Key Highlights
- Jyoti Structures secures ₹949.35 crore orders from Power Grid Corporation of India, excluding GST.
- The orders cover two packages under the ±800 kV HVDC Bipole Barmer-II and South Kalamb Transmission Lines project in Rajasthan.
- Package TL01 Lot 1 is valued at ₹474.85 crore, excluding GST.
- Package TL02 Lot 2 is valued at ₹474.50 crore, excluding GST.
- The contracts include the supply, erection, testing and commissioning of 800 kV HVDC transmission lines on a turnkey basis.
- Both packages have a completion period of 38 months from their respective award notification dates.
- The latest orders follow a ₹689.93 crore contract from Gujarat Energy Transmission Corporation for a 765 kV transmission line project.
- Jyoti Structures is also executing a 220 kV double-circuit transmission line project in Sri Lanka with Hayleys Fentons Limited.
- The company has constructed more than 37,600 circuit kilometres of transmission lines and delivered over 1,800 high-voltage substation bays.
Jyoti Structures Limited has secured orders worth ₹949.35 crore, excluding Goods and Services Tax (GST), from Power Grid Corporation of India Limited for the construction of 800 kV high-voltage direct current (HVDC) transmission lines in Rajasthan. The orders cover two packages under the ±800 kV HVDC Bipole Barmer-II and South Kalamb Transmission Lines project.
The company disclosed the order wins in a regulatory filing dated October 26, 2026. The awards cover the supply, erection, testing and commissioning of HVDC transmission lines on a total turnkey basis, with both packages scheduled for completion within 38 months from the dates of their respective Notifications of Award.
Jyoti Structures Order Details
The combined order value of ₹949.35 crore comprises two separate packages awarded by Power Grid Corporation of India Limited.
Lot 1 under package TL01 is valued at ₹474.85 crore, excluding GST. Lot 2 under package TL02 carries an order value of ₹474.50 crore, excluding GST.
Both contracts involve the execution of ±800 kV HVDC transmission lines in Rajasthan. The scope of work includes the supply of required materials, erection of transmission infrastructure, testing and commissioning of the completed lines.
The projects will be executed on a turnkey basis, covering the activities required to deliver the transmission infrastructure. The stipulated completion period for each package is 38 months from the date of the respective award notification.
Management Commentary on Power Grid Orders
Commenting on the development, Amit Dutta, Chief Operating Officer of Jyoti Structures Limited, said the company would contribute to India’s transmission infrastructure through the projects.
He stated that the company’s experience in the power transmission sector would guide its approach to project execution. He also highlighted the company’s intention to work closely with Power Grid Corporation of India Limited to complete the projects as planned.
Previous Orders and Ongoing Projects
The latest contracts follow a ₹689.93 crore order secured by Jyoti Structures from Gujarat Energy Transmission Corporation Limited (GETCO) for the 765 kV double-circuit Pachchham–Saykha Transmission Line project in Gujarat.
The company is also executing a 220 kV double-circuit transmission line project in Sri Lanka in partnership with Hayleys Fentons Limited. The project is intended to support the evacuation of wind power into Sri Lanka’s national electricity grid.
These projects form part of Jyoti Structures’ activities in high-voltage transmission infrastructure across domestic and international markets.
Role of 800 kV HVDC Transmission Technology
High-voltage direct current technology is used to transmit large volumes of electricity over long distances. HVDC transmission systems can support the movement of power between regions and help strengthen electricity transmission networks.
Projects involving 800 kV HVDC transmission lines require specialised engineering, infrastructure planning, equipment supply and coordinated execution. The technology is particularly relevant to large-scale transmission projects designed to transport electricity over substantial distances.
