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The transaction price of n-type granular silicon has dropped for the first time since the start of this year, revealing changing supply and demand dynamics in the upper stream of the solar sector. This week saw a general decline in polysilicon prices compared to March 13th, as per the data released by China’s Silicon Branch. Notably, n-type granular polysilicon witnessed its first drop of the year, falling by 1.94%. While p-type polysilicon prices remained steady, there was a slight shift in transaction focus towards lower prices. Polysilicon Type Price Range (CNY/kg) Average Price (CNY/kg) Average Price (USD/kg) Weekly Change (%) N-Type Granular Silicon 60-63 60.8 8.44 -1.94% Mono Recharge 55-64 62.8 8.71 0% Mono Dense 53-62 60 8.31 0% Mono Popcorn 50-59 55.9 7.74 0% Insights from Solarbe suggest that the polysilicon market this week was relatively quiet, with some orders still pending. The recent price inversion between n-type and p-type wafers has led to increased demand for high-quality p-type polysilicon. However, polysilicon manufacturers have yet to adjust prices, resulting in limited transactions and a gradual buildup of inventory. Expectations for future price reductions are high. Wafer Prices Drop This week, wafer prices experienced an overall decline. Faced with significant inventory and cost pressures, some wafer manufacturers have started adjusting their production schedules. Feedback from industry players indicates that accumulated wafer inventory has reached 4 billion pieces. Despite a gradual recovery in demand, there is a noticeable downward trend in wafer transaction prices. Cell, Module Prices Steady Prices for cells and modules remained stable this week. In recent tender projects, some module manufacturers have tried to increase prices. However, overall, sustaining continuous price hikes for modules is proving challenging. As we move into the second quarter and temperatures rise, the gradual roll-out of large-scale ground-mounted projects in China is expected to significantly boost market demand, positively impacting prices across the entire industry chain. If you are looking for photovoltaic modules with high cost-effectiveness, please feel free to consult Rongstar Energy.

Polysilicon With manufacturers still delivering previous orders, polysilicon prices were flat in mid-March, mostly sitting at RMB 64-69/kg. Buyers need to use polysilicon of varying purity. Still, there were some order inquiries, but negotiations were in standstill as both buyers and sellers remained cautious towards prices. Given the rising wafer inventory level, future adjustments of ingot manufacturers’ utilization rates, and price-talk deadlock, whether trading prices have declined will not be determinable until late March. Polysilicon inventory experienced a month-on-month increase. A more pronounced inventory problem will gradually emerge in the second quarter.  Wafer Wafer inventory kept increasing to 3.3-3.5 billion pieces this week, with n-type 182mm wafers accounting for the majority. Sales pressure amounts due to the persistently high production plans and continuous inventory accumulation, resulting in rapid wafer price drops. While some manufacturers were still delivering previous orders, average prices had declined and may continue falling next week. Trading prices dropped this week to RMB 2/piece, RMB 2.68-2.7/piece for p-type M10, G12 wafers, and RMB 1.85-1.9/piece, RMB 3/piece for n-type M10, G12 ones, respectively. Each saw a 2-5% decline. The wafer sector now sees a gloomy outlook as polysilicon prices held steady temporarily, staying high for n-type-ingot-use materials due to order delivery problems. On the other hand, prices slumped as wafer inventory continued rising, eroding earnings. Against these backdrops, manufacturers planned production cuts, of which the effect will not be noticeable until the first half of April.  Cell For p-type cells, trading prices remained at RMB 0.38-0.40/W for M10 and RMB 0.37-0.39/W for G12 cells this week. Prices for n-type M10 cells were relatively stable, averaging RMB 0.46-0.47/W and reaching RMB 0.48/W for ultra-high-efficiency ones. The price gap between TOPCon and PERC cells stabilized at RMB 0.08-0.09/W. G12 HJT high-efficiency cells saw prices coming in at RMB 0.6-0.7/W. With wafer prices plummeting, increases in cell prices will lose momentum despite manufacturers’ recent attempts to offer higher price quotes. Still, the profitability of n-type TOPCon cells recovered. Future price trend of cells will largely depend on whether module prices increase or not.  Module Trading prices for modules stayed still this week at RMB 0.85-0.9/W, RMB 0.88-0.96/W, and RMB 1.04-1.25/W for PERC (glass-glass), TOPCon, and HJT modules, respectively. Module manufacturers kept attempting to offer higher price quotes, which seems unlikely as some still deliver previous low-price orders below RMB 0.85/W, indicating inconsistency among their strategies. Hence, module prices will hold steady in March, with the low-price range slightly picking up. Recently, leading manufacturers have cut shipments for orders below RMB 0.88/W, potentially facilitating future price hikes.   For more solar news and solar products needs, please click www.rongstar.com

