Energy Storage

The future of energy is not merely renewable – it is intelligent, flexible, and resilient. This requires investment not only in generation assets, but also in transmission corridors, reactive compensation systems, digital controls, automation, and dependable high-voltage equipment.

JSW Steel Ltd, Bharatia and Carbon Iceland International will jointly explore the development of a large-scale green methanol (e-methanol) project in India. The proposed 300 ktpa project aims to utilise CO₂ emissions from JSW Steel’s operations in district Raigad, Maharashtra, and convert them into eMethanol using green hydrogen produced from renewable energy sources.

The battery supports 1,000 W input and 800 W output, is compatible with most balcony PV systems, and can be optionally app-controlled via a dedicated app.

Rajasthan could save about INR 5,500 crore annually and up to INR 57,000 crore over a decade by avoiding new coal-based power generation and adopting solar power + battery storage, resulting in lower power costs, according to a new report by Climate Risk Horizons.

Bluetti has launched the Balco 260 and Balco 500, two integrated balcony PV storage systems combining MPPT, inverter, battery storage and smart control in a plug-and-play architecture for urban households.

Indian deep-tech company Vision Mechatronics and Netherlands-based HyCooker BV have signed a strategic cooperation agreement for the global rollout, localized manufacturing in India, and international commercial sales of advanced hydrogen-burning cookstoves.

With the right regulatory changes, battery energy storage systems offer a credible near-term solution to the country’s rising grid gaps.

As battery costs decline, charging networks mature, and financing models improve, e-trucks can move deeper into mainstream freight. India’s logistics transformation is no longer only about moving goods faster. It is about moving them with lower emissions, stronger energy security and better lifecycle economics.

Pune-based startup Hydrovert Energy has developed hydrogen fuel cell-based stationary power generators ranging from 5 kVA to 50 kVA for long-duration backup power in commercial and industrial applications. The systems use hydrogen as the sole fuel input, irrespective of whether the hydrogen is produced from fossil fuels, renewable energy-powered electrolysis, or nuclear energy pathways.

The gigawatt-scale solar, wind and battery project developed by O-Green Energy expected to provide round-the-clock power. It is part of a push from Nama Power and Water Procurement to secure 7 GW solar, 3 GW battery storage capacity by 2030.