Assam (APDCL) domestic electricity bill: telescopic slabs, fixed charges and duty (indicative rates).

PF penalty/incentive on a factory / manufacturing unit bill + capacitor kvar sizing with payback.

PF penalty/incentive on a hospital bill + capacitor kvar sizing with payback.

PF penalty/incentive on a shopping mall bill + capacitor kvar sizing with payback.

PF penalty/incentive on a hotel bill + capacitor kvar sizing with payback.

PF penalty/incentive on a cold storage bill + capacitor kvar sizing with payback.

PF penalty/incentive on a rice mill / agro processing bill + capacitor kvar sizing with payback.

PF penalty/incentive on a textile mill bill + capacitor kvar sizing with payback.

PF penalty/incentive on a induction furnace unit bill + capacitor kvar sizing with payback.

PF penalty/incentive on a lift irrigation scheme bill + capacitor kvar sizing with payback.

PF penalty/incentive on a office tower bill + capacitor kvar sizing with payback.

Is the factory's sanctioned demand right-sized? Floor billing waste vs penal exposure.

Is the hospital's sanctioned demand right-sized? Floor billing waste vs penal exposure.

Is the shopping mall's sanctioned demand right-sized? Floor billing waste vs penal exposure.

Is the cold storage's sanctioned demand right-sized? Floor billing waste vs penal exposure.

Is the hotel's sanctioned demand right-sized? Floor billing waste vs penal exposure.

Is the it park / campus's sanctioned demand right-sized? Floor billing waste vs penal exposure.

Is the school / college's sanctioned demand right-sized? Floor billing waste vs penal exposure.

Is the housing society (ht)'s sanctioned demand right-sized? Floor billing waste vs penal exposure.

Monthly savings from shifting factory batch process load to off-peak windows.

Monthly savings from shifting cold storage pre-cooling load to off-peak windows.

Monthly savings from shifting water pumping / oht filling load to off-peak windows.

Monthly savings from shifting textile mill scheduling load to off-peak windows.

Monthly savings from shifting dairy chilling optimization load to off-peak windows.

Monthly savings from shifting foundry melting schedule load to off-peak windows.

Monthly savings from shifting hotel laundry & water heating load to off-peak windows.

Monthly savings from shifting rice mill milling & drying load to off-peak windows.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Monthly and yearly electricity cost from wattage, hours and duty cycle — with savings tips.

Per-day normalized month-on-month and year-on-year bill comparison with cause checklist.

Per-day normalized month-on-month and year-on-year bill comparison with cause checklist.

Per-day normalized month-on-month and year-on-year bill comparison with cause checklist.

Per-day normalized month-on-month and year-on-year bill comparison with cause checklist.

25-year LCOE of rooftop solar against escalating grid tariffs for a home.

25-year LCOE of rooftop solar against escalating grid tariffs for a shop / commercial.

25-year LCOE of rooftop solar against escalating grid tariffs for a industrial.

25-year LCOE of rooftop solar against escalating grid tariffs for a housing society.

25-year LCOE of rooftop solar against escalating grid tariffs for a school / college.

25-year LCOE of rooftop solar against escalating grid tariffs for a hospital.

Reconstruct an HT bill from first principles (energy+demand+PF+duty) and flag unexplained gaps.

Reconstruct an HT bill from first principles (energy+demand+PF+duty) and flag unexplained gaps.

Reconstruct an HT bill from first principles (energy+demand+PF+duty) and flag unexplained gaps.

Reconstruct an HT bill from first principles (energy+demand+PF+duty) and flag unexplained gaps.

Reconstruct an HT bill from first principles (energy+demand+PF+duty) and flag unexplained gaps.

Reconstruct an HT bill from first principles (energy+demand+PF+duty) and flag unexplained gaps.

Capacitor bank kvar from kW and present→target power factor — the universal formula.

What exceeding contract demand costs — penal billing on the excess at 2× rates.

Monthly savings from confining depot charging to off-peak windows.

