FUTURE-PROOF POWER GRIDS

Government-backed funding and policy support are crucial for scaling up the deployment of advanced technologies in the power sector. This is especially important in states with less developed infrastructure, where digitalisation and automation can significantly improve grid reliability and operational efficiency.

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As the global energy landscape evolves towards more sustainable sources, the Indian power sector faces the dual challenge of modernising its infrastructure while accommodating the increasing integration of renewable energy into its grid. Several components, including switchgear and substations, are involved in the grid infrastructure.

Medium-voltage (MV) switchgear is essential for controlling, protecting, and isolating electrical equipment. It plays a vital role in ensuring electrical networks’ smooth and safe operation. As renewable energy sources such as wind and solar power increasingly contribute to the national grid, MV switchgear is becoming more sophisticated, incorporating features like remote control, automation, and enhanced safety.

In India, the modernisation of power infrastructure, backed by government initiatives and the adoption of cutting-edge technologies, is paving the way for the next generation of MV switchgear. Innovations in this sector are essential to address the challenges posed by the rapid expansion of renewable energy, grid stability concerns, and the evolving needs of the power transmission system.

In an interaction with industry experts, EPR shares detailed insights into the power grid modernisation taking place in India. It also highlights key developments, challenges, and the role of digitalisation in shaping the future of power infrastructure.

Understanding the role of MV switchgear in power grid