N-type solar modules have emerged as the dominant choice in tenders during January and February in China, comprising over 70% of the market share. This shift has been accompanied by a substantial 51% drop in module prices over the past year. The industry landscape has witnessed noteworthy signals as we step into 2024. Factors such as a slight uptick in polysilicon costs and lower production rates during China’s New Year holiday have prompted solar module manufacturers to hint at potential price rises. This trend was validated in recent bids where n-type module prices have increased by CNY 0.03-0.04/W compared to pre-holiday rates. However, with production resuming in March, the industry foresees a minor downward trend in supply chain prices. Examining the tender data in January and February, p-type module prices fluctuated between CNY 0.85-0.92/W. Meanwhile, n-type bids displayed a broader range, varying from CNY 0.89-0.98 CNY/W, down about 50% year-on-year. N-type dominance and shifting demand In the first two months of 2024, over 67 GW of tenders have revealed results. About 8 GW was allocated to individual projects and the remaining 60 GW for framework procurement. Key players like China Petroleum and China Resources exclusively chose n-type mono-bifacial modules in their tenders during this period. Other tenders include PowerChina with over 70% of n-type tenders, China Southern Power Grid with about 60%, and China National Nuclear Corporation (CNNC) with about 25%, highlighting the increasing popularity of n-type products. As for p-type modules, the market is experiencing a shift in demand towards higher-power modules, specifically those exceeding 570W/580W. GCL SI, TW Solar stand out GCL System Integration (GCL SI) led the market with 2 GW secured bids in the first two months of 2024. GCL SI told Solarbe that the company has shipped over 4 GW of modules in the fourth quarter of 2023, making it one of the world’s top 10 module suppliers by shipment volume in the past year. TW Solar closely followed with 1.36 GW of secured tenders, including 1.17 GW from China Resources. Solarbe’s data shows that the company has shipped a total of 32 GW in 2023. JA Solar claimed the third spot with about 970 MW. Other companies that secured bids include EGing PV, DAS Solar, Trina Solar, Canadian Solar, Jinergy, JinkoSolar, Huansheng Solar, etc. N-type prices down by 51% Regarding bidding results for individual projects, the solar module prices have notably declined from Q1 2023 to the first two months of 2024. Specifically: Single-sided 540W+ modules saw the average bid price drop from CNY 1.761/W to CNY 0.96/W, marking a substantial 45% reduction. Bifacial 540W+ modules witnessed a drop from CNY 1.749/W to CNY 0.89/W during the same period, representing a 49% decrease. N-type module prices decreased from CNY 1.849/W to CNY 0.903/W, down by 51%. According to Solarbe, some leading and emerging brands have explicitly shifted away from competing in the p-type market, focusing their efforts on the n-type market. This strategic move has led to intensified competition and substantial price reductions in n-type modules.   For more solar news and solar products needs, please click www.rongstar.com

In the fast-paced world of solar energy, TW Solar has emerged not just as a player but as a powerhouse, making an indelible mark in the global PV market. From a relatively unknown contender in 2022 to a force to be reckoned with in 2023, the company’s journey is nothing short of extraordinary. A 2023 Triumph: Dancing with the Sun In the twilight of 2023, TW Solar achieved what many deemed impossible – a staggering 32 GW in solar module shipments. This catapulted them into the prestigious Top 5 among global PV manufacturers, marking a meteoric rise that caught everyone’s attention. The solar industry, fueled by the relentless demand in key markets like China, the United States, Europe, and Latin America, experienced an unprecedented surge. TW Solar’s success wasn’t just a statistic; it was a testament to the changing landscape of renewable energy. The Symphony of TW Solar’s Supply Chain What sets TW Solar apart isn’t just the numbers; it’s the harmony in its supply chain. From the birth of polysilicon to the assembly of modules, TW Solar orchestrates a seamless production symphony. This