YoY and per-day comparison for agricultural connections — pump season aware.

Spot abnormal electricity consumption in a restaurant's bills before margins notice.

Himachal Pradesh domestic bill estimate: telescopic slabs, fixed charges and duty (indicative).

Uttarakhand domestic bill estimate: telescopic slabs, fixed charges and duty (indicative).

Goa domestic bill estimate: telescopic slabs, fixed charges and duty (indicative).

Monthly electricity cost from wattage, hours and duty cycle.

Monthly electricity cost from wattage, hours and duty cycle.

Monthly electricity cost from wattage, hours and duty cycle.

Monthly electricity cost from wattage, hours and duty cycle.

Monthly electricity cost from wattage, hours and duty cycle.

Solar LCOE vs escalating grid tariff for a farm / pump set.

Solar LCOE vs escalating grid tariff for a warehouse / logistics.

Power and annual energy from head × flow × efficiency — pico hydro site presets.

Power and annual energy from head × flow × efficiency — micro hydro site (5–100 kw) presets.

Power and annual energy from head × flow × efficiency — mini hydro (0.1–5 mw) presets.

Power and annual energy from head × flow × efficiency — irrigation canal fall presets.

Power and annual energy from head × flow × efficiency — natural waterfall presets.

Power and annual energy from head × flow × efficiency — high-head site (pelton) presets.

Power and annual energy from head × flow × efficiency — medium-head site (crossflow) presets.

Power and annual energy from head × flow × efficiency — low-head site (<10 m) presets.

Power and annual energy from head × flow × efficiency — gharat/watermill site presets.

Power and annual energy from head × flow × efficiency — himachal khad/stream presets.

Power and annual energy from head × flow × efficiency — uttarakhand gad/stream presets.

Power and annual energy from head × flow × efficiency — ne india stream presets.

Power and annual energy from head × flow × efficiency — kerala/ghats stream presets.

Power and annual energy from head × flow × efficiency — estate stream presets.

Power and annual energy from head × flow × efficiency — resort/homestay stream presets.

Power and annual energy from head × flow × efficiency — canal drop structure presets.

Power and annual energy from head × flow × efficiency — psp generation cycle presets.

Power and annual energy from head × flow × efficiency — mountain spring presets.

Monthly heating cost at COP 4.5 vs gas boiler — honest per-kWh-heat comparison.

Monthly heating cost at COP 3.2 vs resistance heater — honest per-kWh-heat comparison.

Monthly heating cost at COP 3.5 vs electric geyser — honest per-kWh-heat comparison.

Monthly heating cost at COP 5 vs gas heater — honest per-kWh-heat comparison.

Monthly heating cost at COP 3.5 vs gas boiler — honest per-kWh-heat comparison.

Monthly heating cost at COP 3 vs resistance heater — honest per-kWh-heat comparison.

Monthly heating cost at COP 2.2 vs resistance heater — honest per-kWh-heat comparison.

Monthly heating cost at COP 5 vs gas boiler — honest per-kWh-heat comparison.

Monthly heating cost at COP 4 vs electric geyser — honest per-kWh-heat comparison.

Monthly heating cost at COP 3.8 vs diesel boiler — honest per-kWh-heat comparison.

Monthly heating cost at COP 3 vs previous system — honest per-kWh-heat comparison.

Monthly heating cost at COP 5 vs resistance heater — honest per-kWh-heat comparison.

Loop length, trench length and land area from load and soil type.

Loop length, borehole count from load and soil type.

Loop length, trench length and land area from load and soil type.

Loop length, trench length and land area from load and soil type.

Loop length, borehole count from load and soil type.

Loop length, trench length and land area from load and soil type.

Pump kW/HP, daily energy and monthly cost from flow, head and efficiency — field irrigation.

Pump kW/HP, daily energy and monthly cost from flow, head and efficiency — borewell submersible.

Pump kW/HP, daily energy and monthly cost from flow, head and efficiency — open well / sump-to-tank.

