Designed for backup power, peak-demand reduction, and solar integration, all housed in a compact outdoor cabinet and maintained at a consistent operating temperature by liquid cooling, even in the harshest conditions.
Integrated liquid cooling keeps every cell within its optimal temperature range across India’s hottest operating days.
The built-in EMS reads your load patterns and automatically decides when to store, when to discharge, and when to draw.
Built-in protection against overcharge, over-discharge, overcurrent, and thermal events, keeping the system and the people around it safe at all times.
The cabinet is rated IP54 for outdoor use, with the battery pack independently rated IP65 for a higher level of protection against dust and water ingress.
Start with one cabinet and connect multiple units in parallel as your facility grows, with no redesign or reconfiguration needed.
Continuously optimised to deliver consistent output, ensuring your system performs at its best under any load condition.
Every electrical, thermal, mechanical, and safety specification, all in one place.
Built for the most demanding commercial and industrial energy storage applications. Deployed and operating across multiple sites.
Every Electres system is thoroughly tested and built to the highest industry standards.
Everything you need to scope and quote, download the full specifications.
One cell chemistry, one cloud EMS, three deployment scales. Size the right platform for every project in your portfolio.
Utility-scale storage built to perform through extreme heat, dust, and grid volatility.
Wall/floor-mounted backup that keeps your space running through every outage, automatically.
Store excess renewable generation instead of curtailment
Solutions across grid, C&I, and residential applications
From evaluation to system integration
Aligned with evolving energy infrastructure needs
Share your details and our team will guide you with the right Electres solution.
Planned battery storage capacity in India by 2030
Installed renewable capacity creating new grid balancing needs
Response time of modern grid-scale battery systems
Grid stabilisation for variable renewable generation
Proven for high-cycle grid resilience & rapid deployment.