integrated approach ensures not just quantity but a consistent quality that resonates across the global PV stage. As we peer into 2024, TW Solar isn’t resting on its laurels. The company aims to expand its already impressive capacities, with plans to reach over 800,000 tons of polysilicon, 47 GW of silicon wafer, 130 GW of solar cells, and 80 GW of module capacities. This isn’t just growth; it’s a strategic move to become a comprehensive and resilient industry leader. TW Solar’s Technological Ballet: A Dance of Efficiency In the heart of TW Solar’s success is a commitment to technological brilliance. As the longstanding leader in global PV cell shipments, the company consistently pushes the boundaries of efficiency, yield, and consistency. In 2023, TW Solar’s commercial n-type TOPCon cells achieved an efficiency of 26.3%, with 210 module power exceeding 700W. TW Solar is set for a game-changing 2024, strategically reshaping its product lineup. The plan involves phasing out TPC (PERC) series products, keeping the focus on TNC (TOPCon) series, and potentially increasing THC (HJT) series production. Product dimensions will see changes, with TNC series M10 (182x182mm) evolving into G12R (210x182mm) versions, and G12 (210x210mm) products anticipated in H1 2024. A standout in the lineup is the TNC G12R-66 bifacial module (2382*1134mm), designed for practicality. Featuring a large G12R rectangular silicon cell, it aims to cut material and supply chain adaptation costs. Versatile for large solar projects and rooftops, this module promises a low LCOE, particularly for ground-mounted projects. TW Solar’s recognition by China’s state-owned enterprises is not solely due to low-cost strategies. Reports reveal competitive pricing aligned with Top 9 brands in H2 2023. Maintaining Tier 1 status in BNEF evaluations and ascending four levels in PV Tech’s bankability rankings within a year reflect TW Solar’s commitment to performance and reliability. Entering 2024, TW Solar’s strategic shift signifies a commitment to innovation and adaptability, solidifying its influential role in the solar industry and contributing to the dynamic global PV landscape. Expanding Global Presence As the sun rises on 2024, TW Solar is poised for a global expansion. With expectations of over 15% growth in new PV installations worldwide, the company is gearing up for an encore. Already a shining presence in major global markets, TW Solar is not just expanding; it’s deepening its roots. The company’s proactive approach extends beyond borders, securing market access certifications in diverse regions, including the CEC accreditation in Australia, French Carbon Footprint Certification, Italy’s CSI Fire resistance certification, BIS certification of India, and INMETRO Certification for Brazil. These certifications, attesting to the high quality of TW Solar’s products, facilitated the company’s overseas expansion by removing entry barriers. TW Solar’s commitment to ethical business practices and unwavering product quality remains its guiding light. In closing, TW Solar’s story is more than a rise to prominence; it’s a narrative of innovation, adaptability, and a commitment to a sustainable future. As the world turns towards renewable energy, TW Solar isn’t just following the beat – it’s leading the dance, setting new standards and inspiring the solar industry’s evolution. Rongstar is honored to collaborate with Tw Solar. If you have a need for Tw Solar products, please visit our product details page https://www.rongstar.com/tw-solar  

China has set a new benchmark in solar energy expansion, adding a groundbreaking 216.88 gigawatts (GW) of new solar power in 2023. The surge was particularly evident in December, when the country added 51.87 GW, according to the latest data from the National Energy Administration of China. Workers install solar power generation panels in Zhoushan, Zhejiang. Image: China Daily By December, China’s total power generation capacity reached approximately 2.92 terawatts (TW), marking a robust 13.9% increase from the previous year. Notably, solar power capacity soared to approximately 610 GW, boasting an impressive 55.2% growth. Wind power capacity also made strides, reaching around 440 GW, with a 20.7% increase. In 2023, power plants with a capacity of 6,000 kilowatts or more averaged 3,592 hours of utilization, experiencing a 101-hour reduction compared to the previous year. Major power enterprises invested ¥967.5 billion in power projects, indicating a significant 30.1% year-on-year increase. Additionally, grid projects witnessed an investment of ¥527.5 billion, showing a 5.4% year-on-year growth. In 2022, China added 87.41 GW of solar power. Comparing the two years, 2023 showcased a monumental leap in solar capacity, almost tripling the figures from 2022.

