BHEL floats tender for supplying multicrystalline solar modules
POWER & RENEWABLE ENERGY

BHEL floats tender for supplying multicrystalline solar modules

Bharat Heavy Electricals Ltd (BHEL) has floated tenders for multi-crystalline solar modules manufacturers for the 6.5 MW rooftop solar project in Nalanda, Bihar.

The deadline to submit the bids is 24 August 2021, and the tenders will be opened on the same date.

To participate in the bidding, the annual turnover of the bidder should be Rs 45 million in the last three financial years (FYs).

The winning bidder has to provide insurance for the solar module power output warranty that covers the warranty of the solar module in case of any insolvency of the module manufacturer. The bidder has to submit a bank guarantee of 10% as the value in the tender if the bidder cannot provide insurance for the solar modules.

The successful bidder has to supply 72-cell multi-crystalline solar modules in a configuration of 12*6 or 144-cell in 24*6 configuration. The modules' wattage output should be more than 325 Wp or 5 W band.

The solar modules should be certified by the Bureau of Indian Standards.

The modules should have a minimum efficiency of 16.5%, and they should work satisfactorily between the temperature range of -10 degrees centigrade and 85-degree centigrade. The modules should withstand gusts to 140 km per hour on the surface panel.

As per the tender, the warranty of the modules should be at least ten years, and the degradation rate of the modules should not be less than 90% after ten years and 80% after 25 years.

The glass used in the solar modules should be toughened, high transmission, low iron, with a minimum thickness of 3.2 millimetres (mm) and the bending should be less than 0.3%. In crystalline silicon modules, the back sheet should be 30 microns and water vapour transmission rate less than 2 grams (gm) per metre square (m2) daily.

Image Source


Also read: Mumbai civic body seeks EC for 4 MW Deonar waste-to-energy plant

Bharat Heavy Electricals Ltd (BHEL) has floated tenders for multi-crystalline solar modules manufacturers for the 6.5 MW rooftop solar project in Nalanda, Bihar. The deadline to submit the bids is 24 August 2021, and the tenders will be opened on the same date. To participate in the bidding, the annual turnover of the bidder should be Rs 45 million in the last three financial years (FYs). The winning bidder has to provide insurance for the solar module power output warranty that covers the warranty of the solar module in case of any insolvency of the module manufacturer. The bidder has to submit a bank guarantee of 10% as the value in the tender if the bidder cannot provide insurance for the solar modules. The successful bidder has to supply 72-cell multi-crystalline solar modules in a configuration of 12*6 or 144-cell in 24*6 configuration. The modules' wattage output should be more than 325 Wp or 5 W band. The solar modules should be certified by the Bureau of Indian Standards. The modules should have a minimum efficiency of 16.5%, and they should work satisfactorily between the temperature range of -10 degrees centigrade and 85-degree centigrade. The modules should withstand gusts to 140 km per hour on the surface panel. As per the tender, the warranty of the modules should be at least ten years, and the degradation rate of the modules should not be less than 90% after ten years and 80% after 25 years. The glass used in the solar modules should be toughened, high transmission, low iron, with a minimum thickness of 3.2 millimetres (mm) and the bending should be less than 0.3%. In crystalline silicon modules, the back sheet should be 30 microns and water vapour transmission rate less than 2 grams (gm) per metre square (m2) daily. Image Source Also read: Mumbai civic body seeks EC for 4 MW Deonar waste-to-energy plant

Next Story
Infrastructure Urban

TBO Tek Q2 Profit Climbs 12%, Revenue Surges 26% YoY

TBO Tek Limited one of the world’s largest travel distribution platforms, reported a solid performance for Q2 FY26 with a 26 per cent year-on-year increase in revenue to Rs 5.68 billion, reflecting broad-based growth and improving profitability.The company recorded a Gross Transaction Value (GTV) of Rs 8,901 crore, up 12 per cent YoY, driven by strong performance across Europe, MEA, and APAC regions. Adjusted EBITDA before acquisition-related costs stood at Rs 1.04 billion, up 16 per cent YoY, translating into an 18.32 per cent margin compared to 16.56 per cent in Q1 FY26. Profit after tax r..

Next Story
Infrastructure Energy

Northern Graphite, Rain Carbon Secure R&D Grant for Greener Battery Materials

Northern Graphite Corporation and Rain Carbon Canada Inc, a subsidiary of Rain Carbon Inc, have jointly received up to C$860,000 (€530,000) in funding under the Canada–Germany Collaborative Industrial Research and Development Programme to develop sustainable battery anode materials.The two-year, C$2.2 million project aims to transform natural graphite processing by-products into high-performance, battery-grade anode material (BAM). Supported by the National Research Council of Canada Industrial Research Assistance Programme (NRC IRAP) and Germany’s Federal Ministry for Economic Affairs a..

Next Story
Infrastructure Urban

Antony Waste Q2 Revenue Jumps 16%; Subsidiary Wins Rs 3,200 Cr WtE Projects

Antony Waste Handling Cell Limited (AWHCL), a leading player in India’s municipal solid waste management sector, announced a 16 per cent year-on-year increase in total operating revenue to Rs 2.33 billion for Q2 FY26. The growth was driven by higher waste volumes, escalated contracts, and strong operational execution.EBITDA rose 18 per cent to Rs 570 million, with margins steady at 21.6 per cent, while profit after tax stood at Rs 173 million, up 13 per cent YoY. Revenue from Municipal Solid Waste Collection and Transportation (MSW C&T) reached Rs 1.605 billion, and MSW Processing re..

Advertisement

Subscribe to Our Newsletter

Get daily newsletters around different themes from Construction world.

STAY CONNECTED

Advertisement

Advertisement

Advertisement