Industry experience
Industry experience

10+

Industry experience
Universe Solar (UISolar) is a solar mounting solution company with factory.UISolar has been in solar industry over 10 years.Customized service is available, also accept the ODM and OEM.
Capacity Production
Capacity Production
2000
MW

UISolar has finished more than 2GW  mounting, 800MW annually.

Covering Countries
Covering Countries
60
+

UISolar business has covered over 60 countries. JUST CONTACT !

Product center
Main Products

Product center

UISolar is a solar mounting solution company with factory, locating in Xiamen, China.  We insist on " Quality above all " to offer the best solution and service.

Ground Mounting System
Ground Mounting System

UISolar ground mounting systems applicable to the open field for residential or commercial project.

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Roof Mounting System
Roof Mounting System

UISolar roof mounting systems with patented rail, highly pre-assembled components can be your better choice.

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Solar farm
Solar farm

UISolar farm mounting can generate the energy and protect plants from the extreme weather and gather the heat for fast growing.

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We Always Ready For A Challenge.

With our top quality and service, UISOLAR mountings are welcomed by most of the installers, distributors, and EPC ect. all over the world.

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How We Works

Project cases

We have a long and proud history givin emphasis to environment social and economic outcomes to deliver places that respond.

Japan Ground mount project 2019
Japan Ground mount project 2019

Site Location : Japan Finished Time: 2019

carport solar structure
carport solar structure

A few days ago, UI SOLAR 800KW all aluminum ground solar carport brackets project was offered.The solar carport mounting can park the car and generate electricity. The project adopts the standard scheme designed by UI Solar aluminum solar bracket. At the same time,...

Aluminum ground mount project
Aluminum ground mount project

Site Location: Mongolia Finished Time: 2017

Ground Mount Project-Solar Farm
Ground Mount Project-Solar Farm

Site Location : Japan Finished Time: 2016

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Latest News
Recent News

Latest News

Universe Solar (UISOLAR) is a high-tech enterprise specializing in the development, manufacturing, and marketing of PV Mounting .  With the concept “the quality wins a market and the trustworthiness casts brand’, UISOLAR organized a passionate and energetic team in quickly.  At the same time, UISOLAR established the cooperation with well ...

2022 Indian PV Industry Chain Supplier Ranking Released
12

May

2022 Indian PV Industry Chain Supplier Ranking Released

Recently, Mercom India Research released its latest report, India Solar Market Rankings 2022, which released the industry leaders, competitive landscape, market share and shipment rankings of the entire solar supply chain in India. India’s installed PV capacity in 2021 will reach a new high of 10 GW, a 210% increase from 3.2 GW in the same period last year. India has a strong pipeline of utility-scale PV projects, with a total installed capacity of 47.5 GW of utility-scale PV projects by the end of 2021, with another 24.5 GW of installed capacity under auction. Large-scale photovoltaic project developer The report shows that the newly installed capacity of large-scale photovoltaic projects in India is 8.3GW, accounting for 83% of the total installed capacity of new photovoltaic systems, and the development scale of the top ten utility-scale photovoltaic project developers accounts for 68% of the total installed capacity in 2021. Of these, ReNew Power is the largest utility-scale developer in 2021, with most projects coming on stream that year. Engineering, Procurement and Construction (EPC) Service Providers Indian engineering, procurement and construction (EPC) service providers have delayed the development of many photovoltaic projects until 2021 due to the spread of the epidemic, evacuation issues, and land acquisition issues. Many projects for companies providing engineering, procurement and construction (EPC) services move to 2021. Sterling & Wilson is the top EPC player for utility-scale PV projects in 2021. Rooftop PV Project Installer India installed 1.7GW of rooftop PV in 2021, a 138% increase from the previous year. In 2021, projects installed by the top ten rooftop PV system installers in India accounted for 43% of the rooftop PV market share. Tata Power Solar leads the list of rooftop PV installers, accounting for 20% of total installations. Open PV System Installer In 2021, the installed capacity of open photovoltaic systems will increase by 222% compared to the previous year, making it the second highest year on record. First Partner Energy is the largest open PV system installer in 2021. PV module supplier Compared to last year, India's PV module imports in 2021 have surged by 641%. LONGi has been the leading module supplier in the Indian market for two consecutive years, with only one Indian PV module manufacturer making the top five. Chinese PV module prices have risen for seven consecutive quarters, a trend not seen in the past decade, the report said. In the past five years, PV module prices have risen only in the two quarters before the COVID-19 outbreak. PV Inverter Supplier In 2021, string inverters will overtake central inverters in the Indian PV market. Sungrow will be the No. 1 supplier of string inverters in India in 2021, and Shangneng Electric will be No. 1 in centralized inverter suppliers. India’s Ministry of New and Renewable Energy (MNRE) recently issued a new circular extending the certification deadline for P...

