29

May

Recently, according to the European Photovoltaic Association's "Global Solar Market Outlook 2025-2029" report, although Brazil continues to consolidate its position as a regional solar power powerhouse, especially in the field of distributed generation, its growth rate will slow down significantly in 2025, and new capacity is expected to increase slightly from 18.9GW in 2024 to 19.2GW. The reason for the slowdown is mainly due to the adjustment of self-consumption policies and the delay of distributed generation grid connection, while transmission infrastructure restrictions are the main challenges facing large projects. It is worth looking forward to that the newly enacted energy storage regulations in 2025 are expected to further stimulate the development of the industry. Combining Absolar's data with the official forecast of the Brazilian Energy Research Company (EPE), by 2029, Brazil's cumulative photovoltaic installed capacity is expected to reach between 90GW in the conservative scenario and 107.6GW in the optimistic scenario. Among them, distributed installed capacity is expected to be between 54.2GW and 63.9GW, while Absolar estimates that the annual new installed capacity of centralized power generation will remain between 3.7GW and 5.3GW before 2029. Last year, Brazil's new solar installed capacity reached a record 18.9GW. However, after two consecutive years of explosive growth of 60%-81% in 2021-2022 and a 15% increase in 2023, the country has become the world's third largest solar photovoltaic market. The growth rate of 21% in 2024 is not enough to keep it in the top three, and it is now behind India (30.7GW), the United States (50GW) and China (329GW). High electricity prices, abundant sunshine resources, a sound bidding mechanism and a favorable net metering policy are the key to the rapid development of Brazil's photovoltaic industry before 2024. Despite the macroeconomic challenges, the increase in import tariffs on photovoltaic modules in 2024, and the high rate of power abandonment, its market performance still far exceeded government expectations.

22

May

In an effort to promote local energy use and achieve energy independence, Bali, Indonesia, has officially launched a rooftop photovoltaic (PV) program aimed at accelerating the deployment of distributed solar energy systems in government agencies, public facilities and commercial premises. Recently, Wayan Koster, Governor of Bali Province, where Bali is located, announced the launch of the Social Initiative to Accelerate the Implementation of Rooftop Photovoltaic Power Plants in Bali. He said, “All provincial, municipal, and regency government agencies must use rooftop PV systems, in addition to all hotels, villas, schools, universities, and markets.” The program is a key component of Bali's “Net Zero Emissions 2045” goal, which was launched in July 2023 by the provincial government and the Institute for Essential Services Reform (IESR), Indonesia's energy policy think tank. According to IESR's assessment, Bali has a total PV potential of up to 22GW, of which rooftop PV has an exploitable potential of between 3.3-10.9GW, but the current utilization rate is still less than 1%. IESR calls on Bali to prioritize the deployment of rooftop PV systems equipped with energy storage systems (BESS), which is currently the fastest and least costly way to enhance the island's energy supply and ensure energy security Bali should prioritize the deployment of rooftop PV systems equipped with energy storage systems (BESS) as the fastest and least costly way to boost the island's energy supply and ensure energy security, while at the same time reducing its dependence on transmission lines in Java. Currently, Bali relies on submarine cables from Java for about 25 to 30 percent of its electricity. Fabby Tumiwa, Executive Director of IESR, noted, “The combination of rooftop PV and energy storage systems will both meet the surge in power demand following the outbreak and reduce the pressure on the national power utility to supply additional power.” According to Indonesia's national energy development target, the country will add 100GW of new power generation capacity by 2040, of which renewable energy will account for 75GW, while solar PV will contribute 27GW.

14

May

We are glad to invite you to visit us at Solar &Storage Live Philippines 2025, the most significant exhibition in the region dedicated to the solar industry. This prestigious event will take place on 19-20 May,2025, at the SMX Convention Center,Manila|Level 2,Function Room 1 to 5. Date: 19-20 May,2025 Location: SMX Convention Center,Manila,Philippines Booth No.: 2-J22 Why Attend? The Solar & Storage Live Philippines 2025 is one of Southeast Asia's leading platforms for solar energy. It provides an exceptional opportunity to connect with industry leaders, discover cutting-edge technologies, and discuss the latest trends in solar power. Don't miss out on this incredible opportunity to be part of Southeast Asia's leading solar energy event. Mark your calendar for 19-20 May,2025, and make sure to visit us at Booth No.2-J22 at SMX Convention Center,Manila,Philippines. We look forward to welcoming you and exploring how we can collaborate to drive the solar industry forward together! Let's meet in Manila!