Rongstar Energy, a leading player in the solar industry, made a remarkable presence at the Solar Energy EXPO 2024 in Warsaw, Poland, on January 16th. With a showcase of cutting-edge products including the Fox Ess solar inverters, energy storage systems, TW Solar PV modules, DEYE inverters, Tsun PV mounting structures, and more, Rongstar Energy highlighted its commitment to advancing renewable energy solutions. Let's delve into the highlights of our participation and the groundbreaking products we unveiled at the event. Showcasing Revolutionary Solar Solutions: Rongstar Energy captivated visitors' attention with its range of high-quality and innovative solar products. The star of the show was the Fox Ess solar inverter, renowned for its exceptional performance and reliability. Our energy storage systems also garnered significant interest, offering efficient and sustainable solutions for managing solar power fluctuations. Additionally, our TW Solar PV modules, DEYE inverters, and Tsun PV mounting structures drew praise for their superior design, durability, and efficiency. Inspiring a Bright Future: Rongstar Energy's participation in Solar Energy EXPO 2024 exemplifies our dedication to fostering a brighter future for generations to come. By continuously pushing the boundaries of innovation in photovoltaic technology, we strive to empower individuals, industries, and communities to embrace clean energy solutions and reduce carbon footprints. We are excited about the opportunities that lie ahead and remain steadfast in our pursuit of sustainable energy solutions. Rongstar will collaborate with more leading photovoltaic brands in the future to provide European customers with more reliable and efficient photovoltaic products. Please continue to follow us!-www.rongstar.com

In the dynamic world of solar energy, 2023 proved to be a noteworthy year for the top solar module manufacturers. The recently unveiled shipment rankings shed light on the achievements of 32 companies, showcasing their strengths and strategies in the evolving solar industry. Stability at the Top The Top 4 and Top 5-9 lists remained relatively stable in 2023, with established and emerging brands holding their ground. JinkoSolar, Trina Solar, LONGi, and JA Solar collectively shipped over 270 GW, claiming a 52% market share. The Top 9 brands, in total, surpassed 400 GW in shipments, securing a robust market share exceeding 75%. JinkoSolar’s N-Type Focus Pays Off JinkoSolar emerged as the leader in 2023, shipping over 75 GW of solar modules, with more than 60% being n-type products. This strategic emphasis on n-type technology positioned JinkoSolar as the industry leader in this category. Leadership Trio: Trina Solar, LONGi, and JA Solar Trina Solar, LONGi, and JA Solar demonstrated distinct product features and strong brand reputations, achieving success in both domestic and overseas markets. Trina Solar and JA Solar have accelerated efforts to expand n-type cell production, while LONGi is exploring advancements with back-contact (BC) cell technology. TW Solar and Astronergy’s Progress Among emerging brands, TW Solar and Astronergy showed momentum, with increased bid sizes compared to 2023. Both companies have set ambitious goals, aiming to exceed 50 GW in module shipments in 2024, even surpassing Canadian Solar, which targets between 42 and 47 GW. The competition for positions 5 to 7 in 2024 promises to be competitive. Mid-tier Competition: Strategies Unveiled Companies ranked 10th to 15th and 17th to 23rd engaged in fierce competition, recognizing the significance of every order in shaping their market position for the coming year. Several companies, including Seraphim, Suntech, and DAH Solar, expressed plans to explore overseas markets in 2024, leveraging their positive brand image. In bidding scenarios in China, mid-tier companies often quoted the lowest prices, actively competing for orders. Some companies in this range, starting from the third quarter of 2023, proactively reduced production rates and shipment targets, focusing on profitable orders. According to industry insiders, in a market characterized by declining prices, companies with a singular production focus risk increased losses with higher sales volumes. These companies strategically abandoned expansion plans, trimmed costs, and aimed for higher profitability. N-Type Market Surge: Vision for 2024 The adoption of n-type modules saw remarkable growth in 2023, with at least 7 companies reporting that over 50% of their sales comprised