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Commercial & industrial

Liquid cooledBESS for C&I.

125 kW / 261 kWh integrated cabinet with PCS, EMS and fire protection.

Durasol Energi Energy Master liquid-cooled C&I cabinet

ISO 9001:2015, ISO 14001:2015, CE, UL, SASO, SONCAP, NEPQA, Star Export House, LiFePO4 chemistry, Liquid cooling, PCS + EMS integrated, Made in India, Smart monitoring, Fire protection

Durasol Energi containerized BESS installation

Proven at scale

210MW

BESS power capacity.

Battery energy storage from Durasol Energi — growing every month across commercial, industrial and residential sites.

BESS energy capacity
420MWh
Countries served
40+

Inside the cabinet

Scroll to open the cabinet and see what’s inside.

01 · Enclosure

Liquid Cooled BESS for C&I.

Battery, power conversion, energy management, cooling and protection are integrated in a single high-density C&I enclosure.

02 · Battery

LiFePO4 modules at the core.

LFP chemistry is engineered for energy density, long cycle life and operational safety.

03 · Control

BMS, PCS and EMS working as one.

Cell-level monitoring, bidirectional power conversion and smart scheduling coordinate when to charge and when to dispatch.

04 · Protection

Cooling and safety, built in.

Temperature management and multi-layer electrical protection keep the system stable and safe.

Durasol Energi liquid-cooled C&I BESS cabinet
Durasol Energi BESS cabinet with doors open, showing battery modules and the power section

What is BESS

Scroll through a day at a site with Durasol storage — from the first sunlight to the middle of the night.

How it works

Time

06:00

Battery

20%

Day · 06:00 – 15:00

Store the sun.

Solar powers the facility and every surplus kilowatt-hour charges the battery instead of being wasted.

Evening peak · 17:00 – 21:00

Shave the peak.

As the sun sets and demand rises, the BESS discharges to cover the peak — cutting expensive grid draw.

Night · 22:00 – 04:00

Power through the night.

Stored energy keeps the site running. When tariffs are lowest, the grid tops the battery up for tomorrow.

Sunrise · 06:00

Ready for a new day.

The cycle repeats — every day, automatically, managed by the EMS.

GridSolar PV20%Durasol BESSFacilityChargingSolar to siteDischargingOff-peak top-up

Why storage

  1. 01

    Energy Cost Optimization

    Store energy when it is available or economical and use it when tariffs or demand are higher.

  2. 02

    Peak Load Management

    Reduce peak demand charges by discharging stored energy during high-load intervals.

  3. 03

    Backup Power

    Support critical loads during grid interruptions and improve operational continuity.

  4. 04

    Renewable Energy Integration

    Capture surplus solar generation and dispatch it when production decreases.

  5. 05

    Energy Reliability

    Stabilize facility power quality and reduce dependence on fluctuating grid supply.

  6. 06

    Load Shifting

    Move energy consumption across time periods to align with operational and tariff goals.

  7. 07

    Grid Support

    Help facilities manage demand, reduce strain on supply, and improve energy flexibility.

  8. 08

    Reduced Grid Dependence

    Increase self-consumption of on-site generation and lower reliance on grid power alone.

Applications

Who we are

Durasol Energi is the energy brand of Durasol ESS Technologies Private Limited — designing, building and supporting battery energy storage for homes, businesses and industry.

35+
Global service centres
40+
Countries with Durasol products
Global standards
ISO 9001:2015 · ISO 14001:2015 · CE · UL · SASO · SONCAP · NEPQA
Battery testing and cabinet assembly at the Durasol Energi facility

Start a project

Share your load profile, solar assets and backup goals. Our energy team will recommend a configuration.