Repairing of 11kV VCB Switch and 11KV HT OCB Switch for Benidih and Phularitand Sub-Stations, AMPC.
Bid Value
—
Closing Date
01 August 2026
Days Remaining
0 days
AI Tender Synthesis
Pre-generatedThe tender offers a clear and specific scope of work for critical electrical repairs, but the estimated value and detailed eligibility criteria are not provided, requiring further review.
What's Being Procured
Bharat Coking Coal Limited seeks bids for the repair of two high-voltage electrical switches: an 11kV VCB switch for the Benidih Sub-Station and an 11KV HT OCB switch for a transformer at the Phularitand Sub-Station. The objective is to restore functionality of these essential mining power distribution components.
Eligibility Criteria
- 01Specific eligibility criteria are not provided in the tender summary.
Technical Scope
- 01Repairing of 11kV, 800A VCB switch (A/Y make, Sl. No.0385) for FB-4 Benidih Sub-Station.
- 02Repairing of 11KV, 400A GEC make HT OCB switch (Sl. No.2814) for a 500KVA transformer at KKCL Siding Sub-Station in Phularitand, AMPC.
- 03Restoration of functionality for critical power distribution components.
Documents Required
None identified
Watch Out For
- Estimated value is not specified, making financial assessment difficult.
- Detailed eligibility criteria are not provided, which could lead to unforeseen qualification hurdles.
- Repairing specific older make and model equipment may require specialized parts or expertise that could be challenging to source.
Bid Value
—
Summary
This tender issued by Bharat Coking Coal Limited calls for the repair of two distinct high-voltage electrical switches. The scope of work includes the repairing of an 11kV, 800A VCB switch (A/Y make, Sl. No.0385) responsible for controlling the FB-4 Benidih Sub-Station. Additionally, the tender covers the repairing of an 11KV, 400A GEC make HT OCB switch (Sl. No.2814), which is integral to managing a 500KVA transformer located at the KKCL Siding Sub-Station in Phularitand, AMPC. The primary objective is to restore the functionality of these critical power distribution components.