Pump kW/HP, daily energy and monthly cost from flow, head and efficiency — solar pump duty.

Pump kW/HP, daily energy and monthly cost from flow, head and efficiency — pool circulation.

Pump kW/HP, daily energy and monthly cost from flow, head and efficiency — high-rise boosting.

Pump kW/HP, daily energy and monthly cost from flow, head and efficiency — municipal water supply.

Pump kW/HP, daily energy and monthly cost from flow, head and efficiency — sump-to-oht transfer.

Pump kW/HP, daily energy and monthly cost from flow, head and efficiency — fire hydrant system.

Pump kW/HP, daily energy and monthly cost from flow, head and efficiency — fountain / water feature.

Pump kW/HP, daily energy and monthly cost from flow, head and efficiency — construction dewatering.

Pump kW/HP, daily energy and monthly cost from flow, head and efficiency — drip irrigation.

Pump kW/HP, daily energy and monthly cost from flow, head and efficiency — sprinkler irrigation.

Pump kW/HP, daily energy and monthly cost from flow, head and efficiency — cattle/dairy water supply.

Hazen-Williams friction loss, net head and velocity check — micro-hydro penstock.

Hazen-Williams friction loss, net head and velocity check — hdpe pipeline.

Hazen-Williams friction loss, net head and velocity check — borewell column (gi).

Hazen-Williams friction loss, net head and velocity check — pvc mainline.

Hazen-Williams friction loss, net head and velocity check — high-rise riser.

Hazen-Williams friction loss, net head and velocity check — pool suction/return.

Hazen-Williams friction loss, net head and velocity check — farm transfer line.

Hazen-Williams friction loss, net head and velocity check — steel penstock (mini hydro).

Hazen-Williams friction loss, net head and velocity check — gravity-fed village line.

Hazen-Williams friction loss, net head and velocity check — sprinkler main.

Field flow measurement (float method) with accuracy notes.

Field flow measurement (float method) with accuracy notes.

Field flow measurement (Francis rectangular weir) with accuracy notes.

Field flow measurement (90° V-notch weir) with accuracy notes.

Field flow measurement (bucket/volumetric) with accuracy notes.

Field flow measurement (bucket/volumetric) with accuracy notes.

Field flow measurement (bucket/volumetric) with accuracy notes.

Field flow measurement (bucket/volumetric) with accuracy notes.

Stored energy (V·ρ·g·H·η), release flow for target MW and runtime — pumped hydro storage.

Stored energy (V·ρ·g·H·η), release flow for target MW and runtime — farm pond storage.

Stored energy (V·ρ·g·H·η), release flow for target MW and runtime — check dam site.

Stored energy (V·ρ·g·H·η), release flow for target MW and runtime — overhead tank.

Stored energy (V·ρ·g·H·η), release flow for target MW and runtime — reservoir dispatch.

Stored energy (V·ρ·g·H·η), release flow for target MW and runtime — mini dam.

Stored energy (V·ρ·g·H·η), release flow for target MW and runtime — spring storage tank.

Stored energy (V·ρ·g·H·η), release flow for target MW and runtime — solar pump-storage combo.

Water-to-wire efficiency from measured flow, head and kW.

Water-to-wire efficiency from measured flow, head and kW.

Wire-to-water efficiency from measured flow, head and kW.

Wire-to-water efficiency from measured flow, head and kW.

Wire-to-water efficiency from measured flow, head and kW.

Wire-to-water efficiency from measured flow, head and kW.

Wire-to-water efficiency from measured flow, head and kW.

Water-to-wire efficiency from measured flow, head and kW.

Can you install that solar size in Gujarat? Consumer cap, scheme ceiling and DT headroom in one screen.

Can you install that solar size in Maharashtra (MSEDCL)? Consumer cap, scheme ceiling and DT headroom in one screen.

Can you install that solar size in Delhi? Consumer cap, scheme ceiling and DT headroom in one screen.

