EV chargers cycle through repeated high-current sessions, often in unattended public locations. FireKavach mounts on the DIN rail inside the charger's distribution panel, providing automatic fire suppression independent of the charger's own power state.
EV charging stations present a fire risk profile shaped by two factors: repeated thermal cycling from charging sessions (heating during charge, cooling between sessions, repeated daily), and frequently unattended locations — public parking, residential complex parking, highway charging points.
A connection that loosens slightly due to thermal cycling may not be noticed during routine visual inspection but can develop into a hot spot and eventually an arc fault over hundreds of charging cycles. In an unattended location, such a fault could progress to fire without anyone present to notice.
FireKavach mounts on the DIN rail within the charger's distribution panel — alongside the breakers and contactors already present in standard charger electrical designs. Network operators can specify it across new installations or retrofit existing stations during maintenance visits, with bulk pricing and GST invoicing available.
Fire safety solutions for EV charging stations should include proper sizing of the distribution panel for sustained charging loads, periodic inspection of connector and breaker connections given repeated thermal cycling, and automatic fire suppression devices like FireKavach installed on the panel's DIN rail.
EV charging stations are frequently located in public parking areas, residential complexes, and highway locations where they operate unattended for long periods — making automatic, electricity-independent suppression particularly relevant.
FireKavach is suitable as a fire safety device for EV charging panels — it mounts on the DIN rail within the charger's distribution panel and activates automatically at 170°C.
This provides suppression regardless of whether the charger is actively in use or idle, addressing faults that could develop during or between charging sessions.
Protect an EV charger's DB from short-circuit fire by ensuring the DB is rated with appropriate margin for the charger's continuous load, and scheduling periodic inspection given the thermal cycling from repeated charging sessions.
Each charging session causes the DB's connections to heat up and then cool down — this repeated cycling can accelerate the loosening of terminations over the life of the installation, compared to circuits with more constant loads. FireKavach provides an ongoing automatic safeguard against the fire risk this creates.
Yes — FireKavach can be installed within EV charger electrical panels on the standard DIN rail. Its non-conductive aerosol suppression and electricity-free activation make it compatible with the electrical environment of EV charging infrastructure.
For EV charging network operators managing multiple stations, FireKavach can be specified as a standard inclusion in charger panel designs, with bulk pricing available.
EV fire suppression for the vehicle's own battery pack is a separate matter handled by the vehicle's design and is outside the scope of charging infrastructure products.
FireKavach addresses the charging station's own electrical distribution panel — a distinct fire risk from the vehicle battery, present regardless of which vehicle is charging, and arising from the station's own connections, breakers, and wiring.
FireKavach for EV charger distribution panels — automatic, electricity-independent suppression with bulk pricing.