The Spanish power utility announced it wants to deploy 23 green hydrogen projects by 2024. The company plans to build around 340 MW of electrolyzer capacity.
The country saw around 525 MW of new PV capacity come online in December alone. The feed-in tariffs for PV systems not exceeding 750 kW in size were reduced by 1.4%.
The PV projects – tendered under the Central Public Sector Undertaking scheme – will be entitled to government support through ‘viability gap funding’, with the level awarded determined by reverse-bidding auctions for the project capacity.
Large scale PV projects selected in public tenders held by the Turkish authorities will be awarded a 10-year tariff of TRL0.32/kWh ($0.044). The tariff will be indexed to inflation and dollar-euro exchange rate.
Creditors refused to postpone payment of the three-year notes for another 36-month term and now face receiving less than 5% of the amount due once a proposed debt restructure is completed, with the balance kept back until January 2024 regardless.
The Israel Ministry of Energy and the Ministry of Agriculture have decided to implement a pilot research program to assess the feasibility of agrivoltaic projects in the country. The possibility of combining PV and agriculture in a land with limited land availability and increasing energy demand is considered a win-win solution by the government.
The Japanese brand will continue to sell third-party-made modules under its brand in its home market, as it already does overseas, but in-house PV wafer, cell and module production will halt by the end of fiscal year 2022.
The NEM 3.0 program will run until the end of 2023 and will see the participation of residential, commercial and industrial prosumers as well as public entities and government ministries.
The feed-in tariff granted reduces each quarter, in line with how much solar capacity was installed in the previous three-month period.
Europium ions have been used by Chinese researchers to passivate both the perovskite and electron transport layer (ETL) films of a MAPbI3 perovskite solar cell. As a result, the device’s efficiency was raised by approximately 1.5%. The dual passivation approach also achieved an increase in the cell’s fill factor and open-circuit voltage.
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