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The Potential Market for Rooftop Photovoltaic in Thailand has Exceeded 100 Billion Baht!
29

Apr

The Potential Market for Rooftop Photovoltaic in Thailand has Exceeded 100 Billion Baht!

According to "Thailand China Daily" report on April 17, home improvement rooftop photovoltaic power generation is becoming the standard for Thai real estate developers to develop low-rise housing projects in the future. Thanks to the reduction in the cost price of power generation panels and related equipment and the government's increase in the price of grid-connected power purchases, the current investment and cost recovery period has been shortened to 5 years, And the monthly electricity bill can be saved by more than 3,000 baht. At present, the overall cost of investment and installation of home-built rooftop photovoltaic power generation installations in Thailand has dropped by at least 66% compared with 6 years ago. The current price of a set of equipment with a power generation capacity of 3.2 kilowatts is 169,000 baht, or about 32,000 RMB. The development prospects of the home-installed solar power generation market in Thailand are very broad. It is currently estimated that at least 2.3 million households in Thailand are eligible for home-installed solar power generation installations. If 20% of them choose to install this equipment, it means a huge service market worth 137 billion baht. It is reported that major real estate developers in Thailand have made home improvement rooftop solar power generation a standard configuration for current or future low-rise residential projects. Especially in the high oil price environment and Thailand has abundant sunshine resources, the cost of key equipment such as photovoltaic panels will be reduced, and more and more families will choose home-furnished power generation equipment. UISOLAR has a variety of photovoltaic roof mounting solutions to meet the needs of the local market.

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Cancel PV VAT! UK plans to reach 70GW of PV installations by 2035
15

Apr

Cancel PV VAT! UK plans to reach 70GW of PV installations by 2035

According to foreign media reports, the British government recently released an energy security strategy shows that the goal of increasing the country's installed photovoltaic power generation capacity by five times. The strategy is in response to growing uncertainty in the energy sector, recent high oil prices, and volatility over the past month due to the conflict between Russia and Ukraine. Prime Minister Boris Johnson said: “We are developing a bold plan to expand and accelerate the development of cheap, clean and safe energy in the UK over the next decade, from new nuclear to offshore wind. This will reduce our vulnerability to prices. Volatility affects international energy dependence, and we can achieve energy self-sufficiency using cheaper electricity.” Regarding how to facilitate the deployment of photovoltaic systems, the UK government is planning to negotiate rules to simplify the roll out of photovoltaic systems and will help the photovoltaic industry create 10,000 jobs by 2028, which is almost double what was previously expected. Under the strategy, residential and commercial rooftop PV developers will be consulted on relevant permit development rights to radically simplify the planning process and will consider the best way to utilize public sector rooftop PV systems. The last revision to the licensed development rights for rooftop PV in the UK was in 2015, when the licensed development threshold for rooftop PV was raised from 50kW to 1MW. The UK government will also revise performance standards to make installing PV systems a must-have for new homes and buildings. The recent removal of VAT on residential PV systems in the UK is evidence that the strategy is already supporting the technology. For the installation of large-scale photovoltaic systems, the UK government will negotiate changes to planning rules to strengthen policies in favour of development on non-protected land. This includes ensuring that the community continues to be able to have a voice on developments and working to protect the environment. The British Photovoltaic Association welcomed the release of the strategy, claiming that by 2035, installed PV systems in the UK will grow from the current 14GW to 70GW, a fivefold increase in installed capacity and more jobs. Chris Hewett, chief executive of the British Photovoltaic Association, said, “The UK government’s plan to increase installed PV system capacity by a factor of five by 2035 shows that it now has goals in line with the UK PV industry. The announced plans, CFD auctions and potential Changes to the low-cost financing package could significantly speed up the deployment of PV systems and create thousands of jobs, cut energy bills and make the UK more energy secure."