12

May

Introduction A massive blackout swept across Europe last week, leaving millions without power in Spain, Portugal, southern France, and parts of Andorra and Belgium. The outage, one of the worst in 20 years, affected nearly 60 million people and exposed critical vulnerabilities in Europe’s energy infrastructure. As experts call for urgent upgrades, Chinese technology—particularly in energy storage—has emerged as a key solution.   Europe’s Wake-Up Call The blackout has forced European leaders to rethink their energy policies. Analysts, as reported by South China Morning Post (May 8), suggest this could be a turning point for the continent’s power grid strategy. With renewable energy playing an ever-larger role, outdated infrastructure is struggling to keep up.   Spanish energy experts, including analyst Morales, have pointed to China’s advanced grid and storage technologies as essential for modernization. "We need China’s expertise to strengthen our energy systems," Morales said. "Storage technology is the priority—Spain and Europe must act now to prevent future failures."   The Storage Gap—and How UISOLAR Can Help UISOLAR has driven innovation in solar and storage solutions, delivering high-performance renewable energy systems worldwide. Europe added 11.9GW of energy storage in 2024 (per EMMES), but the recent crisis proves more is needed. UISOLAR, a global leader in solar and energy storage innovation with 15+ years of experience, offers the cutting-edge solutions Europe requires:   The blackout underscores an undeniable truth—Europe’s energy security depends on modernization and global partnerships. By leveraging Chinese advancements and UISOLAR’s proven technologies, Europe can build a resilient, sustainable grid.   The time to upgrade is now. Is your energy infrastructure ready? Learn how UISOLAR can support your energy resilience—Contact us!

24

Apr

Recently, Japanese solar company TOYO announced that its solar cell factory in Ethiopia officially began operations in early April 2025, with an annual production capacity of 2GW. This milestone marks TOYO's entry into localized manufacturing in Africa. The company plans to deliver over 80MW of solar cells to customers by the end of April and increase monthly output to 150–200MW in May and June, reaching full production capacity. In March, TOYO revealed plans to double the factory’s capacity from 2GW to 4GW in response to strong external demand, aiming to supply core solar cells to its new 2GW module facility in Texas, USA. TOYO’s Chairman and CEO, Junsei Ryu, stated: “We are very optimistic about the robust market demand and are accelerating the expansion of our Ethiopian plant by another 2GW.” The launch of the Ethiopian factory coincides with the U.S. Department of Commerce imposing steep anti-dumping and countervailing duties on solar products from Cambodia, Malaysia, Thailand, and Vietnam. This move has prompted U.S.-based module manufacturers to urgently look for alternative, tariff-free sources of solar cells. Christian Roselund, Senior Policy Analyst at Clean Energy Associates, commented on LinkedIn: “Although most cell production has already shifted away from the four Southeast Asian nations, the new tariffs will eliminate any remaining capacity, blocking any recovery of their cell manufacturing industries.” Additionally, Philip Shen, Partner and Senior Analyst at Roth Capital, anticipates that the next round of anti-dumping and countervailing investigations, targeting India, Indonesia, and Laos, is likely to begin by the end of Q2 2025.

17

Apr

We are thrilled to invite all solar energy professionals and enthusiasts to visit us at The 10th Indonesia International Solar Power & PV Technology Exhibition 2025, the most significant exhibition in the region dedicated to the solar industry. This prestigious event will take place on April 23–25, 2025, at the Jakarta International Expo, Indonesia. Date: April 23–25, 2025 Location: Jakarta International Expo, Indonesia Booth No.: A2K2-08 Why Attend? The 10th Indonesia International Solar Power & PV Technology Exhibition is one of Southeast Asia’s leading platforms for solar energy. It provides an exceptional opportunity to connect with industry leaders, discover cutting-edge technologies, and discuss the latest trends in solar power. Visit Us at Booth No. A2K2-08 We are excited to announce that UISOLAR will be showcasing our latest innovations and solutions at Booth No.A2K2-08, whether you're interested in exploring new business opportunities, enhancing your network, or simply staving informed about the advancements in solar technology, our booth is the place to be! What to Expect? ● In-depth insights into our latest solar mounting innovations ● New product models with optimized structural designs ● Live demonstrations and solution overviews ● One-on-one consultations with our technical and sales experts ● Opportunities to discuss cooperation on regional and international solar projects Don't miss out on this incredible opportunity to be part of Southeast Asia's leading solar energy event. Mark your calendar for April 23–25, 2025, and make sure to visit us at Booth No.A2K2-08 at Jakarta International Expo, Indonesia. We look forward to welcoming you and exploring how we can collaborate to drive the solar industry forward together! See you in Jakarta!

