SPML Infra Limited, one of India’s leading publicly listed infrastructure development companies, has secured a contract valued at ₹165.41 crore from Rajasthan Rajya Vidyut Prasaran Nigam Limited (RRVPNL) for the construction of a 400 kV grid substation and associated transmission infrastructure at Dahra in Kota district, Rajasthan. The project is scheduled for completion within 24 months and further reinforces SPML Infra’s growing presence in the high-voltage power transmission and substation infrastructure segment.
As one of India’s largest renewable energy-producing states, Rajasthan continues to play a pivotal role in the nation’s clean energy transition. The development of robust high-voltage transmission infrastructure is essential for the efficient evacuation and seamless transmission of both renewable and conventional power, supporting the state’s expanding electricity network and rising energy demand.
Scope of Work:
- Supply, Erection, Testing and Commissioning of 400 kV Grid Sub-Station at Dahra with one
500 MVA Autotransformer Bay - 420 kV, 1×125 MVAR Bus-type Shunt Reactor Bay
- 2 nos. 400 kV Feeder Bays and 3 nos. 400 kV Tie Bays
- All associated civil works, automation and communication system
Abhinandan Sethi, Managing Director, SPML Infra Limited said: “Rajasthan is not just expanding its grid, it is reshaping India’s energy landscape. And SPML Infra is proud to be the execution partner powering that ambition. With over four decades of expertise, we bring not just technical capability but the confidence of proven delivery to every project we undertake. This order from RRVPNL marks another milestone in our commitment to building India’s power infrastructure — stronger, smarter, and faster than ever before.”
This order adds to SPML Infra’s expanding power vertical, complementing its BESS business and its established leadership in sustainable infrastructure development. It underscores the Company’s strategic focus on high-margin, government-funded infrastructure projects across its three core verticals: Water, Power, and Energy Storage.
