Lead-acid battery
Established chemistry for home inverters and industrial battery banks. Lower upfront cost per kWh; shorter cycle life and water top-up for flooded types.
Grid Backup | Industrial UPS | Heavy-Duty Power Backup | Battery Energy Storage Systems
EV Nexo Mart · Power Solutions
Compare power backup technologies across cost, efficiency, environment, lifespan, maintenance and performance before making your decision.
Established chemistry for home inverters and industrial battery banks. Lower upfront cost per kWh; shorter cycle life and water top-up for flooded types.
Higher usable share of rated capacity and round-trip efficiency, with a battery management system. Chemistry, cycle life and certification differ by product.
Long or high-power backup while fuel is supplied. Adds fuel cost, exhaust, noise and servicing that scale with running hours.
Edit any value. Results and charts update immediately. Values you have not sourced from an OEM document are assumptions. Blank fields show "Data not provided" until you enter them.
Compare your options, understand the long-term impact and find a suitable power backup solution.
Sources and assumptions: grid emission factor 0.919 kg CO₂e/kWh from the CEA CO2 Baseline Database v19.0 (January 2024), editable. Diesel emission factor 2.68 kg CO₂/litre, a typical IPCC 2006 default, editable. All other values are assumptions unless entered from OEM documents.

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Compare diesel-powered backup systems with modern LFP battery energy storage for commercial and industrial sites.
Diesel generator
LFP battery storage
Annual: · Long-term difference over :
| Factor | Diesel generator | LFP battery |
|---|---|---|
| Initial system investment | ||
| Fuel use per month | Not applicable | |
| Fuel expense per month | Not applicable | |
| Electricity to recharge, per month | Not applicable | |
| Monthly operating cost | ||
| Servicing and maintenance | ||
| Charging time (per outage) | Refuel as required | |
| Noise | Typically loud; depends on enclosure. Check datasheet. | Low; no combustion engine |
| Emissions on site | Combustion exhaust (CO, NOx, particulates) | None on site; grid emissions depend on supply |
| Battery usable capacity | Not applicable | |
| Battery capacity required (nominal) | Not applicable | |
| Long-term ownership cost | ||
| Expected life and replacement | ||
| Warranty | As per OEM warranty document | As per OEM warranty document |
Assumptions: Energy per outage = load × outage hours. Fuel = consumption × outage hours × operating days. Battery grid energy = load energy ÷ charging efficiency. Battery usable capacity = nominal × depth of discharge. Purchases counted as ceil(period ÷ life) units, with the first bought at the start. Each option is costed as a standalone backup system. Operating savings are shown separately from purchase cost. Simple payback uses battery purchase cost only and excludes financing, installation, civil works, taxes, and residual value. kVA ratings (generator, UPS, inverter) are not equivalent to battery kWh. Final costs depend on actual equipment specifications, site conditions, and tariffs. Figures are estimates, not quotations.
Compare the monthly operating expenses of diesel generators vs LFP battery backup systems
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Assumptions: Generator loading at specified consumption rate. LFP efficiency accounts for charger and inverter losses. Calculations based on input parameters.
Calculate the cost and time to charge your LFP battery backup system
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| Capacity | Grid Energy | Charging Cost | Time (5kW) |
|---|---|---|---|
| 5 kWh | 5.7 kWh | ₹40 | 1.1 hrs |
| 10 kWh | 11.4 kWh | ₹80 | 2.3 hrs |
| 50 kWh | 57 kWh | ₹400 | 11.4 hrs |
| 100 kWh | 114 kWh | ₹800 | 22.8 hrs |
Note: Grid energy includes charger and inverter losses. Actual time depends on available charger power and grid supply capacity.
Determine the right LFP battery capacity and charging time for your backup power requirements
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Battery Type: LFP (Lithium Iron Phosphate)
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Residential: 4-8 hour daily backup is typical. LFP provides silent, emission-free backup with minimal maintenance. Solar integration is excellent.
Commercial: 8-12 hour backup requirements are common. LFP ensures business continuity without fuel management or generator noise concerns.
Industrial: Heavy loads and long backup durations require careful sizing. Consider modular systems and dedicated charging infrastructure.
Note: Recommendations assume standard grid charging. Sizing includes losses for inverter efficiency and charger conversion. Actual charging time depends on charger availability and grid supply capacity.