07

Mar

Solar Power Europe (SPE) announced the launch of the International Solar Manufacturing Initiative (ISMI), which aims to promote the demand for European photovoltaic products in the global market and enhance the competitiveness of the industry. The initiative is supported by eight European manufacturers, covering equipment, components, support systems, inverters and system connection solutions. Companies that have participated in ISMI include Ecoprogetti, HoloSolis, K2Systems, Mondragon Assembly, SMA Solar, Stäubli, Unex and Weidmüller, from six countries including Italy, Spain, Estonia, France, Germany and Switzerland. Four core areas boost the European photovoltaic industry   Máté Heisz, Director of Global Affairs at SPE, said: "The EU Net-Zero Industry Act and the European Competitiveness Agenda are driving demand for highly resilient photovoltaic products in the local market. ISMI aims to help European partners achieve their economic and sustainable development goals by promoting demand for European products and technologies in overseas markets."   ISMI will focus on the following four core areas:   Support European photovoltaic manufacturers to seize demand opportunities in the global clean technology market;   Promote the export of "Made in Europe" photovoltaic products and include them in the EU development cooperation policy framework;   Coordinate the EU Global Gateway Strategy and facilitate public financing support from European Development Financial Institutions (DFIs) and Export Credit Agencies (ECAs), with SPE as the coordinator;   Build a more resilient global photovoltaic supply chain.   300 billion euros in support to enhance the global competitiveness of European companies   The EU Global Gateway Strategy plans to mobilize up to 300 billion euros in investment between 2021 and 2027 to support sustainable, high-quality projects and help European private enterprises maintain global competitiveness.   In recent years, the European photovoltaic industry has faced fierce competition from low-priced Chinese products, and many manufacturers have closed factories or adjusted their strategies, such as Meyer Burger and NorSun turning to the more profitable US market. Earlier this year, German photovoltaic glass manufacturer GMB Glasmanufaktur Brandenburg also cut wages and shortened employee working hours due to falling demand to cope with the decline in demand for local products.   The launch of ISMI follows the release of the EU's Competitiveness Compass, which aims to provide guidance for EU clean technologies.

25

Dec

As the holiday season approaches, UISOLAR is thrilled to extend our warmest wishes to all our partners, customers, and team members around the globe. This time of year is a reminder of the importance of community, gratitude, and the joy of giving. A Season of Celebration and Reflection Christmas is a time-honored tradition in many Western countries, and its influence has spread across the globe, including China. As a company deeply rooted in international trade, UISOLAR places great importance on this festive occasion. We believe in celebrating the same joy with our customers and partners, and this year is no exception. On Christmas Eve, we gathered as a team to revel in the spirit of Christmas. Amidst the music and laughter, our team members enjoyed each other's company, sharing stories and creating memories that will last a lifetime. Our CEO, Jason, shared some exciting news with us, further elevating the festive mood. Spreading Joy and Hope As we celebrate, we also take a moment to express our gratitude to all in the solar and renewable energy markets. Together, we are working towards a greener and more sustainable future. UISOLAR, as a leading solar racking supplier, is committed to protecting the environment and contributing to global efforts to save our planet. Wishing You a Merry Christmas and a Happy New Year May this Christmas and the coming year bring you happiness, peace, and joy. May every step you take be filled with new adventures and every moment be a cherishable memory. We wish you a season filled with warmth and the comfort of home, good cheer, and happiness in your heart. Looking Forward to a Bright 2025 As we look ahead to 2025, we are filled with optimism and excitement. UISOLAR will continue to work diligently to innovate and provide solutions that support a cleaner, greener world. We hope you all have an amazing year ahead. Warmest regards, UISOLAR Team

