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The capital cost of solar photovoltaic projects could reach a huge amount of millions of dollars, and it will take years to build. Developers want to reap the most benefits from their investments, but the growing theft of and destruction of solar technology is threatening that return. While it is hard to produce accurate numbers, even the most conservative estimates put theft damage reaching millions of dollars a year. In the UK, for example, in a robbery in 2019 alone, stolen solar modules from a project were worth more than £900,000 ($1 million), and organised crime related to solar projects was on the rise. An emerging way of project security is to use drone patrols. While automated drones have high upfront costs, they can perform prearranged autonomous security patrols to improve security without additional costs. The " box drone technology will be widely used by 2030. This refers to the drone located in the solar project protection box, with automatic landing, take-off and wireless charging functions. They can be programmed to regularly check the site performance and security conditions, without manual control or supervision. Moreover, in response to usually inadequate response times, drones can be triggered by peripheral sensors and cameras on fences that can transmit drone responses in the form of alerts, flying over potential security vulnerabilities. You can even install speakers on unmanned machines to announce their presence to the invaders. Given the increase in effectiveness, they can lower the premiums. Currently in the energy sector, the market for driver-less aviation systems and drones for critical energy infrastructure was valued at $1.4 billion last year. The value of this market is expected to grow to $10.6 billion by 2030, with a compound annual growth rate of 24.9%.

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European Union ministers have set a renewable energy target at 40% The EU energy Minister agreed on June 27 to increase the European share of energy consumption from renewable sources such as solar or wind to 40% by 2030. The legally binding target previously set at 32% is part of the EU's ambition to reduce greenhouse gas emissions by 55% by 2030 from the benchmark volume recorded in 1990. This will pave the way for achieving net zero carbon emissions in Europe by 2050. The meeting of energy ministers in Luxembourg also agreed that total energy consumption in the EU would fall by at least 9% by 2030, compared to 2020. France's energy transition minister Agnes Pannier-Runacher welcomed the agreement, which will now be negotiated with the European Parliament, which has not yet finalized its target position. These goals " will also help us reduce our dependence on Russian energy in the context of the war in Ukraine."

Key words:Solar Station.solar inverter.power inverter China's efforts to build solar power plants in space have reached a milestone, converting sunlight from outer space into power supplies to drive satellites into orbit or transmit power back to Earth. A research team at Xidian University has completed the world's first full-chain, full-system ground verification of space solar power stations, demonstrating a number of key technologies for future projects. The Space Solar Power Station (SSPS) is a hot-spot technology, a space-based power generation system used to collect solar energy, then convert it into electricity, and then convert it into microwaves.The sunlight outside the atmosphere is brighter and shines almost all day. Next, the energy in the microwave will be transmitted to and collected by a receiving antenna on space or on the Earth's surface, thus converting the microwave back to electricity. In addition, engineers at the China Academy of Space Technology, a Chinese state-owned spacecraft manufacturer, revealed the blueprint for promoting the pioneering technology in a study published earlier this month in the journal China Space Science and Technology. According to its plan, space high-pressure transmission and radio power transmission experiments are expected to be conducted in low Earth orbit in 2028. The satellite will be able to generate 10 kilowatts of electricity and carry a quarter of solar cell arrays, microwave emission antennas, low-power laser emission payloads and a few meters long to test the power transmission across distances of 400 kilometers from orbit. By 2030, they plan to expand the solar array to more than 100 kilowatts and test medium-power laser transmission over a distance of 36,000 km. By 2035, the microwave transmitting antenna is expected to expand to about 100 meters and generate 10 megawatts of electricity.By 2050, the goal is to build a commercially operational solar power plant that can generate 2 gigawatts of electricity, and will be equipped with about a kilometer-long antenna and a complex array of solar cells assembled in space. "Heaven and earth transmission is our ultimate goal, and it takes years of work," Duan said."But we can achieve some near-term goals." Solar energy in space can first be used to charge small and medium-sized satellites, Duan said."Now, they have to launch with huge solar panel payloads that can't collect power in shaded areas when orbiting the Earth." In the near future, the satellites are expected to be equipped with foldable receiving antennas, while getting rid of the solar panels, Duan said.

The sun's great energy may soon be used in the dark night. Key words: Solar power plant.power inverter system.battery inverter. Solar radiation heats the earth's crust significantly during the day, but that energy loses out into the cold state of space when the sun goes down. "In the late 18th and early 19th centuries, it was found that the efficiency of the steam engine depended on the temperature difference throughout the engine, and that the field of thermodynamics was born in. "The same principle applies to the solar power -- The sun provides heat sources, and solar panels relatively cool on the earth's surface provide cold absorbers.This can generate electricity. "But when we consider the infrared emission from the Earth into outer space, now the Earth is relatively warm objects, and the vast space void is extremely cold. "By the same thermodynamic principle, you can also generate electricity from this temperature difference: emitting infrared light into space." "We usually think of light emission as an energy-consuming thing, but in the mid-infrared, we all emit radiation energy, and we have shown to extract power," Nicholas said. "We haven't made heat radiation diodes a magical material for everyday reality, but we have proven the principles and are eager to see how much we can improve on this outcome in the years to come." The team is now pleased to enter the next phase of research to create and improve their own equipment to leverage night power, and to welcome potential industry partners.

