Replaces Diesel Generators
Eliminates fuel costs, maintenance overhead, noise pollution and emissions — delivering cleaner, cheaper backup power for commercial facilities.
Electrent 3-Phase Energy Storage System (ESS) Supplier & Dealer in Mumbai
Replace diesel generators with Electrent's 3-Phase LiFePO4 Energy Storage System. Available in 10.5, 15, 20, 30 and 50 KVA. 10–15 year operational lifecycle, ROI in approximately 2.4 years, 8-protection intelligent BMS. Ideal for hospitals, IT parks, factories and commercial complexes.
Industrial ESS
Electrent 3-Phase ESS — Clean Power for Commercial & Industrial India
India's commercial and industrial sector still relies heavily on diesel generators for power backup — a costly, noisy, polluting and maintenance-heavy solution. The Electrent 3-Phase Energy Storage System replaces diesel backup with a clean, silent and long-life LiFePO4 battery solution.
Available in 10.5 KVA, 15 KVA, 20 KVA, 30 KVA and 50 KVA ratings with 3-phase output, the Electrent ESS is purpose-built for hospitals, IT parks, manufacturing plants, hotels and commercial buildings. The system uses long-life LiFePO4 chemistry with a 10–15 year operational lifecycle and an intelligent 8-protection BMS — delivering reliable power backup with near-zero running costs.
With an ROI period of approximately 2.4 years, the Electrent 3-Phase ESS delivers significant long-term savings through eliminated fuel costs, reduced maintenance, no emissions and no noise pollution — making it the smart upgrade from any diesel generator installation.
Key Advantages
ROI in ~2.4 Years
Proven return on investment in approximately 2.4 years through fuel savings, reduced DG maintenance costs and eliminated diesel procurement logistics.
10–15 Year Lifecycle
LiFePO4 chemistry with thousands of charge cycles delivers a 10–15 year operational life — far exceeding lead-acid alternatives and diesel generators.
8-Protection Intelligent BMS
Eight levels of active protection including overcharge, over-discharge, short circuit, over-temperature, over-current, cell balancing and ground fault detection.
3-Phase Output
True 3-phase power output for industrial and commercial loads — compatible with 3-phase machinery, HVAC systems, elevators and large IT infrastructure.
Zero Emissions
100% clean, quiet and emission-free backup power — meeting green building and corporate sustainability targets while eliminating generator noise.
Available KVA Ratings
| KVA Rating | Output | Battery Chemistry | Suitable For |
|---|---|---|---|
| 10.5 KVA | 3-Phase | LiFePO4 | Small offices, clinics, retail |
| 15 KVA | 3-Phase | LiFePO4 | Medium offices, schools, hospitals (OPD) |
| 20 KVA | 3-Phase | LiFePO4 | Large offices, hotel floors, IT units |
| 30 KVA | 3-Phase | LiFePO4 | Factories, large commercial buildings |
| 50 KVA | 3-Phase | LiFePO4 | Hospitals, data centres, industrial plants |
Applications
| Sector | Current Pain Point | ESS Benefit |
|---|---|---|
| Hospitals & Healthcare | Diesel DG noise, emissions in sterile areas | Silent, emission-free backup for ICU & OT |
| IT Parks & Data Centres | DG fuel costs & maintenance | Clean UPS-grade backup, lower TCO |
| Manufacturing Plants | Power cuts stopping production lines | Instant 3-phase backup, zero switchover |
| Hotels & Hospitality | DG noise disturbing guests | Silent backup, greener hotel operations |
| Educational Institutions | High diesel consumption, pollution | Clean energy, CSR and green campus goals |
| Telecom Towers | Fuel theft, remote refuelling costs | Maintenance-free, long-life storage |
Diesel Generator vs Electrent 3-Phase ESS
| Parameter | Diesel Generator | Electrent 3-Phase ESS |
|---|---|---|
| Running Cost | High — ₹15–25/unit (diesel + maintenance) | Low — grid charging only |
| Noise Level | 85–110 dB (loud) | Silent operation |
| Emissions | Carbon monoxide, NOx, particulates | Zero emissions |
| Switchover Time | 8–30 seconds | Near-instant (<20ms) |
| Maintenance | Frequent — oil, filters, coolant | Near-zero maintenance |
| Operational Life | 5–8 years | 10–15 years |
| Fuel Risk | Diesel theft, price volatility | No fuel dependency |
| Approx. ROI | Ongoing cost | ~2.4 years vs DG cost |
Why Choose Electrent 3-Phase ESS?
- Complete diesel generator replacement — eliminate fuel, maintenance and emissions
- ROI in ~2.4 years through fuel savings and reduced maintenance costs
- 10–15 year lifecycle — significantly longer than lead-acid or diesel alternatives
- 8-protection intelligent BMS — safe for hospital, pharmaceutical and IT environments
- Available in 10.5, 15, 20, 30 and 50 KVA — scalable for any commercial load
- Near-instant switchover — no production stoppage or server downtime during power cut
- Supports CSR and green building certifications — zero noise, zero emissions
- In-house R&D and manufacturing by Electrent Energy — Bhiwani, Haryana
3-Phase ESS FAQs
The Electrent 3-Phase ESS is a commercial and industrial energy storage system with true 3-phase output, available in 10.5, 15, 20, 30 and 50 KVA ratings. It uses LiFePO4 batteries with an 8-protection intelligent BMS and is designed to replace diesel generators in facilities that require reliable, clean and low-maintenance backup power.
The Electrent 3-Phase ESS provides near-instant switchover (under 20 milliseconds) — unlike a diesel generator that takes 8–30 seconds to start. This ensures that sensitive equipment such as servers, medical instruments and production machinery experience no interruption during power cuts.
The Electrent 3-Phase ESS delivers return on investment in approximately 2.4 years when replacing a diesel generator. Savings come from eliminated diesel fuel costs (typically ₹15–25/unit), zero maintenance (no oil changes, coolant or filter replacements), reduced noise complaints and no fuel theft risk. With a 10–15 year lifecycle, the total cost of ownership is dramatically lower than any diesel backup solution.
The Electrent 3-Phase ESS is best suited for hospitals and healthcare facilities (where DG noise and emissions are unacceptable), IT parks and data centres (for clean UPS-grade backup), manufacturing plants (for zero-interruption production), hotels (for silent backup), educational institutions and commercial buildings. Any facility currently spending significantly on diesel backup power is a strong candidate for this system.