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Norwegian energy company Scatec: plans to invest R16 billion in photovoltaic and energy storage projects
07

Apr

Norwegian energy company Scatec: plans to invest R16 billion in photovoltaic and energy storage projects

Polaris Solar Photovoltaic Network News: According to a report by the South African News 24-hour website on March 24, the fourth South African Investment Conference received a total of 332 billion rand of investment commitments, involving mining, automobiles, energy, pharmaceuticals and other fields. The total investment commitment of the General Assembly reached 1.14 trillion rand, which has achieved 95% of the 1.2 trillion rand investment target set by President Ramaphosa four years ago. Among them, Ford Motor invested R16.4 billion in Gauteng and Eastern Cape provinces to manufacture new Ranger models, African Rainbow Mining invested R11 billion in two platinum mines in Limpopo, Anglo American announced in 2018. The R100 billion investment is followed by an additional R10 billion investment, with Impala Platinum investing R11.8 billion in platinum and Norwegian energy company Scatec investing R16 billion in solar PV and energy storage projects in the Northern Cape.

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Philippine Energy development
07

Apr

Philippine Energy development

Polaris Solar Photovoltaic Network News The Philippine Energy Regulatory Commission (ERC) has announced the top price for an upcoming 2GW renewable energy auction. It is reported that at this auction, the price ceiling for Photovoltaic was set at PHP 3.628/kWh, while the price ceiling for wind power was PHP 5.2887. The ERC also said that bids for biomass and river hydropower projects must not exceed PHP 5.548/kWh and PHP 5.8705/kWh, respectively. The ERC explained in a specific document that the PV price cap was set taking into account a PV capacity of 100 MW and an installation cost of $864.1 per kW. In addition, the ERC makes an assumption that the plant will sell power through a 20-year power purchase agreement with a net capacity factor of 21.3% and an estimated annual operating and management cost of approximately $482,743.12. The LCOE is estimated to be around PHP 2.8075/kWh. The Philippine government hopes to reach an agreement through the upcoming procurement campaign to purchase 1,260MW of photovoltaic power,380MW of wind power, 230MW of biomass power and 130MW of hydropower. (This article is compiled from pv-magazine, please indicate the source when reprinting)

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Global Rooftop Solar Installation Booms in The Next Three Years
16

Mar

Global Rooftop Solar Installation Booms in The Next Three Years

Energy research and business intelligence firm Rystad Energy has released a new report on global rooftop solar installations. The company predicts that rooftop solar PV installations will surge over the next three years, reaching a total capacity of 94.7 gigawatts (GW) by 2025. This growth reflects the broader solar market, which has been in a rip-roaring boom since 2016. During this period, rooftop installations have jumped 64% in five years, rising from 36 GW in 2017 to 59 GW in 2021, and now account for 30% of total global solar capacity. It is mainly due to the incentives and friendly policies introduced by many countries to promote adoption, especially feed-in tariffs (FiTs) that guarantee an above-market price for producers. Australia leads the world in per-capita rooftop PV installations with 746 watts per person, followed by Germany – 668 watts per person – and Japan – 353 watts per person. Australia, the US and the UK are the only countries in the top 10 countries list for total installed rooftop capacity where most of the systems are dedicated to powering residential properties. This is due to a combination of factors, including incentives (FiTs and grants), the high proportion of homeowners, and the many rooftops with suitable space, as well as the good solar resource (although this does not apply to the UK). In general, rooftop solar installation is the general trend, not only can make full use of roof space, but also contribute to environmental protection. UISOLAR is also committed to contributing to this field, we have been specializing in the solar brackets industry for over 10 years, the rooftop solution has always been the hottest one in our company. We have different solutions for different projects, such as flat roof solutions, pitched tin roof solutions, tile roof solutions, trapezoidal tin roof solutions, etc. With high quality and one-stop service, our products are welcomed by most of the installers, distributors and EPC. all over the world. Let's work together to create a better planet.

