• December 20, 2022

In yet another record year for solar, SolarPower Europe estimates that European PV capacity will grow by 47% in 2022, from 28.1 GW in 2021 to 41.4 GW this year. Germany installed the most with 7.9 GW, followed by Spain with 7.5 GW and Poland with 4.9 GW. For the first time, the top 10 solar markets in Europe all added at least 1 GW. According to the SPE, total solar capacity in the EU has grown by 25%, from 167.5 GW in 2021 to 208.9 GW in 2022. The industry body forecasts annual PV growth in Europe to reach 53.6 GW in 2023 and 85 GW in 2026 under its "most likely" scenario. This means that the EU solar market will more than double within four years, reaching 484 GW by 2026. Five key areas for Europe to get ready for solar: expanding the number of solar installers, maintaining regulatory stability, improving grid stability, simplifying administrative procedures, and strengthening European manufacturing.

• December 16, 2022

Tokyu Land and Dutch offshore PV specialist SolarDuck will develop a floating solar project in the Tokyo Bay area. The Tokyo Metropolitan Government has awarded Japanese real estate company Tokyu Land a contract to build an offshore floating photovoltaic demonstration project in the Tokyo Bay area. Tokyu Land stated that it will build the demonstration project in cooperation with Dutch offshore photovoltaic specialist SolarDuck and Tokyo-based Everblue Technologies, and said it would provide more project details after consultation with the Tokyo Metropolitan Government's Policy Planning Bureau. The three companies aim to commercialize floating solutions throughout Japan in the future. In 2021, SolarDuck unveiled the first solar demonstration project using its floating structure technology for estuaries, natural harbors and offshore sites, an nearshore site on the Waal (Rhine) channel near IJzendoorn in the Dutch province of Gelderland Deploy a 64 kW system. Recently, SolarDuck agreed to develop a pilot project in the North Sea in cooperation with Delft University of Technology (TU Delft), the Netherlands Organization for Applied Scientific Research (TNO), the Netherlands Maritime Research Institute (MARIN) and Deltares. The consortium of companies has received 7.8 million euros in funding from the Dutch government. The floating array fixes the solar panels at a height of more than 3 meters above the water surface, and is able to cope with coastal sea conditions and hurricanes, and the system is optimized for offshore sites in estuaries and natural harbors, as well as nearshore sites. The basic floating platform is a 16m x 16m x 16m triangular structure, similar to an offshore floating wind power platform or a floating stone well platform, which can be flexibly connected together to form a large power station.

• December 12, 2022

According to the latest report from Mercom India, an Indian research institute, India installed 1.9 GW of open solar (photovoltaic capacity supported by private contracts) from January to September this year, which is an increase of 96% on the basis of 956 MW in the same period in 2021. In December 2021, the country's cumulative "open" solar power generation capacity exceeded 7 GW, of which Karnataka was about 2.7 GW, accounting for as much as 38%. Maharashtra was second with an installed open solar capacity of 801 MW, accounting for about 11% of the total capacity. High electricity tariffs, timely approvals by distribution companies, and favorable regulatory frameworks are the key drivers of open solar capacity growth in Karnataka, Maharashtra, and Tamil Nadu, the report said. India will add 596 MW of new open solar capacity in Q3 2022, compared to just 312 MW in Q3 2021. As of September 30, more than 5 GW of open PV projects are planned (in development and pre-construction stages).

• December 08, 2022

The Tokyo municipality is working on new regulations to make it mandatory for new homes with a total roof area of more than 20 square meters and for buildings with a roof area of less than 2,000 square meters to install solar energy. The Tokyo Metropolitan Government and the Japan Photovoltaic Electricity Association (JPEA) are jointly developing new regulations to support the development of rooftop photovoltaics throughout the Japanese capital. The authorities plan to introduce new mandatory PV requirements for new buildings and dwellings from 2025. The city government first announced plans for a mandatory solar requirement in early September and it is still under discussion in the Tokyo Metropolitan Assembly. The new rules, if approved, could apply to new homes with a roof area of more than 20 square meters and buildings with a total roof area of less than 2,000 square meters, and could also require businesses to install solar arrays on 30 percent of their roof area, and some parts of the city will also May face the requirement of 85% PV coverage on all roofs. The new rules, which will require developers and installers to use panels from manufacturers that respect human rights, appear to mean that solar modules made with polysilicon from Xinjiang, China, may not be allowed due to alleged use of forced labour.

• December 06, 2022

The Spanish government said it would finance five hybrid battery storage projects with a cumulative installed capacity of at least 600 MW. Each project can receive up to 15 million euros ($15.68 million) in funding. The Spanish government has announced plans to fund hybrid energy storage projects that use renewable energy to generate electricity. This is part of Spain's Recovery, Transformation and Recovery Plan (RRTP). The initiative will fund five energy storage projects with a cumulative installed capacity (equivalent to total energy supply) of at least 600 MW. These projects must use a combination of renewable energy sources, and the funds can only be used for new energy storage. Each project and each developer can receive up to 15 million euros in financial support. The amount of assistance for each installation will be determined based on the total project cost and the size of the developer. The same project can receive funding from the Spanish government incentive program and other EU programs at the same time, but these funds cannot be used to pay for the same expense. The government will only subsidize projects that would face financial difficulties without state support. Projects that were in development before applying for funding are also not eligible. Projects without grid connection permits can also apply for financing, as developers can apply for permits during the implementation phase. In order to speed up the project financing process, developers can ask the government to prepay 80% of the total funds.

