Mumbai, July 20 -- The Delhi Metro Rail Corporation (DMRC) has floated a tender for electrical works on the Rithala-Kundli corridor under Phase IV.
The notice invites bids for electrification, traction power supply and associated electrical systems along the proposed alignment.
The package covers design, supply, installation, testing and commissioning of traction equipment and related auxiliary systems, together with interface works with other packages.
The corporation has released detailed tender documents on its procurement portal and invited participation from qualified contractors.
The Rithala-Kundli corridor will link Rithala in north-west Delhi with Kundli in Haryana, forming a key component of the Phase IV expansion of the Delhi metro network.
The project is intended to strengthen regional connectivity and provide additional rapid transit capacity across the northern axis of the National Capital Region.
The electrical tender is one of several systems and civil contracts required to deliver end-to-end metro operations on the corridor.
Successful execution of the package will be essential for reliable train services and power supply resilience.
Procurement will follow standard DMRC procedures with prequalification, technical evaluation and commercial assessment stages, and bidders must meet the eligibility and qualification criteria set out in the documents.
Firms are required to review technical specifications, site constraints and statutory clearances before submitting bids and to ensure coordination with civil and track contractors.
The award will be made to the bidder that satisfies all technical conditions and offers the most favourable evaluated commercial terms.
The electrical package will demand close coordination for traction power distribution, system integration and testing across multiple work fronts.
Contractors are required to adhere to safety, quality and environmental management norms throughout execution.
The tender reflects continued progress on Phase IV corridors aimed at enhancing public transport connectivity in the region.
Published by HT Digital Content Services with permission from Construction World.