Enectron Launches Scalable BESS for India Clean Energy

The company's new BESS line, which combines performance, safety, and flexibility to facilitate renewable integration and dependable power, is designed for utility and C&I applications.

The new line of Battery Energy Storage Systems (BESS) from Bangalore-based startup Enectron Energy Storage Systems Private Limited is intended for utility-scale and commercial-industrial (C & I) applications. By supplying flexible, dependable, and clean power at scale, the technologies seek to fortify India's renewable energy foundation.

The sophisticated lithium-based modules and intelligent control system that underpin Enectron's BESS systems allow for smooth integration with solar, wind, and grid power. The systems can be expanded to multi-megawatt deployments for utilities, data centers, and microgrids, as well as small industrial units.

"Right now, the Indian power grid is at an inflection point," said Vedvyas V, CEO of Enectron Energy Storage Systems. "The government has committed to 500 GW of renewable energy by 2030, but without storage, the grid simply can't absorb 100 percent clean power. Our goal is to deploy BESS modules that are scalable, bankable, and climate-positive systems that make renewable energy truly round-the-clock."

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Enectron's systems, which were developed in partnership with international OEM partners, are very cost-effective and satisfy international safety and performance criteria. In order to install more than 10 GWh of storage capacity throughout India in the upcoming years, the company is now working with EPC companies, IPPs, and industrial clients.

"We see energy storage as the bridge between ambition and execution in India's renewable mission," added Vedvyas. "Our focus now is execution and delivering reliable systems that speak performance, not promises."

To expedite India's clean energy transition, Enectron's leadership team combines more than 40 years of experience in renewable energy, power infrastructure, technology development, and market expansion.