• November 10, 2022

The U.S. solar industry suffered its worst quarter in two years in terms of deployments as global supply challenges slowed growth, project delays and prices climbed. U.S. utility-scale solar installed just under 1.9 GW in the third quarter of 2022, with the industry experiencing its slowest quarter since July-September 2020. This year has been considered a landmark year for the solar industry, but global supply challenges have hampered growth, delayed projects and pushed up prices. The U.S. could deploy 550 GW of renewable energy by 2030, the American Clean Energy Council (ACP) said in its quarterly report. Solar is expected to lead the energy transition this decade, accounting for 59% of the renewable energy projects to be built. In the process, the U.S. is expected to reduce overall economy emissions by 40 percent from 2005 levels. The ACP says this progress will be achieved through a clean energy workforce of 1 million. Despite the slow growth this quarter, 2022 is still the second-highest year for solar deployments, after 2021. Quarterly installs were down 23% from the same period a year earlier. The slowdown is likely to persist for some time as solar module supply issues remain, and the U.S. struggles to inject Inflation Cuts Act funds into new domestic manufacturing supply chains. By 2022, the total installed solar capacity will exceed 7 GW. This brings total utility-scale solar operating capacity to 68 GW.

• November 02, 2022

The Netherlands is on track to add an additional 3.3 GW of new PV capacity in 2022, enough to bring the total installed solar capacity to 17.6 GW. If these figures are confirmed by actual deployment, all PV systems installed could cover more than 12% of electricity demand, according to newly released figures from the Dutch state-run Rijksdienst voor Ondernemend Nederland (RVO). RVO cites multiple examples of solar projects not being finally deployed, such as because rooftop buildings were found to be unsuitable for installing solar modules, or new projects were not immediately connected to the grid because of grid congestion. In addition, RVO reported that installed PV capacity reached 14.4 GW by the end of 2021, with solar accounting for around 9.3% of total electricity demand, with the bulk of the capacity - 8.6 GW coming from systems over 15 kW, with the remaining 5.8 GW coming from smaller installations. The agency also said about 3.5 GW of new PV installations will be connected to the grid in the Netherlands in 2021, about 200 MW higher than figures released by the Netherlands Central Statistics Office in March, when an estimated 3.3 GW of new solar capacity was installed. The SDE++ programme for large-scale renewables remains the main driver of planned and contracted PV capacity in the country. A recent report by the Netherlands Organisation for Applied Scientific Research (TNO) states that the Netherlands is expected to generate 132 GW of photovoltaic power by 2050.

• October 28, 2022

The International Energy Agency's Photovoltaic Power Systems Programme (IEA PVPS) estimates that 173.5 GW of new solar capacity will be installed in 2021, and that figure could increase to 260 GW in 2022. IEA PVPS recently released its latest "Trends in Photovoltaic Applications to 2022" and estimates that "at a reasonably certain level," at least 173.5 GW of new solar capacity will be installed globally in 2021, a year-on-year increase of 22%, making 2021 still under the influence of the epidemic Another new record. Gaëtan Masson, co-author of the report and co-chair of the European Solar Manufacturing Council, said: “Last year’s market figures were incredible, but this year could be even higher, and I’m sure the market would have reached the size of the trade disruption we’ve experienced over the past two years. 260 GW.” The forecast is "broadly in line" with an undisclosed company's forecast, he said. He added: “Looking at the production numbers, we produced 153 GW of wafers in the first six months of the year, so it’s not entirely out of the question that the final figure is around 250 GW to 260 GW.”

• October 14, 2022

The Brazilian Photovoltaic Solar Association (ABSolar), citing data from the country's energy regulator Agência Nacional de Energia Elétrica (ANEEL), said Brazil had more than 20 GW of installed solar capacity at the end of September. Brazil has 6,525 MW of utility-scale solar power plants and 13,579 MW of distributed photovoltaic power plants, all of which operate under the country's net metering regime. Utility-scale PV developers could add another 1,760 MW of capacity by the end of the year, ANEEL said. Most of this (about 1.6 GW) will be built outside the regulated market through power purchase agreements. Brazil's cumulative PV capacity will reach 24,928 MW by the end of this year, ABSolar said. But to get there, developers must add 3.5GW of distributed PV capacity by the end of December.

• October 10, 2022

Germany-based Creton and building-integrated photovoltaics (BIPV) specialist Autarq have designed a new type of solar shingle. The new 'Creaton PV-Autarq' product is based on Creaton's Domino Black Tile, a smooth, flat brick that acts as a carrier for the small monocrystalline photovoltaic elements offered by Autarq. The tile front has a 3.2mm hardened single layer safety glass. The panel operates between -40 C and 85 C and can withstand mechanical stress levels up to 5,400 Pascals. Longevity and durability certified to IEC 61215 and safety certified to IEC 61730. Components are warranted for up to 25 years. Solar roof tiles can be installed in combination with original tiles. The size of the photovoltaic area can be flexibly designed. Tiles are individually connected to each other via plugin connections at deployment time. All connecting cables and plug contacts are hidden under the brick and are protected from the weather.