• December 02, 2022

The Polish government will increase the subsidy level for rooftop photovoltaic and energy storage systems under its Mój Prąd program from December, solar rebates will increase from PLN 4,000 ($888) to PLN 6,000, and tax rebates for energy storage will at least double. From PLN 7,500 to PLN 16,000. According to the program's website, from December 15, solar subsidies will increase from PLN 4,000 to PLN 6,000, and energy storage rebates will more than double from PLN 7,500 to PLN 16,000. The scheme is open to residential rooftop PV projects from 2 kW to 10 kW and energy storage installations starting from 2 kWh, The changes will cover the audience for the fourth version of the rebate scheme launched in April. The government has also extended the call for applications for the current version of Mój Prąd from the end of December 2022 to the end of March 2023. Prospective consumers can submit applications under an agreement stipulating the injection of electricity generated by the micro-installation into the Polish grid. Since the program's launch in 2019, more than PLN 1.7 billion has been allocated to 411,494 PV projects. The total planned funding is PLN 5.34 billion and applications will be accepted until the funds are exhausted. In the period 2021-2023, up to 855 million zlotys have already been allocated in the third and fourth editions of the program. The increase in the tax rebate is aimed at strengthening Poland's energy security as Russia's invasion of Ukraine continues.

• November 28, 2022

The SolarX Grand Challenge competition aims to foster entrepreneurship and innovation to address Africa's energy gap with solar solutions. The International Solar Alliance launched the SolarX Grand Challenge competition to support entrepreneurship and innovation in Africa. The SolarX Grand Challenge competition will inspire innovators and researchers to provide high-value innovations that the solar industry desperately needs to accelerate the application of solar systems. The competition will select 20 start-ups and innovators from countries across Africa, and each winner will receive a cash prize of US$300,000. The winning entrepreneurs will participate in an accelerator program and gain access to African markets. Ajay Mathur, Director General of the International Solar Alliance, said: "The SolarX Grand Challenge competition is part of our two-pronged strategy to promote solar deployment in Africa. In line with this strategy, we are creating a solar facility to help African countries get more investment. In addition to getting investment In addition, we need to build local PV project planning pipelines.” The inaugural SolarX competition will focus on attracting investment in the solar industry, bridging the gap between energy demand and supply, and promoting the growth of Africa's entrepreneurial ecosystem. Mathur said: “Africa has an estimated solar power potential of 7,900 GW, but currently only four African countries have entrepreneurial ecosystems, so there is a huge gap between demand and supply for power generation. African start-ups attract less than 1% of global venture capital. We want to change that by launching the SolarX competition.” The SolarX Grand Challenge competition will announce the shortlist by April 2023 and the winner by June 2023.

• November 21, 2022

LONGi said it has achieved an efficiency rating of 26.81% for an unspecified heterojunction solar cell confirmed by Germany's Institute for Solar Energy Research in Hamelin (ISFH). Chinese PV module maker LONGi has revealed that its unspecified heterojunction (HJT) solar cells based on full-size silicon wafers have achieved a power conversion efficiency of 26.81% and are in mass production. This result was confirmed by ISFH in Germany. Martin Green, a professor at the University of New South Wales in Australia and creator of the "Solar Cell Efficiency Table", said the result is the highest efficiency record for a silicon solar cell to date. “This outstanding achievement will be included in the next edition of the efficiency tables published in PV Advances,” he said, noting that the previous record of 26.7% was set by an unspecified Japanese manufacturer in 2017. Longi may be referring to the results achieved by the Japanese chemical company Kaneka. Its 180cm² crystalline silicon device using heterojunction and back contact technology achieved 26.63% efficiency. "LONGi broke new world records for the conversion efficiency of silicon solar cells with 26.74%, 26.78% and 26.81% respectively, further affirming LONGi's determination to continue to focus on R&D investment and promote industrial progress," the Chinese manufacturer said. . In September, the company said it had achieved 26.12% efficiency for its gallium-doped p-type heterojunction (HJT) solar cells based on M6 wafers. The company also achieved an efficiency of 25.47% for the same solar cell in March. Furthermore, the Chinese manufacturer recorded an efficiency of 26.5% for n-type heterojunction solar cells in June and 25.19% for its p-type TOPCon solar cells in July 2021. In June 2021, it achieved an efficiency rating of 25.21% for n-type TOPCon PV cells.

• November 18, 2022

At the request of the Indian Solar Manufacturers Association (ISMA), the Directorate General of Trade Remedies (DGTR) under the Indian Ministry of Commerce and Industry has terminated its anti-dumping investigation on solar cells from China, Thailand and Vietnam. The complaint was withdrawn after the government imposed basic tariffs on solar cells and modules as price pressures on domestic manufacturers eased. The Indian government has imposed a 40% basic tariff on solar modules and a 25% basic tariff on solar cells since April. ISMA said: “The above-mentioned levies cover the full range of the products under investigation and have largely relieved the price pressure on the domestic industry due to the dumping by the countries under investigation, although not yet fully.” In May 2021, DGTR launched an investigation into solar cells from China, Thailand and Vietnam. The survey was based on applications submitted by three companies: Mundra Solar PV, Jupiter Solar Power and Jupiter International. In applications filed with ISMA, the companies sought to impose anti-dumping duties to protect them from cheap imports.