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Dubai Plans to Cut Carbon Emissions By 30% Before 2030
2022-03-03
Dubai Plans to Cut Carbon Emissions By 30% Before 2030

Dubai, the largest emirate of the United Arab Emirates, recently announced that it intends to reduce carbon emissions by 30% by 2030, further promoting the realization of carbon neutrality goals. Saeed Al Tayer, Deputy Chairman of Dubai's Supreme Energy Council, said the latest strategy echoes the UAE's announced 2050 net zero target strategy. Dubai has previously said it plans to restructure its energy mix to 25% solar, 7% nuclear, 7% clean coal and 61% natural gas by 2030. According to the latest carbon reduction strategy, Dubai will take a number of measures to reduce carbon emissions, including promoting the diversification of the power mix, weaning off the dependence on natural gas, and large-scale development of renewable energy projects, especially solar projects. Dubai's main public utility company, Dubai Water and Electricity Authority, said it plans to connect the Mohammedbin Rashid Al-Maktoum Solar Park with a total installed capacity of 5 million kilowatts to the grid by 2030 to increase the proportion of clean electricity used.

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The 12th Anniversary Bithday Party of UISOLAR
25

Feb

The 12th Anniversary Bithday Party of UISOLAR

As a warmly Family , UISOLAR usually celebrate the Birthday together every two months. And today,  Feb. 24th , also the 12th Birthday of UISOLAR. So we celebrate our company’s birthday  together with our members, whose birthday is from Jan. ~Feb. We can enjoy drinks, snack, sweets and fruit, which was prepared by our Administration Dept. We can talk and have a small relax after a whole day’s work. At the same time, our boss also prepare some gift for our team to commemorates this special time for UISOLAR. UISOLAR have been engaged in the manufacturing and designing for the solar mounting structures for more than 12 years. Our products including the Roof Mounting Structure , Ground Mounting Structure and Carport.  With High Quality and Easy Installation, our products welcomed by many markets. Any need, please do not hesitate to contact us!

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Where is the future of photovoltaic?
24

Jan

Where is the future of photovoltaic?

In 2021, new power systems, silicon material price hikes, building-integrated photovoltaic, county-wide promotion, heterojunction cells, and large-scale wind and solar bases... These words in the industry will gradually become familiar to the society. In 2021, to sum up in one sentence, under the guidance of policies, photovoltaic have become the main energy source, and are no longer a "substitute player". Some reviews can be made from the following aspects: 1. Industry chain overview and installed capacity Looking back on 2021, under the combined effect of policy guidance and the continuous application of new technologies, my country's photovoltaic industry will continue to maintain its position as the world's first in terms of production capacity, output and technology level. Specifically, the photovoltaic industry chain is divided into: silicon materials, silicon wafers, cells, modules and other links. According to the statistics of the China Photovoltaic Association, my country's current polysilicon and module production ranks first in the world for 9 consecutive years and 13 years. As of 2019, my country's polysilicon production accounted for 67.3% of the world's production, silicon wafer production accounted for 97.4% of the world's production, cell production accounted for 78.7% of the world's production, and module production accounted for 71.3% of the world's. According to data released by the National Energy Administration, from January to November 2021, the cumulative installed capacity of domestic photovoltaic is 34.8GW, a year-on-year increase of 34%, of which the annual cumulative scale of households is 16.49GW, a year-on-year increase of 64%. It is estimated that the annual domestic photovoltaic installed capacity will reach 50GW above. In fact, due to the rise in silicon material prices and other reasons, the newly installed photovoltaic capacity in my country in 2021 is slightly less than the expected target, which also leaves more room for growth in 2022. 2. Policy Review Policy support is undoubtedly a powerful driving force for the development of the industry. In 2021, policies to support the development of the photovoltaic industry will be further increased. From the clear construction of a new power system with new energy as the main body, to the promotion of photovoltaic pilot projects in the whole county, to the carbon emission reduction support tools launched by financial institutions, the photovoltaic industry is like a duck in water. From the perspective of the policy evolution process, the support for the development of photovoltaic at the national level is increasing. From the beginning of the "Eleventh Five-Year Plan" to 2021, photovoltaic households have become another new focus after years of rapid growth in the photovoltaic industry. During the "14th Five-Year Plan" period, it clearly advocated the development model of simultaneous development of centralized and distributed energy, and vigorously increased the sca...