13

Dec

As the third quarter financial reports are released one after another, the solar panel shipment data of major module manufacturers in the first three quarters are released one after another. At the same time, the combination of the company's full-year module shipment expectations has also made the final PV module shipment dragon and tiger list in 2024 gradually emerge. Before looking forward to the full-year data, you can first take a look at the shipment data for the first three quarters. Polaris surveyed the data of nearly 20 module companies, combined with financial reports and survey data, and counted the TOP15 module shipments in the first three quarters. From the results, it is basically consistent with the ranking in the first half of the year, which also reflects the market law that the strong will always be strong. Specifically, JinkoSolar firmly occupies the top position with nearly 68GW of module shipments, JA Solar has been firmly in second place since the first quarter of this year, followed by Trina Solar and Longi. These four giants also constitute the TOP4 of the photovoltaic module industry with absolute advantages, and the pattern has been stable for many years. As of the third quarter of this year, the total module shipments of the TOP4 reached 230GW+. Next, the old giant Canadian Solar adheres to the principle of "profit first". After being surpassed by Tongwei at the end of last year, it was surpassed by Chint New Energy again this year. Also chasing closely is GCL Integration, which has been shortlisted for large central enterprise procurement orders this year, and its shipment performance is expected to hit a new high. The most intense competition is still the "last train" of the TOP10. The data of the four companies, Risen Energy, Yida New Energy, Yingli Energy, and Hengdian Dongmei, are very close. The attractiveness of first-tier component brands can be seen, and the major companies that squeeze into the TOP10 can also be said to have done their best. In addition to the TOP10, the rankings of TOP11~TOP15 companies are also relatively stable. Seraphim, Suntech Power, Zhongqing Solar, Huansheng Solar, Yangguang Energy, and Daheng Energy are leading the way, but it is obvious that the gap between their shipments and the TOP10 is still large. At present, 2024 has entered the final battle. Between the choice of scale and profit, how will this year's rankings be presented? Judging from the expected data of the company, JinkoSolar is likely to hold the ring and continue to maintain its top position in global photovoltaic module shipments. In the third quarter financial report, JinkoSolar pointed out that it will strive to achieve the annual shipment target of 90~100GW. Based on the data of the first three quarters, this also means that it needs to complete at least 22.35GW of module shipments in the fourth quarter, which is far lower than the data of the fourth quarter of last year. The bottom line is not difficult, and the goa...

26

Nov

The announcement was made by Azerbaijani President Ilham Aliyev at the opening of the 29th Conference of the Parties (COP29) summit in Baku, Azerbaijan. Aliyev added that the country has a potential onshore renewable energy capacity of up to 135GW. 10GW of contracts and memorandums of understanding (MoUs) for renewable energy projects have been signed to date. These include an agreement between Azerbaijan's energy ministry and UAE state-owned renewable energy developer Masdar to develop up to 10GW of the country's renewable energy capacity over the next few years. The project will be carried out in two phases, the first of which will see the construction of 4GW of solar photovoltaic and wind power projects, while the second phase will add up to 6GW of generating capacity. Part of Masdar's solar PV portfolio in Azerbaijan is being developed in partnership with the state oil company SOCAR. Last June, the company began construction of two solar PV projects with a total installed capacity of 760 MW, and last year Masdar began commercial operation of what Aliyev said was the largest utility-scale PV plant in the region. In his speech, Aliyev mentioned that in addition to securing renewable energy projects in the coming years, the country also plans to export electricity generated by renewable energy sources to Europe through the construction of the Black Sea-Caspian Energy Cable. Feasibility studies are currently underway for the project, which will allow the export of 4GW of renewable energy to Europe. During the COP29 summit, British oil giant bp signed an investment agreement with Azerbaijan's Ministry of Energy for the construction of a 240 MW solar photovoltaic power plant. The investment in the Shafag solar power plant is estimated at around $200 million. UISOLAR solar mounting is dedicated to delivering premium solar plant installation solutions that fuel the swift growth of renewable energy across the globe. As Azerbaijan charts an ambitious course in the renewable energy sector, UISOLAR's solar mounting systems stand ready to bolster this transformation. Our offerings are not just designed to cater to the needs of large-scale solar power projects but are also versatile enough to thrive in a multitude of environmental settings, guaranteeing the high efficiency and reliability of these ventures. UISOLAR solarmounting solutions, backed by superior engineering and manufacturing standards, extends robust support to solar initiatives in Azerbaijan and beyond, contributing to the pursuit of net-zero emission objectives.

28

Oct

On October 23rd local time, the European Commission (EC) said that it would allocate 4.8 billion euros (about 37 billion yuan) from the Innovation Fund to fund 85 innovative net zero projects in 18 countries in accordance with the 2023 call for proposals. Net zero projects are expected to reduce emissions by about 47.6 billion tons of carbon dioxide equivalent in ten years. The selected projects are distributed in 18 countries: Belgium, Denmark, Germany, Estonia, Greece, Spain, France, Croatia, Italy, Hungary, the Netherlands, Austria, Poland, Portugal, Slovakia, Finland, Sweden and Norway, of which Estonia and Slovakia were invited for the first time. The projects cover a wide range of areas in the following categories: energy-intensive industries, renewable energy, energy storage, industrial carbon management, net zero transportation (including shipping and aviation) and buildings. Among them, the selected projects will contribute 3 GW of solar PV manufacturing capacity to the EU, including a water surface PV project in Belgium, a malt industry solar thermal power plant and storage facility in Croatia, and a 1.5 GW heterojunction PV module factory in Spain - these factories will be developed by Trina Solar's subsidiary Trina Solar (Luxembourg) Holdings. Another selected company is Italian photovoltaic company FuturaSun, and the selected project is its FENICE manufacturing project (Futurasun Advanced Italian Manufacturing Center). FuturaSun had previously announced that it plans to invest in a module factory using BC technology in Italy with the support of ISC Konstanz. It is reported that in March 2023, the company announced the construction of a 2GW module factory in Cittadella, Italy.

