Application solutions

Utility Scale BESS for Every Energy Scenario

Systems configured around load demand, ambient conditions, grid availability, backup duration and future capacity expansion.

Commercial & Industrial

Utility scale BESS cabinets and grid scale battery storage containers for peak shaving, solar self-consumption, demand control, backup power and transformer capacity support.

Utility & Renewable Projects

Scalable utility battery storage systems for renewable energy integration, energy shifting, grid support and improved dispatchability of solar generation.

Telecom & Remote Sites

Hybrid photovoltaic, battery, grid and generator systems that reduce fuel use while keeping critical site loads operating through unstable supply.

Residential Energy

Wall-mounted, floor-standing and stackable batteries paired with hybrid inverters for solar time shifting, tariff savings and household backup.

Microgrids & Off-Grid Power

Coordinated solar, storage and generator systems for communities, farms, construction sites and facilities beyond reliable grid coverage.

Solar-Storage-EV Charging

Integrated photovoltaic generation, battery buffering and smart charging that manages site demand and supports cleaner transport energy.

Commercial utility scale battery storage project

Solution planning

Start with the Site Load and Operating Objective

Correct system sizing begins with interval load data, electricity tariffs, ambient temperature, transformer capacity, outage risk and the required backup window. We turn these inputs into a practical utility scale BESS configuration.

Daily and peak load profile

Target capacity and available footprint

Battery power and usable energy

Grid, generator and critical-load interfaces

Ambient temperature and installation space

EMS, metering and remote monitoring

Expansion and commissioning requirements

Discuss an Application

Recommended portfolio