n-type products. Despite the clear downward pricing trend and potential oversupply risks in the supply chain, numerous companies are steadfast in expanding their n-type production capacities. Reports suggest that over 15 companies have set explicit targets for 2024, with n-type module shipments constituting over 60% of their total. Among them, five of the top nine module manufacturers aim for an n-type share exceeding 70%, with three companies targeting an ambitious 100% by 2024, reflecting confidence in the future technological trends in the solar industry. Innovators in the N-Type Arena: A Closer Look Apart from the industry leaders, several other companies are making significant strides in the n-type segment: Solargiga Energy: Plans a significant upgrade and retrofit of existing production lines in 2024 to meet market demands, targeting an n-type module share of 60%. Suntech: Aims for a 70% share of n-type module shipments in 2024, with 16.5 GW of cell production capacity, a significant increase. Qn-SOLAR: Positioned as a TOPCon technology pioneer, aims to add 36 GW of n-type cell capacity in 2024, with an 80% share of n-type module shipments. DAH Solar: Achieved an industry-leading average conversion efficiency of over 26.4% in TOPCon cells. Targets 100% n-type module sales share with a combined capacity of 22.5 GW in four major bases. ZNShine Solar: Plans to establish a new 10 GW n-type TOPCon cell production capacity in 2024, aiming for an 80-90% n-type share. Huasun Energy: The only company to achieve a 100% n-type module share in 2023, continues to lead in HJT technology, with an increased shipment target for 2024 and an unwavering commitment to a 100% n-type share. WINHITECH: Anticipates a gradual increase in demand for high-efficiency HJT modules in 2024. Plans to expand production, achieving an n-type module share of around two-thirds of total shipments. As the solar industry continues to advance, 2023 sets the stage for a competitive 2024, where each company will strive for a pivotal role in the ever-expanding global solar market.For more solar news, log in to our official website-www.rongstar.com

The German Solar Industry Association stated that in 2023, the new installed capacity of photovoltaics in Germany was approximately 14GW, a year-on-year increase of 95%. Among them, about 7GW comes from the household sector, a year-on-year increase of 135%; Approximately 4.3GW comes from ground power stations, a year-on-year increase of 40%; Approximately 2.5GW comes from commercial roofs, with a year-on-year increase of 75%. This is the first time that Germany's annual new photovoltaic installed capacity has exceeded 10GW. As an old established photovoltaic power, as early as 2010-2012, Germany's new photovoltaic installed capacity has exceeded 7GW for three consecutive years, making it a leader in the global photovoltaic industry. But with the decline in subsidies, Germany's photovoltaic installation has also experienced a continuous decline for many years. It was not until 2022, when Europe faced an energy crisis and electricity prices skyrocketed, that Germany's annual photovoltaic installed capacity exceeded 7GW again, and it strongly supported the development of household photovoltaics to alleviate the energy crisis. However, under market demand, labor shortages have limited the development of photovoltaics in Germany and even Europe. In 2023, with policy and labor support, Germany's newly added photovoltaic installed capacity saw a significant year-on-year growth and set a new record. According to a series of laws issued by the local government, the total installed capacity of photovoltaics in Germany will reach 215GW by 2030 At the same time, a large number of photovoltaic enterprises have also emerged in Germany, hoping to build an integrated photovoltaic industry chain to meet the needs of the local and even European markets. If you need localized photovoltaic products and services from Germany, please feel free to contact us，www.rongstar.com

