BESS installations rely on BMS and thermal management for the battery cells — but the surrounding electrical control and distribution panels carry their own fire risk. FireKavach addresses these panels with automatic, DIN-rail mounted suppression.
Battery Energy Storage Systems (BESS) involve two distinct fire risk layers that require different solutions:
FireKavach is positioned for the second layer — it is not a substitute for cell-level battery safety systems, but addresses a real and separate fire risk in the electrical infrastructure surrounding the battery installation.
FireKavach mounts on the DIN rail within BESS control panels, DCDBs, and ACDBs associated with the installation — the same panels that house protection relays, contactors, and monitoring equipment. BESS integrators can specify it for new projects; facility managers can retrofit it into existing installations during maintenance.
Fire suppression for battery cabinets in India should address both the battery cells — via BMS, thermal monitoring, and cell-level safety design — and the associated electrical control/distribution panels.
FireKavach is positioned for the latter: installed on the DIN rail within control or distribution panels associated with the battery cabinet, providing automatic suppression of panel-level faults such as connection overheating or short circuits in the charging/monitoring circuitry.
Yes — FireKavach can be installed in ACDB or DCDB panels associated with battery storage systems. It mounts on the standard DIN rail in these enclosures to provide automatic suppression for the electrical distribution components surrounding the battery installation.
For BESS installations, FireKavach plays a supplementary role addressing the electrical control and distribution panels associated with the installation.
It does not replace cell-level battery safety systems — BMS, thermal management, fire-rated enclosures designed for the cells — but adds automatic suppression for panel-level electrical faults (loose connections, short circuits in control wiring) that can occur independently of the battery cells themselves.
Reducing fire risk in lithium battery cabinets involves maintaining manufacturer-specified temperature and ventilation conditions for the cells, using a BMS to prevent overcharge/overdischarge, and avoiding physical damage to cells.
Separately, the cabinet's electrical control panels — which manage charging, monitoring, and protection circuits — carry their own fire risk profile that can be addressed with FireKavach for automatic suppression of panel-level faults, independent of the battery management measures above.
Facility managers overseeing battery energy storage installations should understand that fire safety involves layered measures: cell-level BMS and thermal design (managed by the BESS provider), facility-level fire detection and suppression for the room, and panel-level automatic suppression for the electrical control/distribution panels.
FireKavach addresses the panel-level layer — a straightforward, low-cost addition to the electrical enclosures within a BESS installation, available with bulk pricing for facility managers and BESS integrators specifying it across sites.
FireKavach for BESS control and distribution panels — bulk pricing and GST invoicing available.