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Review of the U.S. Photovoltaic Industry in 2021: Prices have risen but demand remains strong
07

Jan

Review of the U.S. Photovoltaic Industry in 2021: Prices have risen but demand remains strong

Although the global economic situation is changing and the domestic energy policy of the United States is constantly changing, the US solar market has successfully achieved a decade of stable growth. The growth rate of solar energy in the United States is staggering and sustained. In addition to the 23GW deployed in the United States in 2021, the research organization S&P Global Market Intelligence also predicts that 44GW of photovoltaic will be put into use in 2022, which is almost double that of 2021. UISOLAR hope to have the chance to participate in some projects. According to reports from the Solar Energy Industry Association and Wood Mackenzie, the cumulative installed capacity of solar photovoltaic in the United States has exceeded 100 GW. S&P’s researchers said that demand in the United States remains strong, with 17.4 GW of power generation capacity under development or under construction. In the memory of many solar analysts, the price of solar system hardware has risen for the first time in an industry where prices continue to fall. All commodity materials used in the manufacture of solar modules are under pressure from rising prices. Global logistics difficulties are forcing delays in the delivery of photovoltaic materials and modules and rising prices. It is estimated that transportation costs have risen by 500%. Solar energy is still the lowest-cost source of power generation in many places, but power purchase agreements are being renegotiated due to meager profits. Nevertheless, the strong demand for solar energy means that photovoltaic projects are more temporarily postponed rather than cancelled. Promote U.S. solar manufacturing American solar manufacturers basically lost in the war with China. According to Wood Mackenzie's data, among the nearly 400 GW of photovoltaic module production capacity in the world, the current US photovoltaic module production capacity is only 7.5 GW. Determined American policymakers are trying to promote legislation through subsidies and support to stimulate the domestic solar manufacturing industry and use its power generation as a potential employment engine. Biden and the Trump administration have agreed on at least one thing: to maintain trade sanctions on Chinese goods, including solar panels. Import tariffs are either an effective tool to defend trade sovereignty, or a blunt tool that increases consumer costs and has little effect on the creation of domestic industries. The U.S. International Trade Commission recommended last month that Biden maintain tariffs on imported crystalline silicon photovoltaic cells and modules; on the other hand, the Solar Energy Industry Association asked Biden to stop imposing tariffs.

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Merry Christmas!
24

Dec

Merry Christmas!

UISOLAR wish all the members a sparkling Christmas and bright happy New Year! Much joy to you in the upcoming year. Christmas is celebrated to remember the birth of of Jesus Christ, who Christians believe is the Son of God. Christmas is now celebrated by people around the world, whether they are Christians or not. Christmas in China has been paid very high attention now. It's a time when family and friends come together and remember the good things they have. As a Foreign trade company, we UISOLAR pay more emphasis on this annual Christmas. We always celebrate Same festival with our customers. We had a celebrating party at Christmas EVE. In the sound of music, All members get together to have a party. Sound of the collision, talking sound and laughter woven into a amazing music. May Christmas and the coming year bring happiness to you! May happiness follow wherever you go. Thank you to all in the solar and renewable markets as we all work to save the planet one array and one project at a time. Wish you and your family peace, health and happiness through Christmas and the coming new year 2022!

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New regulations promote clean energy development in Brazil
15

Dec

New regulations promote clean energy development in Brazil

Polaris Solar Photovoltaic Network News: As a major hydro-power country, Brazil's hydro-power installed capacity accounts for nearly 80% of the total renewable energy power installed capacity so far. With the rapid economic growth and the impact of the drought this year, Brazil's energy supply has tightened, and both coal and natural gas need to be imported in large quantities. In this context, wind power and photovoltaic have become the best options for Brazil to reduce its dependence on fossil energy. Inspired by the mid- to long-term emission reduction targets and the continuous improvement of renewable energy competitiveness, Brazil has had a strong willingness to develop renewable energy in recent years. A few days ago, Brazilian energy regulatory agency Aneel approved a new regulation for multi-energy complementary power stations, hoping to promote the development of renewable energy represented by wind power and photovoltaic power through continuous improvement of relevant laws and regulatory systems. New regulations promote clean energy development It is reported that the new bill released by Brazil first defines the range of energy types for multi-energy complementary power stations, clearly supports power stations with wind power and photovoltaic power generation as the main energy type, and allows the addition of hydro-power and thermal power plants to encourage the synergy of different energy combinations Development has prompted Brazil to make better use of renewable energy. In addition, the new bill also promulgated the electricity price setting mechanism for such power stations, grid access thresholds, rules for signing electricity sales contracts, network fees, and related preferential tax policies.