17

Oct

Recently, the European Commission approved a 1.2 billion euro plan to support renewable energy equipment investment in Poland. The aid program will provide direct funding to Polish companies that produce batteries, solar panels, wind turbines, heat pumps, electrolyzers and carbon capture equipment, while also providing support to companies that provide components or raw materials needed for renewable equipment manufacturing. The funding under the program will be fully in place by the end of 2025. Margrethe Vestager, the executive vice president of the European Commission responsible for competition policy, said the investment is in line with the goals of the Green Deal Industrial Plan and the EU's climate neutrality goals. "At the same time, distortions of competition remain limited," Vestager added. The European Commission said the state aid program was approved under the European Commission's Temporary Crisis and Transition Framework (TCTF), which was adopted in March 2023 to provide assistance to EU member states to accelerate their green energy transformation. In line with these initiatives, companies like UISOLAR—drawing on 15 years of experience in the solar bracket industry—are well-positioned to contribute to this green energy transition. UISOLAR specializes in designing and providing accessories for a variety of solar mounting projects, including rooftop, ground, carport, and agricultural programs. If you need any assistance or further information, feel free to contact us.

29

Sep

National Day, is the anniversary of the founding of the People's Republic of China, which was proclaimed by Chairman Mao Zedong at the Founding Ceremony held in Beijing's Tiananmen Square on 1 October 1949, a day that marked the birth of the new China. Since then, 1 October has been designated as National Day, one of the most important holidays in China. On this day, various celebrations are held throughout China, including but not limited to: 1. Flag Raising Ceremony: a grand flag-raising ceremony held in Beijing's Tiananmen Square, as well as flag-raising events in other city squares. 2. Military Parade: In certain years, a grand military parade is held to showcase the country's military power and latest equipment. 3. Cultural Performances: Cultural performances, including music, dance and drama, are held in squares, parks and theatres. 4. Fireworks displays: Fireworks displays held in major cities to add a festive atmosphere to the holiday. 5. Exhibitions and events: a variety of exhibitions and educational activities aimed at raising citizens' awareness of the nation and knowledge of its history. The National Day is not only a day to celebrate national achievements, but also a time for people of all nationalities to express their patriotic feelings. In addition, there is usually a seven-day long holiday during the National Day, which people take advantage of for travelling, visiting relatives or resting. Our holiday period is from October 1st to October 7th. If you want to inquire about our products, you are welcome to leave us a message and we will reply to you as soon as possible. UISOLAR provides you with professional and high-quality solar racking. Solar roof mounting, ground mounting, solar carports are all we can do. OEM and ODM are also available.

