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2026-08-31 10:53:56 am | Source: Accord Fintech
Transformers and Rectifiers soars on securing order for NPCIL's Kaiga nuclear project in Karnataka
Transformers and Rectifiers soars on securing order for NPCIL's Kaiga nuclear project in Karnataka

Transformers and Rectifiers (India) is currently trading at Rs. 313.00, up by 9.40 points or 3.10% from its previous closing of Rs. 303.60 on the BSE.

The scrip opened at Rs. 316.05 and has touched a high and low of Rs. 327.00 and Rs. 311.70 respectively. So far 666860 shares were traded on the counter.

The BSE group 'A' stock of face value Rs. 1 has touched a 52 week high of Rs. 552.00 on 23-Sep-2025 and a 52 week low of Rs. 224.30 on 02-Feb-2026.

Last one week high and low of the scrip stood at Rs. 327.00 and Rs. 299.00 respectively. The current market cap of the company is Rs. 9395.19 crore.

The promoters holding in the company stood at 64.36%, while Institutions and Non-Institutions held 9.32% and 26.32% respectively.

Transformers and Rectifiers (India) has secured a large order for the supply of Generator Transformers for the Nuclear Power Corporation of India’s (NPCIL) Kaiga Units 5 & 6 nuclear power project in Karnataka. The order marks the company’s first order in the nuclear power sector, adding a new and strategically important segment to the company’s growing portfolio of critical power infrastructure projects. The order has been received from Megha Engineering and Infrastructures (MEIL).

Kaiga Units 5&6 comprise two indigenous 700 MWe (Megawatt Electrical) Pressurised Heavy Water Reactors (PHWRs) being developed by NPCIL at Kaiga, Karnataka. The project is part of India’s indigenous 700 MWe PHWR programme, supporting the country’s efforts to expand nuclear power capacity while strengthening domestic technology and manufacturing capabilities. Together, the two units will add 1,400 MW of nuclear generation capacity at the Kaiga site.

The generator transformers will form a critical part of the electrical infrastructure of the project, supporting the evacuation of power generated by the nu

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