The Indian steel giant, along with the UK government, has opened a call for innovative projects in low-carbon hydrogen to decarbonize the industrial sector. Two selected projects will be awarded £80,000 (INR 83 lakh) and provided priority access to Tata Steel’s integrated steel plant.
Timely scale-up in tendering activity and moderation in solar PV cell and module prices, if sustained, would support improvement in capacity addition in the renewable energy sector.
Each developer can bid for pumped storage capacities from 200 MW to 2 GW. Projects can be developed at multiple locations, with a minimum project size of 200 MW. The minimum storage cycle is six hours. Bidding closes on August 16.
Emirates Water and Electricity Co. (EWEC ) has announced the bidders for a tender to develop the 1.5 GW Al-Ajban solar project.
Japan’s latest procurement exercise was open to PV projects above 250 kW in size. The lowest price came in at JPY 9 ($0.065)/kWh, with 119.7 MW of allocated capacity.
Italy’s Barrel claims that solar kits packed in barrels are ideal for remote areas and conflict zones. Its standard packages consist of 6 kW solar modules, 5.6 kW single-phase hybrid inverters, and 3.55 kWh lithium batteries.
To increase the share of renewable energy, India needs to introduce demand-side measures like time-of-use tariffs, develop a well-connected national grid, deploy various energy storage options for grid balancing services, and convert its fossil-fuel-powered fleet to operate flexibly.
NTPC, India’s largest power company, will use Hild Electric’s green hydrogen production technology to decarbonize energy, transport and ammonia projects.
Fortum Charge & Drive India has unveiled its new brand identity ‘Glida’ signifying its commitment to delivering a seamless electric vehicle (EV) charging experience in India. Glida plans to increase the number of its EV charging points to 3,000 by 2025 from around 450 at present.
German scientists have fabricated a carbon electrode perovskite solar cell with a hole-transporting bilayer made of organic semiconductors instead of a conventional hole transport layer. They claim this approach improves the device’s fill factor and open-circuit voltage.
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