25

Sep

Under the global trend of net-zero carbon emissions, Southeast Asia due to its abundant sunshine, rapid economic growth, accompanied by industrial transformation brought about by the rise in demand for green power, photovoltaic has become the mainstay of the local development of renewable energy.Vietnam, Thailand, Malaysia, Philippines and Singapore, the five major photovoltaic demand countries, with the recent introduction of a series of favorable policies, is expected to drive Southeast Asia to become one of the key photovoltaic market. Policy Developments in Southeast Asia Vietnam On July 3, 2024, Vietnam passed a multi-year Direct Power Purchase Agreement (DPPA) that allows purchasers to purchase green power through the national or private grid, but requires a monthly consumption of at least 200,000 kWh. For PV suppliers to use the national grid, the installed capacity must be at least 10 MW, while the private grid is not subject to this restriction. On July 30, 2024, the government issued Circular No. 356/TB-VPCP, clarifying the definition of "self-generation and self-consumption rooftop photovoltaic projects" as projects in which the amount of electricity sold back to the national grid accounts for less than 10% of the total installed capacity (with a relaxation of up to 20% in the northern region), and thereafter removing the limitations on the amount of installed capacity of rooftop photovoltaic projects that are not grid-connected and streamlining the application process, and the officials will subsequently announce the details of the tariff and measures relating to the photovoltaic storage package. Officials will subsequently announce tariff rules and measures related to photovoltaic storage. Thailand Unlike Vietnam, which has formally adopted the DPPA, Thailand has chosen to start a gradual trial in June 2024, limiting large-scale users to purchase up to 2 GW of green power directly, and officials are expected to release clear guidelines and details of the country's DPPA by the end of 2024. On the other hand, Thailand will also publish a new version of the Electricity Development Plan in September 2024, with energy security, environmental protection and tariff control as the main axis of the policy, to maintain economic growth must also take into account the energy transition. In general, with the demand for green power becoming more and more urgent, Thailand's new version of the photovoltaic installed capacity target will also be further increased. Malaysia On July 26, 2024, Malaysia announced that it will implement the Corporate Renewable Energy Supply Scheme (CRESS) in September 2024, which is similar in nature to the DPPA in that it also aims to liberalize green power trading, so that power purchasers and suppliers will be able to enter into agreements directly without having to go through the National Energy Corporation. The policy is similar in nature to the DPPA, and also aims to liberalize green power trading. It is worth notin...

20

Sep

Background: Under Section 301 of the Trade Act of 1974, the U.S. began imposing tariffs on Chinese imports in 2018 due to issues related to technology transfer and intellectual property. A statutory four-year review of these tariffs began in 2022 and was completed by the U.S. Trade Representative Office (USTR) in 2024, which made adjustments to certain products according to the President's directives. Content of this Executive Order 1. Photovoltaic (PV) Products from China: Silicon, Wafers, Cells, and Modules On September 13, 2024, the U.S. government announced an adjustment to the Section 301 tariffs on Chinese photovoltaic products. The tariffs on PV cells and modules remained the same as the administrative review results released in May, increasing from 25% to 50%, but the implementation date was pushed from August 1 to September 27. Notably, the new regulations now include polysilicon and monocrystalline silicon wafers from China, with a tariff rate of 50%, set to begin on January 1, 2025. (Photovoltaic (PV) Products from China) 2. Photovoltaic Equipment from China On September 12, 2024, the USTR released a Section 301 tariff exemption list for photovoltaic equipment, effective from January 1, 2024, to May 31, 2025. Out of 19 exemption applications, 14 were approved, and 5 were rejected, focusing on PV module manufacturing equipment. The approved exemptions primarily cover equipment used in the crystal pulling and wafer production stages, as well as PV cell manufacturing, aiming to boost U.S. domestic production and reduce dependence on Chinese equipment. The decision to reject five exemption applications for module manufacturing equipment was due to sufficient alternative sources within the U.S. and Europe. (Photovoltaic Equipment from China) Impact Analysis of the 301 Tariff Adjustment from InfoLink: 1. Impact on PV Cell and Module Tariffs Before the tariff increase, the U.S. had already imposed several trade barriers on Chinese PV products. In addition to the original 25% Section 301 tariffs, Chinese cells and modules have faced anti-dumping duties since 2012 and Section 201 tariffs on all imports. As a result, direct imports of Chinese cells and modules to the U.S. have significantly declined. InfoLink predicts that the increase to 50% will have minimal impact on the market. 2. Impact on Polysilicon Tariffs The U.S. still faces a shortage of domestic silicon wafer production capacity, with no significant need for imported polysilicon at present. Current plans to expand U.S. wafer production capacity amount to 10.3 GW, but the highly challenging and long production cycles make it difficult for this capacity to be realized in the short term. Therefore, the new polysilicon tariffs are expected to have a noticeable impact only after 2026. 3. Impact on Wafer Tariffs By 2025, U.S. battery production capacity is expected to reach only about 10-11 GW, and given the lack of domestic wafer capacity, U.S. manufacturers will still need to rely on imp...