Can you install that solar size in Tamil Nadu? Consumer cap, scheme ceiling and DT headroom in one screen.

Can you install that solar size in Karnataka (BESCOM)? Consumer cap, scheme ceiling and DT headroom in one screen.

Can you install that solar size in Rajasthan? Consumer cap, scheme ceiling and DT headroom in one screen.

Can you install that solar size in Uttar Pradesh? Consumer cap, scheme ceiling and DT headroom in one screen.

Can you install that solar size in Punjab? Consumer cap, scheme ceiling and DT headroom in one screen.

Can you install that solar size in Haryana? Consumer cap, scheme ceiling and DT headroom in one screen.

Can you install that solar size in Kerala (KSEB)? Consumer cap, scheme ceiling and DT headroom in one screen.

10-step Gujarat rooftop solar application tracker — progress saved in your browser.

10-step Maharashtra rooftop solar application tracker — progress saved in your browser.

10-step Delhi rooftop solar application tracker — progress saved in your browser.

10-step Karnataka rooftop solar application tracker — progress saved in your browser.

10-step Tamil Nadu rooftop solar application tracker — progress saved in your browser.

10-step Uttar Pradesh rooftop solar application tracker — progress saved in your browser.

10-step Haryana rooftop solar application tracker — progress saved in your browser.

10-step Punjab rooftop solar application tracker — progress saved in your browser.

12-point Commissioning checklist — browser-saved progress with gap highlights.

10-point CEIG/Electrical Inspector checklist — browser-saved progress with gap highlights.

10-point CEA connectivity checklist — browser-saved progress with gap highlights.

10-point Anti-islanding checklist — browser-saved progress with gap highlights.

10-point EVCS connection checklist — browser-saved progress with gap highlights.

10-point BESS connection checklist — browser-saved progress with gap highlights.

10-point Microgrid checklist — browser-saved progress with gap highlights.

10-point DG synchronization checklist — browser-saved progress with gap highlights.

10-point Open access checklist — browser-saved progress with gap highlights.

10-point KUSUM application checklist — browser-saved progress with gap highlights.

10-point Group NM checklist — browser-saved progress with gap highlights.

10-point Repowering checklist — browser-saved progress with gap highlights.

IEEE 519 voltage THD + current TDD screening with Isc/IL-based limits — general pcc screening.

IEEE 519 voltage THD + current TDD screening with Isc/IL-based limits — solar plant poi.

IEEE 519 voltage THD + current TDD screening with Isc/IL-based limits — ev charging hub.

IEEE 519 voltage THD + current TDD screening with Isc/IL-based limits — vfd-heavy facility.

IEEE 519 voltage THD + current TDD screening with Isc/IL-based limits — ups-fed facility.

Import/export netting, banked-credit carry-forward and year-end surplus value — Generic (most states).

Import/export netting, banked-credit carry-forward and year-end surplus value — Gujarat (residential).

Import/export netting, banked-credit carry-forward and year-end surplus value — Maharashtra (MSEDCL).

Import/export netting, banked-credit carry-forward and year-end surplus value — Tamil Nadu (net feed-in).

Import/export netting, banked-credit carry-forward and year-end surplus value — Housing society (group NM).

Monthly applications in process register with trend and evidence notes — browser-saved.

Monthly systems commissioned register with trend and evidence notes — browser-saved.

Monthly inspections cleared register with trend and evidence notes — browser-saved.

Monthly outage hours register with trend and evidence notes — browser-saved.

Monthly energy curtailed register with trend and evidence notes — browser-saved.

Monthly reading mismatch register with trend and evidence notes — browser-saved.

Sizing gates for housing society (common meter): consumer cap, scheme ceiling, DT headroom.

Sizing gates for commercial (net billing states): consumer cap, scheme ceiling, DT headroom.

Sizing gates for industrial captive (behind meter): consumer cap, scheme ceiling, DT headroom.

Sizing gates for agricultural (kusum-c): consumer cap, scheme ceiling, DT headroom.