Energy inequalities between different income groups Key words:Solar power.energy.EVs.Green power inverter.Battey. In a study of income class and energy consumption, the top 10% of the population consumed about 20 times more energy than the bottom 10%. Moreover, as income increases, people spend more money on energy-intensive goods, such as holiday packages or cars, resulting in a high degree of energy inequality.In fact, the researchers found that the top 10 percent of consumers used 187 times more automotive fuel energy than the bottom 10 percent. Transport shows some of the most serious inequalities, with the top 10% of consumers using more than half of the mobile-related energy -- and the vast majority of them are based on fossil fuels. "Consumer categories related to transportation are the most unfair.Research shows that without reducing the energy demand for these services, both our fossil fuel consumption in transportation will increase in revenue and wealth by taxing frequent flying passengers, promoting public transport and limiting the use of private cars, or through alternative technologies such as electric vehicles." Energy inequalities between countries The study highlights the unequal distribution of energy footprints between countries, with 20% of UK citizens belonging to the top 5% of energy consumers, plus 40% of German citizens and 100% of the Luxembourg population. Meanwhile, only 2% of China's population is in the top 5% of energy consumers, while India has only 0.02% of the population. The per capita energy consumption of the poorest 20% of Britain's population is still more than five times higher than the bottom 84% of India, or around a billion people. "Growth and increasing consumption remain the core of today's political and economic goals.By reducing demand, the transition to zero-carbon energy will become even easier, meaning that top consumers will play an important role in reducing their excess energy consumption." The authors warn that without reducing consumption and adopting major policy interventions, the energy footprint could double by 2050 from 2011, even if energy efficiency improves. Given the consumption categories examined, vehicle fuel alone could increase by 31%, and heating and electricity could by 33%.If transport continues to rely on fossil fuels, this growth will hurt the climate.

New solar panel technology will change the global solar landscape.Some of these promising technologies are already in the advanced stage of development and may be put on the market soon.With these innovations, solar energy will no longer need large areas of land or ugly roof space. Photovoltaic glass may be the most cutting-edge new solar panel technology, and is expected to be a game changer to expand the scope of solar energy.These transparent solar panels can be easily deployed in a variety of environments, ranging from skyscrapers with large windows, to mobile devices such as mobile phones, laptops, or e-readers.Because these solar Windows can simply replace traditional glass Windows in offices and homes, the technology has the potential to turn every building in the United States and the world into a solar producer. The cell selectively utilizes a portion of the solar spectrum invisible to the naked eye, while allowing normal visible light to pass through. Solar panel blinds are complementary to transparent solar glass / panels when using windows to generate electricity.These solar shutters can be installed indoors or outdoors, and you can control their angle and location using an application, which also informs you of the generation generated.It includes a setting that automatically optimizes the blinds for the sun's position.

Photovoltaic (PV) and concentrated solar energy are likely to continue to grow rapidly over the next 30 years--The US National Renewable Energy Laboratory (NREL) predicts that solar energy will provide 45% of the U. S.'s electricity supply by 2050. But over the next few decades, solar technologies will likely depend more on how they interact with other energy technologies, such as wind and energy storage.Changes in the wider energy system, a new commitment to a fair and sustainable economy, will shape the future of solar energy. Solar energy on buildings Solar energy will be integrated with the buildings where we live, work, and play in two main ways: how solar systems are deployed on these buildings, and how these buildings can vary their use and storage of energy to complement solar power.Today, only about 3 percent of all solar roofs in the United States actually have photovoltaic systems installed.Properly operated demand-side services (energy shifting and storage) could reduce the cost of fully de-carbonizing the electric grid by 22% by 2050. Car-light collaboration Electric transportation is another important player in the future of solar energy.Solar futures research has found that solar power could power about 14 percent of transport terminal uses by 2050.Solar photovoltaic combines well with electric vehicle (EV) charging: both use DC current, which avoids the loss of efficiency when converted to AC--and in some cases, 26%.Other vehicle-solar synergies include coordinating vehicle charging with solar availability, deploying solar power on parking cloaks and structures, using electric vehicle batteries for secondary storage applications, and even installing solar photovoltaic panels directly on vehicles.

Key words: RV inverter, car inverter, solar inverter, energy storage system,New energy vehicles inverter. The 2022 Living Vehicle (LV) luxury travel trailer includes a new energy system, an upgraded solar energy system, and additional energy storage and inverter power supply. The four models are distinguished by their energy capacity: Core-1,320-watt solar power, 14.4 kwh energy capacity, 5 kw hybrid inverter Max 2,640-watt solar power, 28.8 kwh energy capacity, 10 kw hybrid inverter Pro 3,080-watt solar power, 43.2 kwh energy capacity, 15 kw hybrid inverter Pro- EV 3,520-watt solar power, 57.6 kwh energy capacity, and 20 kw hybrid inverter "Our new 2022 Living Vehicle is built on the success of our past models," said co-founder Matthew Hofmann, " while allowing owners to go further and to truly and sustainably in the process." All of this is inseparable from the solar inverter system. Provide your RV with the right inverter energy storage system: http://www.fisoph.com

