Transmission Line Package- TL01 for Design, Engineering and Construction of Dedicated 400kV D/C Transmission Line with Twin Moose ACSR Conductor from Potheadyard of Ratle HEP to Kishtwar Pooling Station along with Associated Communication Equipment
Bid Value
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Closing Date
16 September 2026
Days Remaining
46 days
AI Tender Synthesis
Pre-generatedThe tender involves a significant 400kV transmission line project for a major PSU, but the estimated value and detailed eligibility criteria are not provided in this summary, requiring further document review.
What's Being Procured
NHPC Limited is inviting bids for the Design, Engineering, and Construction of a critical 400kV Double Circuit Transmission Line. This project will connect the Ratle Hydroelectric Project to the Kishtwar Pooling Station in Jammu & Kashmir, and includes all associated communication equipment.
Eligibility Criteria
None identified
Technical Scope
- 01Design of 400kV D/C Transmission Line
- 02Engineering of 400kV D/C Transmission Line
- 03Construction of 400kV D/C Transmission Line with Twin Moose ACSR Conductor
- 04Provision and installation of associated communication equipment
- 05Commissioning of the transmission system
Documents Required
None identified
Bid Value
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Summary
NHPC Limited invites bids for the Design, Engineering, and Construction of a Dedicated 400kV Double Circuit (D/C) Transmission Line. This critical infrastructure project will connect the Potheadyard of the Ratle Hydroelectric Project (HEP) to the Kishtwar Pooling Station, both situated in Jammu & Kashmir. The transmission line will be constructed using Twin Moose ACSR Conductors, ensuring robust power transmission capability. In addition to the line itself, the scope of work encompasses the provision and installation of all associated communication equipment required for the operational integrity of the transmission system. The contractor will be responsible for all stages from design conceptualization and detailed engineering to full construction and commissioning of the line. The project is crucial for power evacuation from the Ratle HEP.