• September 23, 2022

From early 2023, all PV systems operating on single-family homes or commercial properties with an output of 30kW and below will not be required to pay any income tax on the electricity generated. The German government approved the measures in the Annual Tax Act 2022. This tax relief also applies to photovoltaic systems with an output of 15kW located on multi-family and mixed-use properties. In addition, no value added tax (VAT) will be levied on the purchase, import and installation of photovoltaic systems and energy storage systems, provided that these photovoltaic systems are installed on or near the roofs of homes and apartments, or are used for public welfare activities. on the roofs of public or other buildings. The VAT relief means operators no longer have to apply the so-called "Small Business Operators Regulations" to get reimbursed, reducing bureaucracy. In approving the regulation, the federal government also took advantage of the leeway provided by the new EU VAT law. In addition, the Federal Cabinet has decided that the Income Tax Assistance Association may also provide income tax advice in the future to its members operating photovoltaic systems with an output of 30 kW and below in accordance with the income tax relief provisions, which was previously prohibited by the Finance Act.

• September 19, 2022

PV Hardware (PVH) is one of the largest suppliers of solar trackers in the world, with a global market share of nearly 10%. The company, which has production facilities in Spain and Saudi Arabia and has been a market leader in Europe and the Middle East since 2018, will enter the US market aggressively and has announced plans to build a production facility in Texas. The 6 GW plant is expected to be commissioned by June 2023, the company said. PVH operates in a different way than most companies sign purchasing agreements with a wide range of suppliers, where the company controls every aspect of the product itself, from buying its own steel, procuring electronics, to making its own controllers, rivets, owning its own robots, as well as hiring in-house labor. The plant will be the company's third wholly-owned plant in the world. “The solar industry is one of the most challenging in terms of execution time. We will be building plants on a much larger scale than ever before, which would not have been possible without the support of our suppliers. mission,” said Hitesh Patel, Director of Solar PV at KSA, “Thanks to PVH, we were able to receive the material in the shortest possible time and start construction on schedule despite challenging market conditions and supply chain disruptions. A dedicated production line for Short-term and timely product delivery is critical.”

• September 13, 2022

The French Ministry of Ecological Transition has released new statistics on installed solar and wind capacity for the first six months of 2022. Data show that as of the end of June, France’s cumulative installed photovoltaic capacity reached 15.1GW, of which 14.5GW was located in mainland France. In the first half of this year, a total of 1,098MW of new PV systems were connected to the French grid, compared with 1,534MW in the same period last year, the ministry said. The installed capacity deployed in the first and second quarters was 607MW and 491MW, respectively. Power generation facilities with an installed capacity of more than 250kW accounted for about 51% of the newly installed capacity. Power generation facilities with an installed capacity of less than 9kW accounted for 13% of the newly installed capacity. In the first half of this year, solar power generation reached 9.6TWh, a 32% increase over the same period in 2021. In the first half of the year, new-Aquitaine, Auvergne-Rhône-Alpes and Provence-Alpes-Côte d'Azur regions accounted for 65% of new installed capacity. These regions have the highest installed capacity, accounting for 66% of France's cumulative access to electricity as of the end of June.

• September 07, 2022

The French energy regulator has published 17 updated specifications for renewable energy tenders to facilitate rapid deployment of projects in the context of the energy crisis and the pandemic. These proposed adjustments apply to successful bidders for all periods beginning September 1, 2022, as long as they submit an application to the Department of Energy. The French Energy Regulatory Commission (CRE) has published updated versions of all specifications for the "CRE4" and "PPE2" renewable energy tenders. The new rules, which include regulatory changes announced by the government earlier this summer, will facilitate faster deployment of renewable energy facilities across the country. Overall, the changes concern 17 specifications for different renewable energy sources, 13 of which involve solar tenders, including French mainland or non-interconnected regions, and apply to ground and rooftop projects, as well as self-consumption arrays and installations without energy storage. The portfolio of projects contains approximately 6.1 GW of installed renewable energy capacity at various stages of development and operation, including 3.4 GW of wind and 2.7 GW of solar. The winning bidders will be able to apply these new regulations as long as they apply to France's Ecology, Energy, Sustainable Development and Territorial Spatial Planning from September 1. "The overall goal of these modifications is to enable electricity producers to absorb some of the cost and price increases, particularly by selling the electricity they generate on the market," CRE said in a release. The governing body has published a list of solar tenders arranged by type of installation: Solar Power Facility "Solar Power Station" Solar power generation facilities "power stations with an installed capacity between 100 kWc and 8 MWc for powering buildings, greenhouses, crop warehouses and car park roofs" Facility for innovative power generation with solar energy Innovative power generation with solar power without energy storage Electricity generated from renewable energy and automatic electricity consumption in France Power generation facilities with an installed capacity greater than 100 kWc, located in non-interconnected areas and using solar radiation conversion technology Facilities that generate electricity from solar energy and are located in non-interconnected areas Automatic electricity consumption facilities that generate electricity from renewable energy and are located in non-interconnected areas Automatic electricity consumption facilities that generate electricity from renewable energy and are located in non-interconnected areas Solar power facility "Energy jump in the field of Fessenheim" Solar Power Facility "Solar Power Station" Electricity generated by photovoltaic solar or wind energy, and a facility located in mainland France Solar power generation facilities "power stations with an installed capacity greater than 500 kWc for supplying power to buildings, greenhouse...