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Amazon is expanding its wind and solar projects in the U.S. and Europe
06

Dec

Amazon is expanding its wind and solar projects in the U.S. and Europe

Polaris Solar Photovoltaic Network News: On Wednesday, local time, Amazon announced that it is adding 18 new utility-scale wind and solar projects to its renewable energy portfolio. The company said these locations will be in the United States, Finland, Germany, Italy, Spain and the United Kingdom, and will add 2 gigawatts of additional energy capacity. So far, Amazon has announced 274 global renewable energy projects, 105 of which are wind and solar projects, and 169 are solar roofs for facilities and stores. The company also stated that last year, its promised projects will generate 4 GW, so this year, its promises represent a 40% increase. Commenting on the news, the CEO of the Clean Energy Buyers Association (CEBA) Miranda Ballentine said: “For the second year in a row, Amazon has set a new record because it is committed to fully using renewable energy by 2025, which is ahead of schedule. Five years. Large-scale clean energy investments like this are beneficial to all of us and should become the new normal in industries of all forms and sizes. They bring high-paying green jobs to local communities and support our communities to realize the American power system The goal of 90% carbon-free. It suggests the need of solar will be larger and larger to deal with rising electricity bill.

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January-September India solar cell module imports surge by 448%
2021-11-26
January-September India solar cell module imports surge by 448%

From January to September 2021, India's imports of solar cells and modules increased by 448% to US$1.97 billion. In the same period last year, India imported solar cells and modules worth US$359.9 million. From January to September, the country’s exports of solar cells and modules were US$110.25 million, an increase of 45% from US$76.13 million in the same period last year. In the third quarter of 2021, India’s solar imports were US$953 million, an increase of 580% compared to US$140 million in the same period last year. Compared with the US$762 million in the previous quarter, this represents an increase of approximately 25% from the previous quarter. In the third quarter of 2021, solar exports increased by 25% to US$21.2 million from US$16.9 million in the third quarter of 2020. However, this was a 65% decrease from the US$60.6 million in the second quarter. As the market recovered from the effects of the Covid-19 pandemic, import and export activities have increased. According to Mercom's second quarter of 2021 Indian solar market update, in the first half of 2021 (H1), India increased 4.57 GW of solar installed capacity, an increase of 251% over the same period last year, exceeding the total installed capacity in 2020 . India is always a important market of UISOLAR, we exported solar flat roof mounting, tile roof mounting, ground mounting, solar carport, solar farm etc. to our Indian customer. Feel free to contact us for any solar mounting products you may interested, we’ll be glad to service for you.

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Photovoltaic + agriculture complement each other, using solar panels to grow fruits
14

Oct

Photovoltaic + agriculture complement each other, using solar panels to grow fruits

Agrivoltaic systems are photovoltaic (PV) technologies in which PV panels are mounted at a sufficient height from the ground to enable conventional cultivation practices underneath. Agrivoltaic systems not only preserve agricultural land, but also benefit crop production by improving water use efficiency and reducing water stress. The conditions of sunlight, temperature, humidity and wind that make cropland good for agriculture also maximize solar panel efficiency. UISOLAR has established many solar farm projects in Japan. (Following Source: WeChat public account "PV JAPAN BRIDGE" ID: PVJapanBridge) The agricultural production corporation Tomato Land Iwaki (located in Iwaki City, Fukushima Prefecture) uses the cultivation technology of the Netherlands, an advanced agricultural country, to achieve high-quality and stable production of agricultural products in a glass greenhouse. The annual output is about 900 tons of tomatoes, 30 tons of raw figs, 20 tons of chili powder, 20 tons of strawberries, etc. In terms of sales, Tomato Land Iwaki focuses on market shipments and develops its own routes. At present, about half of them are turning to direct sales and online shopping. In addition to cutting-edge automation and cutting-edge technology used to increase production, Tomato Land Iwaki introduced agricultural-type solar power generation equipment in June 2012. Seven sets of Fujipream tracking support system silicon crystal solar panels totaling 18.375kW were installed, and 260 blueberry seedlings of 15 varieties were planted under the support. Agricultural solar power generation is to set up columns on the farmland, install photovoltaic power generation equipment in the upper space, and realize the sunlight sharing between agricultural production and power generation. In addition to the income from the sale of crops, farmers can also use the income from the sale of electricity and private power generation to further improve agricultural management. Fujipream, Toray Engineering, TMEIC, etc. provide technical support Tomato Land Iwaki introduced agricultural solar power to Iwaki City through Fujipream after the Great East Japan Earthquake in March 2011. Since the founder is a farmer, Fujipream has focused on balancing solar power generation and agricultural solar energy sharing (agricultural solar power generation business) from the beginning of its entry into solar panel manufacturing, and has been engaged in demonstration experiments. In addition to parking lots, Fujipream’s self-developed solar tracking type The panel of the support system also proposes agricultural applications. When donating solar power equipment, Fujipream will provide it to agricultural production companies in Iwaki City for free, and use it to power large-scale agricultural facilities and produce agricultural products where the equipment is installed. As a candidate for installation, the city proposed a central wholesale market composed of four groups, to conduct large-scale f...

