Transmission & distribution

The four-day Summit will focus on the entire power value chain, including power generation (with emphasis on clean energy systems such as solar, wind, hydro, green hydrogen, etc.), transmission and distribution, energy storage, and energy efficiency solutions.

Smart grids represent a fundamental shift in how electricity networks are planned and operated. By leveraging digital technologies, real-time communication, and automation, smart grids enable utilities to respond dynamically to changing grid conditions. For India, this transformation is critical to maintaining reliability while integrating large volumes of solar and wind power. 

India is estimated to have added a record 40 GW of solar capacity in CY 2025, supported by strong utility-scale execution and a surge in rooftop installations. Energy storage tendering also picked up pace.

The Indian power system is evolving faster than most global peers. Electricity demand is rising. Rooftop solar, electric mobility, and distributed generation are accelerating. The grid, once designed for predictable one-direction flows, is becoming a dynamic, decentralised organism. To manage it, India requires data that is just as distributed as the energy sources feeding the system. This is where decentralised RF mesh networks have begun to play an important role.

India is moving decisively beyond capacity addition toward system-level maturity. Expanded transmission planning, a more diversified energy mix and better regulatory clarity signal a market design that is becoming ever more dynamic and future ready.

With peak power demand expected to approach 300 GW in the coming years and electricity demand growing at 6–7% annually, India would require nearly 230 GWh of energy storage capacity by 2030 to ensure grid stability, flexibility and reliability—said Bhupinder Singh Bhalla, Former Secretary, MNRE, at the Indian Power & Energy Storage Conference 2025, organised by FICCI.

Waaree Transpower, formerly known as Kotsons, has secured inverter duty transformer (IDT) orders exceeding INR 100 crore within the first month of launch. The company said that these orders, aggregating 1,275 MVA (1.27 GW), have been placed by a leading solar EPC company for deployment across high-capacity solar projects nationwide.

KP Group has signed a memorandum of understanding with the Government of Botswana for the development of 5 GW of renewable energy and power infrastructure projects.

Every new 5G deployment, data centre expansion, or broadband rollout depends on power and cooling architectures that operate quietly in the background, ensuring continuity, efficiency, and resilience.

With renewables’ share in power generation expected to grow significantly, there will also be a push in the demand for next-generation transformers that are capable of handling the intermittent nature of solar, wind, and other non-polluting sources of energy. The grid of the future demands not only more transformers but smarter, adaptive, and sustainable designs that can support India’s ambitious renewable targets and fast-rising power demand.