Jaipur’s GIS-Based 220 kV Grid Substation Now Operational in Jodhpur to Strengthen Power Transmission

The Gas Insulated Switchgear (GIS) technology used in this 220 kV substation represents a modern solution to space constraints and the growing power demands of the Jodhpur

By Sumit Kumar Oct 9, 2024, 19:01 IST

In a major step toward boosting Rajasthan’s power transmission infrastructure, the Electricity Transmission Corporation has launched a GIS-based 220 kV grid substation in Banad, Jodhpur. This cutting-edge facility is Jodhpur’s first of its kind and the third GIS-based substation in the state, set to significantly enhance the region’s electricity distribution system.

Upgrading Jodhpur’s Power Infrastructure with GIS Technology

The Gas Insulated Switchgear (GIS) technology used in this 220 kV substation represents a modern solution to space constraints and the growing power demands of the Jodhpur region. Previously, a 132 kV substation served the Banad area, but increasing load demands required a higher capacity system. As explained by Nathamall Didel, Managing Director of the Electricity Transmission Corporation, traditional grid substation models were not feasible due to the lack of space, making GIS technology the ideal solution for this upgrade.

Strengthening Power Transmission and Reducing Energy Losses

The introduction of this GIS-based substation is expected to significantly strengthen the power transmission network in Jodhpur. With an investment of approximately ₹52 crores, the substation will reduce energy losses by about 25.32 lakh units annually, translating to an estimated revenue savings of ₹101.28 lakh per year. The 220 kV grid station will support the growing energy needs of Jodhpur and surrounding areas, including Banad and Surpura, by ensuring a more reliable electricity supply.

Efficiency and Future-Ready Technology for Jodhpur’s Energy Needs

Unlike traditional grid stations, the GIS technology in this substation allows for more compact and efficient operations, making it suitable for urban and space-constrained areas. This technology helps minimize power disruptions, offering higher operational efficiency and a longer lifespan for grid infrastructure. For a city like Jodhpur, which is experiencing rapid urbanization, the new substation is expected to meet the increasing power demands without compromising on reliability.