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Net zero emission target may bring more than 630GW of solar energy opportunities per year
30

Sep

Net zero emission target may bring more than 630GW of solar energy opportunities per year

Based on the industry situation, the analysis agency BNEF predicts three ways to lead to the future goal of net zero emissions. The "green" scenario described in its latest "New Energy Outlook" is bound to be far more attractive to the solar industry than other possibilities.   The report claims that by 2030, the world must add at least 455GW of solar power generation capacity each year to ensure that we continue to stay on track to achieve net zero emissions in the global economy by the middle of this century.   The American data company outlines three routes to achieve carbon neutrality based on mainstream power generation technology. The “green” scenario outlined in this research report predicts that in the next thirty years, we will need to build a new solar capacity of 632 GW each year to reach the global solar scale of 20 TW in 2050. This solar and wind energy-friendly green route will limit the global warming of this century to 1.75 degrees Celsius, and will require an increase of 257 GWh of battery energy storage capacity in the next 29 years, and then reach 7.7 TWh in the middle of this century.   In the green scenario, solar and wind energy will now account for about 1.3% of the world’s primary energy use, rising to 15% in this decade and 70% in the middle of this century.   UISOLAR, as a supplier with more than ten years of experience in manufacturing photovoltaic mounting brackets, will make efforts to achieve this goal.

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By 2026, the global photovoltaic mounting market is expected to exceed 16 billion U.S. dollars
17

Sep

By 2026, the global photovoltaic mounting market is expected to exceed 16 billion U.S. dollars

Polaris Solar Photovoltaic Network News: According to the latest research of the market research company Global Market Insights, by 2026, the market size of solar photovoltaic mounting systems will grow from the current over US$9.9 billion to over US$16 billion. According to the report, due to the increasing demand for clean and sustainable energy and the increasing degree of urbanization, it is expected that the solar photovoltaic system market will gain tremendous growth momentum. Photovoltaic mounting systems are used to install photovoltaic modules on the ground, exterior walls, buildings, roofs and other building structures. The materials used in these systems usually depend on the climate. For example, when setting up factories in coastal areas, all structural components should be made of galvanized steel or aluminum because of its high corrosion resistance. From a regional perspective, favorable regulatory programs and renewable energy targets that can be supported by all European countries will promote industrial growth throughout Europe. It is expected that in the next few years, the European solar market will grow at an alarming rate, making solar power generation capacity the basis of the region’s clean energy transition. Photovoltaic technology is one of the most widely used clean energy power generation technologies in the world, and this technology is gradually becoming an important part of the European energy structure. In fact, in 2018, photovoltaic power generation reached about 127 TWh, accounting for 3.9% of the EU's total power generation. Looking ahead, the region is likely to continue to grow, which is mainly due to self-consumption and the increase in rooftop photovoltaic installations in the region, which will trigger faster economic growth and more employment opportunities, enabling the industry to build a huge growth momentum. Therefore, these factors will drive the demand for solar photovoltaic installation systems throughout Europe. In addition, the implementation of incentives and other regulatory measures is driving the promotion of distributed photovoltaic power generation systems across Africa, thereby stimulating the growth in demand for stents. In the Middle East, the abundant solar energy resources and the reduction of dependence on fossil fuels are promoting the growth of the solar photovoltaic market in the region. It is expected that during the forecast period, the solar photovoltaic stent system market in this region will also continue to grow as a result.