Tongwei Group has revealed its intentions to invest 28 billion yuan ($3.9 billion) in expanding its production capacity of industrial silicon and high-purity silicon in Ordos City, China. The expansion will be carried out in two phases. In the first phase, Tongwei Group aims to establish a 200,000-ton capacity for industrial silicon and a 200,000-ton high-purity silicon facility. This phase’s estimated investment ranges from 13 to 14 billion yuan ($2-2.1 billion), subject to project implementation. The second phase involves the construction of a 300,000-ton industrial silicon facility and a 200,000-ton high-purity silicon project, contingent upon favorable market conditions. Each phase is projected to take between 15 to 18 months for completion. The company aims to have the first phase operational by December 2025, while the timeline for the second phase remains uncertain. The proposed location for the project is Ordos City’s Zhungeer Economic Development Zone. With a planned area of about 5,500 acres, the project’s land will be divided into two sections. The first phase will occupy around 2,500 acres, and the allocation of this land will be conducted through public bidding. Tongwei Group acknowledges the potential financial risks associated with such a substantial investment and the challenges that may arise in terms of funding. To mitigate these risks, the company plans to utilize its own funds and secure loans from financial institutions, ensuring the smooth implementation of the project. Tongwei Group’s long-term aspiration is to become a leading global clean energy operator. The company has already established itself as a key player in the PV industry by creating a vertically integrated value chain, encompassing upstream silicon production to downstream solar power plants. With this new investment project, Tongwei Group aims to leverage the abundant natural resources and well-established PV industry chain advantages present in the Inner Mongolia Autonomous Region. By further developing its high-purity crystalline silicon business, the company seeks to solidify its position as a prominent global player. The project aligns with Tongwei Group’s overall strategic goals and represents a significant step towards achieving long-term sustainable growth in the PV sector.  More products about Twsolar - https://www.rongstar.com/tw-solar

Solar Energy Expo is Poland’s first industry trade fair for the renewable energy industry so thoroughly dedicated to developments and new trends in the industry. On 17-19 January 2023, the sector responsible for innovation and building a better, green future is integrated at Ptak Warsaw Expo. The Solar Energy Expo was both packed with thousands of visitors and hundreds of companies providing RES services. Among them were businesses responsible for renewable electricity and heat technologies, as well as those dealing with solar and heat pump technologies. This also included solar power plants, energy storage or service providers related to electromobility and photovoltaics. It was an event that brought solution providers together with those who were looking for solutions.   Exhibitors at Solar Energy Expo will include companies from the following sectors: manufacturers of solar panels and photovoltaic modules suppliers of energy storage systems solar installation and service companies suppliers of solar energy technologies manufacturers of batteries and energy management systems manufacturers of wind turbines and other equipment for generating renewable energy energy consultants specializing in renewable energy sources companies offering energy monitoring and optimization solutions companies offering energy efficiency solutions zero carbon technology providers research organizations and research institutes dealing with renewable energy   This time, Rongstar is honored to be invited to participate in Solar Energy Expro 2024. You can register in advance by scanning the QR code in the bottom left corner. Let's schedule an appointment from January 16th to 18th at booth E4.13. We will bring photovoltaic modules, inverters, bracket products, and other solar solutions. Our cooperative brands include Tw Solar, Fox Ess, and Ap Systems. Welcome to inquire! About Rongstar: At Rongstar Energy we are proud to play an important part in the global solar energy development. We have years-long experience in the distribution and supplychain of solar panels, inverters, energy storage systems, mounting structures, cables and other components for photovoltaics. Utilizing the strength of our parent company - DJS Group, we have more advantages in global sourcing, supplychain, localized warehousing, technical service for global customers. Our company has much experience in solar projects EPC,O&M and solar plants investment. Our expertise are both globally and locally, means we understand the breadth of challenges that solar installers face, from which we can help save the customers’ time and money.   log in www.rongstar.com to see more information about us!