10

Sep

In its latest report, "The Road to Net-Zero Carbon: 2030 Solar and Energy Storage Transformation White Paper," InfoLink Consulting provides an in-depth analysis of global renewable energy trends and challenges. The white paper focuses on three major markets: China, the United States, and Europe (EU + UK), offering detailed market analysis and future outlooks to help industries grasp key insights and accelerate the journey to achieving net-zero emissions. Under the Paris Agreement, countries committed to limiting global temperature rise to well below 2°C above pre-industrial levels, with efforts to cap it at 1.5°C. Achieving these goals requires significant reductions in greenhouse gas emissions, with the energy sector currently responsible for 35% of global emissions—the largest source. InfoLink estimates that to meet the 1.5°C scenario by 2030, around 8.5 TW of renewable energy capacity is needed, while the 2°C scenario requires 5 TW. According to InfoLink’s latest data, global renewable energy installations are expected to exceed 10 TW by 2030, potentially fulfilling the requirements for both scenarios. However, there remains a shortfall of approximately 2.5 TW to meet the 1°C target. In 2023, the renewable energy sector saw remarkable growth, driven by favorable policies and technological advancements, with installations of solar, wind, and energy storage hitting record highs. Despite political and financial challenges, InfoLink remains optimistic about the sector’s future. The U.S. market has significantly benefited from the Inflation Reduction Act (IRA), which offers subsidies for solar, wind, and energy storage, dramatically lowering the Levelized Cost of Energy (LCOE) and boosting capacity growth. However, trade barriers are expected to impact supply and installation speed. In Europe, the ongoing conflict between Russia and Ukraine has caused natural gas and electricity prices to surge since early 2022, leading to a spike in renewable energy installations in 2023. Under the National Energy and Climate Plans (NECP), European countries have set ambitious goals, with annual solar installations expected to grow steadily, reaching nearly 140 GW in new installations per year by 2030. The REPowerEU initiative’s 600 GW target is also likely to be met earlier than anticipated, between 2026 and 2027, with cumulative installations potentially exceeding 1,000 GW by 2030. The European energy storage market is also set for significant growth. Driven by energy reform policies and subsidies, front-of-the-meter (FTM) storage is expected to outpace behind-the-meter (BTM) installations. Key markets like the UK, Italy, and Germany will continue to expand, while emerging markets such as Belgium, Greece, and Spain are poised for growth. InfoLink projects that cumulative energy storage capacity will reach 500 GWh by 2030. While renewable energy's contribution to electricity production is expected to increase both in quantity and proportion, ongoing geopolitical ...

04

Sep

The Philippines is set to host the world’s largest solar park with the launch of a massive project valued at PHP 185.28 billion (USD 3.25 billion). The project will be equipped with 3.5 GW of solar panels and a 4.5 GWh battery energy storage system, covering an area of 3,500 hectares across the provinces of Nueva Ecija and Bulacan. In July, the project was awarded the "Certificate of Energy Project of National Significance" by the Department of Energy (DOE) of the Philippines, a designation reserved for energy projects with capital investments exceeding USD 59 million. Following this, the Board of Investments (BOI) granted the project a Green Lane Certification, ensuring streamlined processes and expedited approvals for necessary permits and clearances. Once operational, the solar park is expected to significantly reduce the country's reliance on fossil fuels and cut down on greenhouse gas emissions. The project also aims to create thousands of jobs, boosting the local economy and providing a sustainable livelihood for many Filipinos. UISOLAR, a company with 15 years of experience in the solar mounting industry. UISOLAR has extensive expertise in designing and exporting mounting systems for various applications, including rooftop, ground, carport, and agricultural projects. Having supplied numerous projects across the Philippines. It is expected to play a vital role in the successful deployment of the solar area. As the world grapples with the impacts of climate change, the Philippines is positioning itself as a leader in renewable energy. The launch of the world’s largest solar park is a testament to the country’s commitment to a greener future and serves as an inspiration for other nations to follow suit.

27

Aug

We are thrilled to invite all solar energy professionals and enthusiasts to visit us at Intersolar South America 2024, the most significant exhibition in the region dedicated to the solar industry. This prestigious event will take place from August 27th to 29th, 2024, at the Expo Center Norte in São Paulo, Brazil. Why Attend? Intersolar South America is a premier platform that brings together the most influential players in the solar energy sector. It provides an exceptional opportunity to connect with industry leaders, discover cutting-edge technologies, and discuss the latest trends in solar power. Visit Us at Booth No. B1.09 We are excited to announce that UISOLAR will be showcasing our latest innovations and solutions at Booth No. B1.09. Whether you're interested in exploring new business opportunities, enhancing your network, or simply staying informed about the advancements in solar technology, our booth is the place to be! What to Expect? · Innovative Solutions: Discover our newest solar energy products designed to meet the growing demand for sustainable energy. · Expert Insights: Engage with our team of experts who will be on hand to answer your questions and provide insights into the future of solar energy. · Networking Opportunities: Connect with other professionals and organizations from around the world who are as passionate about solar energy as you are. Don’t miss out on this incredible opportunity to be part of South America's leading solar energy event. Mark your calendar for August 27-29, 2024, and make sure to visit us at Booth No. B1.09 at Expo Center Norte. We look forward to welcoming you and exploring how we can collaborate to drive the solar industry forward together! See you in São Paulo!