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Solar Power Energy Development in the future
09

Sep

Solar Power Energy Development in the future

Polaris Solar Photovoltaic Network News: On September 8, the US Department of Energy released a research report on solar energy. The research report outlines how solar energy can help decarbonize the US grid and help achieve the government's goal of net zero emissions from the power sector by 2035. Research shows that by 2035, solar energy has the potential to supply 40% of the electricity in the United States and provide nearly 1.5 million jobs without causing electricity bills to rise. The report calls for a substantial increase in the installed capacity of photovoltaic power generation. According to the vision blueprint of the US Department of Energy, the country’s photovoltaic power generation needs to rise from 76GW in 2020 (about 3% of the national power supply) to 1600GW in 2035, and reach 3000GW in 2050. . Last month, the Ministry of the Interior announced that it would start a process to ensure easier access to vast federal land for solar and wind energy, and to address the greedy demand for land in the renewable energy industry. According to research firm Rystad Energy, the US's goal of achieving decarbonization of the power sector by 2035 requires that the solar energy industry alone requires a larger area than the Netherlands. More than 700 companies have written to Congress seeking long-term extension of tax incentives for solar investment, which will "alleviate project financing challenges." Last month, the latest report released by Ember, an independent think tank concerned with climate issues, stated that the EU's solar energy supply reached a record high in June and July, accounting for 10% of the region's total power generation. Judging from the 2020 report, China's wind and solar energy supply last year accounted for 9.8% of total electricity consumption. China is the only G20 country that has seen a significant increase in coal power generation in 2020.

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Brazil's Solar Power Development Trend
02

Sep

Brazil's Solar Power Development Trend

Polaris Solar Photovoltaic Network News: Brazil’s solar installed capacity has exceeded the 10,000 MW mark, which is equivalent to 70% of the world’s second largest hydro power station-Itaipu Hydro power Station, and Brazil has also ranked among the world’s solar installed capacity rankings. The 14th place on the list. At present, solar energy occupies the fifth place in Brazil's electric energy structure, which is higher than that of thermal power plants powered by petroleum and other fossil fuels, which have an installed capacity of about 9,100 megawatts. The Brazilian Photovoltaic Solar Association (Absolar) stated that this achievement is directly attributable to the investment of more than 52.7 billion reais since 2012. The market expects that after the new regulatory framework for distributed power generation is approved, the The investment will continue to grow. The new law stipulates that projects currently under construction and projects established within 12 months after the promulgation of the new law can enjoy discounts on power grid usage fees before 2045. The Brazilian Association of Distributed Generation (ABGD) estimates that this measure may encourage an additional 10,000 megawatts of installed capacity within two years.

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In the first half of 2021, global solar corporate financing soars by 193% year-on-year
2021-08-18
In the first half of 2021, global solar corporate financing soars by 193% year-on-year

According to the latest semi-annual report released by the market research agency Mercom Capital Group, in the first half of this year, the total amount of corporate financing in the global solar energy sector reached 13.5 billion U.S. dollars, a 193% increase from the 4.6 billion U.S. dollars in the same period in 2020. “Compared with last year, which was severely affected by COVID-19, investment in the solar energy sector increased across the board in the first half of this year,” said Raj Prabhu, CEO of Mercom Capital Group. “As global solar developers expand production scale, fossil energy such as oil and natural gas The company continues to transform into a renewable energy business, various funds have begun to purchase more renewable energy assets, and corporate acquisition activities in the solar field have also increased significantly." In the second quarter of this year, the number of solar projects acquired reached a record high, with more than 24 GW of installed solar projects, compared with 14.6 GW in the first quarter, according to the report. Raj Prabhu believes that investment trends in environmental, social and corporate governance have affected the acquisition of solar projects worldwide in the first half of this year. According to the report, solar project developers and independent power generators were the most active acquirers in the second quarter of this year, with a total of 13.3 GW of solar projects; followed by oil and gas giants, with a total of 9 GW of solar projects. In the first half of this year, solar open market financing also skyrocketed by 386%, with 13 transactions raising US$3.7 billion, compared to only 6 transactions in the same period in 2020, raising a total of US$758 million; venture capital financing An increase of 680%, a total of 26 transactions raised $1.6 billion, and in the first half of 2020, $210 million was raised for 14 transactions. At the same time, the solar-related debt financing activities announced in the first half of this year also increased by 125% over the same period last year.

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XIAMEN UNIVERSE SOLAR TECHNOLOGY CO.,LTD.

Universe Solar (UISOLAR) is a high-tech enterprise specializing in the development, manufacturing, and marketing of PV Mounting. With the concept “the quality wins a market and the trustworthiness casts brand’, UISOLAR organized a passionate and energetic team in quickly.   At the same time, UISOLAR established the cooperation with well –known...
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