Solid-state CBs safeguarding grids from renewable energy fluctuations

loT-enabled sensors continuously collect and transmit data on temperature, voltage fluctuations, current transmission, and other key parameters, enabling real-time visibility into electrical system health.

- Piyush Garg

With the Indian government focusing on integrating renewable energy into the grids, switchgear technology has more opportunities for R&D advancement. Let us know more from Piyush Garg.

What switchgear advancements ensure safe, efficient renewable energy integration into grids while handling power intermittency?

With the Indian government focusing on renewable energy in the grids, the switchgear technology has more opportunities for R&D for advancement. From IoT Integration, communicable switchgear solutions, and compact designs to sensor integration, connectivity, fault detection, and predictive maintenance, today's switchgear systems have it all. Another advancement in hybrid switchgear, combining gas and vacuum insulation, reduces environmental impact by lowering SF6 gas use while enhancing system reliability and efficiency. Also, adopting solid-state CBS enables ultra-fast response time, which is crucial for protecting the grid from sudden fluctuations in renewable energy output. Together, these advancements ensure that modern switchgear can handle the dynamic, intermittent nature of renewable energy sources, enhancing grid stability and safety while supporting a transition to cleaner power.