2024-08-23

On August 16, 2024, the Australian Anti-Dumping Commission issued Announcement No. 2024/046 stating that the anti-dumping and countervailing measures on aluminum extrusions imported from China will expire on October 28, 2025. Stakeholders should submit applications for sunset review investigations before October 15, 2024. If no application is received before the above deadline, the anti-dumping and countervailing measures on the Chinese products involved will be terminated after the expiration. On June 24, 2009, Australia launched an anti-dumping and countervailing investigation on aluminum extrusions imported from China. On October 28, 2010, Australia made an affirmative final ruling on the case, ruling that the dumping margin of the products involved was 2.7% to 25.7% and the subsidy margin was 3.8% to 18.4%. On April 14, 2014, the Australian Anti-Dumping Commission issued Announcement No. 2014/31, initiating an anti-circumvention investigation on aluminum extrusions imported from China. On February 19, 2015, the Australian Anti-Dumping Commission issued Announcement No. 2015/17, making an affirmative final ruling on the case. On April 24, 2015, the Australian Anti-Dumping Commission issued Announcement No. 2015/048, initiating the first anti-dumping and countervailing sunset review investigation on aluminum profiles imported from China. On October 20, 2015, the Australian Anti-Dumping Commission issued Announcement No. 2015/125, making the first anti-dumping and countervailing sunset review affirmative final ruling on aluminum profiles imported from China. On February 13, 2020, the Australian Anti-Dumping Commission issued Announcement No. 2020/017, initiating the second anti-dumping and countervailing sunset review investigation on aluminum profiles imported from China. On October 15, 2020, the Australian Anti-Dumping Commission issued Announcement No. 2020/103, making an affirmative final ruling on the sunset review of the case. The Australian customs codes for the products involved are 7604.10.00.06, 7604.21.00.07, 7604.21.00.08, 7604.29.00.09, 7604.29.00.10, 7608.10.00.09, 7608.20.00.10, 7610.10.00.12 and 7610.90.00.13.

16

Jul

In recent years, due to the aging and poor management of the power generation facilities of the state-owned power company ESKOM, South Africa is facing a worsening power crisis. Long-term large-scale power rationing has caused serious losses to the country's economy. Against this background, South Africa has turned its attention to renewable energy including photovoltaics. South Africa's photovoltaic policy and market overview According to ESKOM's data, by the end of 2023, South Africa's cumulative photovoltaic installed capacity will be about 7.3 GW, of which distributed projects account for about 5 GW and centralized projects account for about 2.3 GW. In order to fill the gradually widening power gap, the South African government has proposed a series of policies to promote the development of photovoltaics. First, let's look at distributed projects. From March 2023 to March 2024, the South African government implemented tax breaks for household photovoltaics. As long as photovoltaic modules above 275 W are installed, a tax rebate of up to 25% can be received, and each person can get a maximum tax rebate of 15,000 rand (about US$795). In addition, in August 2023, South Africa issued the Energy Bounce Back Scheme (EBB), where households and small and medium-sized enterprises can apply to banks for loans of up to 300,000 rand (about 15,900 US dollars) and 10 million rand (about 530,000 US dollars) respectively, for the installation of photovoltaic modules, energy storage batteries and other equipment. In terms of centralized projects, South Africa began to implement the Renewable Energy Independent Power Producer Procurement Programme (REIPPPP) in 2011, which is the main source of centralized installations in South Africa. As of 2023, six rounds of bidding have been completed. The latest seventh round of bidding was originally expected to end in April 2024. However, at the end of May 2024, the government announced that the deadline for bidding will be postponed to August. On the other hand, South Africa also provides tax breaks for large-scale renewable energy projects. For investment projects from March 2023 to March 2025, companies can apply for a tax rebate of up to 125% on capital expenditures in the first year. In general, due to large-scale power restrictions and rising electricity prices, supplemented by policy support, South Africa's photovoltaic installations are mainly distributed projects for self-generation and self-use. In 2023, South Africa will add 2.5 GW of distributed installations, compared with 1.7 GW in 2022, a year-on-year increase of 47%. In contrast, South Africa's centralized installations have stagnated. Taking the fifth round of REIPPPP tendered in 2021 as an example, many projects were originally planned to be connected to the grid in 2023, but due to lengthy financing and administrative processes, they were forced to postpone their production until after 2024. In addition, ESKOM's insufficient absorption capacity is als...