Key words: battery, solar inverter, power inverter, home solar system Those who concerned about the Russia-Ukraine conflict can find that Poland has been the most persistent in fighting against Russia and is the only EU country planning to stop buying Russian gas entirely from next year. Influenced by the conflict between Russia and Ukraine, the Polish government is taking active steps to cope with the energy shortages.Solar inverter energy storage system is the optimal option. From January to May in 2022, Poland has achieved about 2.5GW of new photovoltaic installed capacity, with the cumulative photovoltaic installed capacity exceeding 10GW, and is expected to add 4.5GW, with the cumulative installed capacity of more than 12GW. Over the past five years, solar photovoltaic has become a major driver of renewable energy development in Poland, ranking eighth among the 27 EU countries in 2018, fifth in 2019 and fourth in 2020 and 2021. According to the "Polish Photovoltaic Market 2022 report" released by the Renewable Energy Research Institute, Poland is expected to achieve 20 gigawatts of installed photovoltaic capacity by 2025 and 28.5 gigawatts by 2030.The report describes the past 10 years as "the golden decade of Polish photovoltaic". The IEO predicts that photovoltaic has become the highest installed capacity of renewable energy technology in Poland due to the rapid growth in photovoltaic power station capacity, and will remain growing in the coming years.The Polish government has used solar energy as a main driver of renewable energy development in Poland, ensuring Polish energy security and a stable energy supply for end users.

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On May 30,2022, China's first solar-tidal intelligent photovoltaic power station --Zhejiang Wenling solar-tidal intelligent photovoltaic power station was officially put into operation. Wenling solar-tidal intelligent PV power station which is the first and only one in China, has a total installed capacity of 100 MW, 24 power generation units. Zhejiang Wenling PV power plant,the largest solar-tidal power station in China,utilizes solar energy and tidal energy to form a scene of "the sun and the moon provide the power together". This power station simultaneously builds and inst5 MW energy storage equipment, which is the first new energy power station in Zhejiang province to realize "photovoltaic + energy storage" combined primary frequency modulation control technology. It is estimated that after the power station putting into use,it can save 31,654 tons of standard coal, reduce 84,479 tons of carbon dioxide emissions compared with the same thermal power generation every year.

Affected by the conflict between Russia and Ukraine,the European Union has redefined its energy targets. A total of 320GW of photovoltaic systems will be installed by 2025 in Europe, and 600GW will be installed by 2030. The EU has already developed a four-step plan: Step 1:Encourage the installation of more rooftop photovoltaic systems. By 2026, new public and commercial buildings which is more than 250 square meters in EU member states will have to install rooftop photovoltaic systems, and by 2029, all EU buildings must install or use rooftop photovoltaic systems. Step 2:In addition, the EU has highlighted a variety of land use schemes, such as agricultural land photovoltaic systems and floating photovoltaic systems. Step 3:All-round development of partners, from the renewable energy sector to the photovoltaic systems sector. Step 4:Promote the photovoltaic system manufacturing industry chain within the EU to be free from emergencies. However, the EU has not introduced direct incentives for photovoltaic system manufacturing, such as India's Production Related Program (PLI) or tariffs imposed by the United States. This is an exciting news for the global photovoltaic industry manufacturers.

Weeds are a threat to photovoltaic power generation.Weeds higher than photovoltaic modules can block sunlight, reduce power generation and affect their service life. The traditional manual weeding mode of photovoltaic power plants has disadvantages: on the one hand, the labor cost is higher,on the other hand, the lawn mower working will cause pollution, and the splashing gravel will also damage the photovoltaic panels. America North Carolina is a photovoltaic hub that second-only to California, with more than 7,000 photovoltaic power plants generating more than 3,700 megawatts a year.A large number of top 500 enterprises, including Apple, IKEA, Corning, Dow Chemical, have gathered here, and have established large photovoltaic power plants."Sheep weeding" is relatively common in North Carolina. Canada Tamara Ford, founder of Ontario Herd Sheep (Goat Grazers Ontario), was the first to do small lawn mowing and managed a 91-acre (36.8 hectares) goat shelter.When she learned that there were a lot of photovoltaic plants around Kingston County, Ontario to remove weeds, she decided to set up a company to cultivate solar sheep (solar goats) to work in weeding solar plants. In addition, the laying of photovoltaic panels has brought life to the desert area. China In Qinghai province,China.Local government vigorously promotes the development of the photovoltaic industry.Covering an area of 609 square kilometers,Talatan have become the largest photovoltaic power generation base in the world. "The data shows that the laying of the photovoltaic panels has reduced the wind speed in the park by nearly 50 percent and reduced the evaporation by 30 percent.This is conducive to the recovery and growth of vegetation."Huan Xingsheng, deputy director of the production technology department of the Yellow River Photovoltaic Maintenance Inspection Co., LTD., said that the monthly panel cleaning water has a certain nourishing effect on the grassland, coupled with the shielding of the photovoltaic panels themselves, the soil water culvert capacity has been improved, and the former barren land has changed a new face.