Storage that firms the grid
and powers the network.

Our Battery Energy Storage Systems buffer renewable generation, balance demand and back every Halix charging site.
In-House Engineered, Integrated and Serviced.

Halix containerised utility-scale BESS yard
kWh→MWh
Modular scaling
IEC 62619
Cell-level cert in process
UN 38.3
Transport test in process
100%
In-house integration

Utility & C&I scale

Containerised systems from commercial-and-industrial to utility-scale, configured to the site.

Renewables firming

Smooth intermittent solar and wind, shift energy across the day and stabilise frequency.

Network backbone

On-site BESS keeps Halix swap and charge stations running independent of grid stress.

Engineered as one system

  • →Halix cells and packs, our own BMS, and integrated power-conversion in a single stack.
  • →Thermal management designed for Indian ambient conditions.
  • →Remote monitoring and predictive maintenance via the Halix platform.
  • →Designed for second-life pathways from mobility packs into stationary storage.
Halix BESS modular rack, BMS and PCS

Applications

Captive & rooftop solar

Store daytime generation for evening peaks and night charging.

Grid services

Peak shaving, frequency regulation and demand-response participation.

Charging-site backup

Guarantee charger uptime and protect against grid outages.

Microgrids

Power remote or off-grid swap stations entirely on renewables.

Specify a BESS for your site.

Tell us your load profile and we will size and integrate the right system.

Get in touch → Download profile

Common questions

What size systems does Halix build?
Modular, scaling from kWh to MWh: containerised systems from commercial-and-industrial through to utility scale, configured to the site rather than sold as a fixed block.
What is a BESS actually for?
Three jobs here. It firms renewable generation by smoothing intermittent solar and wind and shifting energy across the day, it provides grid services such as peak shaving and frequency regulation, and it backs Halix swap and charge sites so they run independent of grid stress.
What is integrated, and what is bought in?
Halix cells and packs, the Halix BMS and the power conversion are integrated as a single stack in-house, with thermal management designed for Indian ambient conditions and remote monitoring and predictive maintenance through the Halix platform.
What happens to the batteries afterwards?
The systems are designed for second-life pathways, so packs that come off mobility duty can move into stationary storage rather than being retired outright.