Terra Clean, a wholly owned subsidiary of Indian Oil Corporation, has invited bids for land aggregation work for a 300 MW intra-state transmission system-connected solar power project in Gujarat. The tender has been issued under Tender No. TeCL/CC/Solar/2026-27/13 and Search Code TeCl-2026-TN000009. The project is proposed near the 220kV Bhalgamda substation of Gujarat Energy Transmission Corporation in Morbi district. Terra Clean is seeking proposals through a two-bid system covering the technical and financial components. The contract will run for nine months from the date of the kick-off meeting, commencement order or within 15 days of the Letter of Acceptance, whichever is earlier. Tender documents are available free of cost on the TCIL Electronic Tender Services portal from 7 October to 4 November 2026, until 17:00 IST. Bidders must submit a signed confidentiality agreement from their registered email address and send a hard copy to Terra Clean’s New Delhi office. Failure to meet this requirement will lead to rejection. A pre-bid meeting will be held through Microsoft Teams on 21 October at 15:00 IST. Online bid submission will open two days before the closing date, with the final deadline set for 5 November at 15:00 IST. Techno-commercial bids will be opened at 15:30 IST on the same day. No earnest money deposit has been prescribed, but bidders must submit a signed bid security declaration. A performance bank guarantee or security deposit will apply under the tender conditions, while mobilisation advance provisions are also included. Eligible bidders must show experience in land arrangement for grid-connected solar or wind projects totalling at least 20 MW, including one project of 10 MW, or land aggregation covering at least 70 acres, including one project of 35 acres. They must also have recorded annual turnover of at least Rs. 150 mn in one of the preceding three financial years and maintain a positive net worth equal to at least 100 per cent of paid-up share capital. The indivisible contract will be awarded to one bidder through an e-auction evaluation process.