POWER GRID LEARNS TO HEAL ITSELF

Our power grid is undergoing a digital transformation, integrating AI-driven tools for real-time fault detection, isolation, and automated restoration, paving the way for a selfhealing, smarter, and more resilient energy infrastructure.

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The adoption of digital technologies in the country's existing power sector has increased.

This is evident in the fact that India has consistently met peak power demand and has recently achieved its 50 per cent renewable goal ahead of schedule. A major factor behind this performance is the strong transmission and distribution network. Recent initiatives, such as STELLER, the Energy Stack, and the National Unified Network Management System (N-UNMS), are expected to strengthen this digital infrastructure further. Boosting skill development and preparation for hybrid work is the industry's emphasis.

EPR provides a comprehensive view of the emerging trends and the established domain of energy. We will hear from industry experts and gain valuable insights from them. Yes, as a nation, while much has been achieved, many critical goals remain.

Hybrid Transmission system for smarter grid operations

In the wake of a smarter and more resilient power grid, the concept of hybrid transmission systems is gaining momentum. These systems combine conventional grid infrastructure with digital technologies. This creates a platform that increases the monitoring, efficiency, and flexibility of the transmission system, which is necessary as the country integrates renewable energy sources and decentralised generation.

Speaking on the emerging concept, Manan Pathak from GERMI emphasises the important role of artificial intelligence (AI) and machine learning (ML) in facilitating smart grid functionalities such as accurate load forecasting. "As renewable energy integration intensifies and the grid becomes more decentralised, self-healing grid capabilities will become increasingly important. These include real-time fault detection, isolation and automated restoration, the core elements of modern smart grid operations," Manan states.