With the progress of science and technology and the development of society, human demand for energy is also growing. Traditional fossil fuels can no longer meet the needs of future social development due to limited resources and environmental pollution. In this case, clean energy has become the focus of attention. As one of the world’s largest carbon emitters, China has been actively seeking ways of energy transformation. Among them, solar power generation, as a clean and renewable energy, has been highly valued by the Chinese government. In recent years, China has made remarkable achievements in the field of solar power generation, and has built a number of large-scale solar power plants, which has a far-reaching impact on the global energy pattern. First of all, China’s large-scale solar power plants have huge power generation capacity. Taking Delingha photovoltaic(PV) power station located in Delingha City, Haixi Mongolian and Tibetan Autonomous Prefecture, Qinghai Province as an example, Delingha photovoltaic power station is currently the world’s largest single installed capacity photovoltaic power station. Covering an area of about 39 square kilometers, it can accommodate 9.3 million photovoltaic panels, with an installed capacity of 2.2 gigawatts and an annual power generation of 3billion kilowatt hours, which is equivalent to the annual power consumption of about 1million households. Secondly, China’s large-scale solar power plants have adopted advanced technical equipment and management means. For example, in the process of photovoltaic power generation, the photoelectric conversion efficiency can be improved by using efficient monocrystalline silicon photovoltaic modules; In terms of power transmission, the construction of smart grid can realize the effective dispatching and distribution of power, and improve the operation efficiency and stability of power system. In addition, China’s large-scale solar power plants have also promoted the development of related industries. Taking solar panel production as an example, China has become the world’s largest producer of solar panels. These panels are not only supplied to the domestic market, but also exported to all parts of the world, making an important contribution to the development of clean energy in the world. However, China’s large-scale solar power plants also face some challenges. For example, solar power generation is greatly affected by weather conditions, and stable power output is a problem that needs to be solved. In addition, the cost of solar power generation is still higher than that of traditional fossil fuels. How to reduce the cost of power generation is also a problem to be faced. In general, China’s large-scale solar power plants have played an important role in providing clean and sustainable energy, and also provided a reference for the global energy transformation. With the progress of technology and the support of policies, it is expected that China’s solar power industry will continue to grow and make greater contributions to achieving the goal of green and low-carbon economic and social development.Welcome to contact Rongstar and creating a Bright Photovoltaic Future Together！www.rongstar.com

On November 29, more than 400 solar energy companies in Europe launched a joint appeal to urge policy makers to stop the trade investigation that may lead to the EU imposing tariffs on imported solar products. Before making this appeal, the head of the solar energy industry, state ministers and EU internal market commissioner Thierry Breton will hold a meeting on Friday to evaluate the measures to bring production back to Europe. Walburga hemetsberger, CEO of solarpower Europe, the European Photovoltaic Industry Association, said: "before the industry round table on Friday, we received worrying signals that the measure will include the investigation of import and export restrictions." European solar power companies participating in the joint appeal said that the signatories included 18 manufacturers and 28 national associations and research institutions. All parties agreed that tariff restrictions should not include imported photovoltaic products. The goal of the European Union is to reach 600 gigawatts of solar energy installed capacity by 2030, about three times that of 2022. The deployment needs to be significantly accelerated. The group said tariffs would only slow the process. They also expressed support for restructuring some solar manufacturing industries to achieve the EU's goal of 30GW capacity by 2025. Previously, the EU set restrictions on the import of solar panels, batteries and silicon wafers from 2013 to 2018 in China. Now, more than 90% of silicon wafers and components come from China.   The EU has launched a countervailing investigation on China's electric vehicles and will review foreign subsidies in the wind power industry to ensure that clean technology manufacturing is carried out in Europe and reduce dependence on China. (this article is compiled from news247, please indicate the source for reprint) For more professional photovoltaic information and product consultation, please visit www.rongstar.com