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台北2024年10月15日 /美通社/ -- 鑫發能源科技 (股) 近期成功完成一測三證，其鋼板型太陽能模組 (SF-PVROOF-858 370W) 不僅通過國內 VPC 測試，拿到 2024 模組金能獎，還符合IEC 61215:2021 、 IEC 61730:2023 標準和 UL 61730 等國際標準，德國萊因為其頒發 IEC 與 cTUVus 認證。繼 2023 年首次從建材業挑戰太陽光電的 IEC 國際認證後，今年再次以新款光電浪板送測，認證成果顯示了其產品在性能、耐久性與安全性方面達到品質穩定的標準，一次測試可應用於三種不同的市場，不僅節省測試成本和認證時間，也加快產品上市時間及市場競爭力。 鑫發是台灣首家從建材業跨足到光電模組領域的廠商，推出新型光電建築一體化 (Building-integrated photovoltaics，BIPV) 光電浪板產品。該產品的主要特點在於浪板上直接層壓上光電模組，為一體式的光電浪板產品。鑫發將鋼板與光電模組結合，這項技術不僅克服了模組發電效能的挑戰，同時保持浪板的結構穩定性與耐久性，適合建築屋頂系統的多種應用，是兼具美觀、不漏水、抗颱風的一體化屋頂綠建材。 光電浪板具備輕量化和高度整合的優勢，不僅提升建築物的能源效率，還減少了對傳統電源的依賴，充分實現節能與環保價值。 根據 2024 年日本 GII 全球建築一體化光伏市場規模研究指出，2023 年美國 BIPV 市場價值約為 266.3 億美元，預計在 2024 年至 2032 年間將以超過21.25%的年增長率持續增長。市場動能主要來自於商業建築能源成本上漲、電價提升以及太陽能光電成本下降所趨動。 隨著美國政府政策推動再生能源的深入，以及企業與住宅對低碳建築需求的增加，BIPV 成為綠色建築解決方案的重要一環，也帶動新型光電建材的創新發展。美國政府和地方當局逐步加強對 BIPV 技術的支持，包括資金補助和稅收優惠，以鼓勵更多建築採用BIPV系統，以實現建築物的自給自足能源供應，並降低碳排放。鑫發的BIPV光電浪板產品為迎合此需求，提供節能且美觀的太陽能發電解決方案。未來，鑫發將計劃持續研發不同形態的綠建材光電模組，以創造更多元的節能環保產品。 德國萊因長期關注低碳能源發展，在太陽光電領域有超過 35 年以上的豐富經驗及全球超過 250 位專家，為太陽能產業提供安全與品質檢測認證服務。隨著美國市場逐步將 BIPV 技術納入可再生能源政策框架內，鑫發取得德國萊因的 IEC 與 cTUVus 認證將幫助其產品更快打入美國市場，符合美國市場對於能源效率和環保的雙重要求。
台北2024年10月11日 /美通社/ -- 光電建築一體化 (Building-integrated photovoltaics，BIPV) 結合了太陽能發電功能和建築設計的別緻美感，將太陽能發電產品整合到建築建材上，是實現建築減碳的方式之一。友達光電推出第四代N型「光電整合型浪板SunSteel」通過德國萊因 IEC 61215:2021 和 IEC 61730:2023 國際標準認證，不僅確保模組的耐久性、性能及安全性，且在各種環境及條件下皆能可靠運行，充分展現太陽能產業的發展潛力，可為淨零建築的發展貢獻關鍵力量。 隨著各國對低碳產品的要求不斷提高，太陽光電產業更加重視其產品的環境友好和永續性，在生產過程中盡可能減少對環境的影響，提高資源利用效率。「光電整合型浪板SunSteel」是結合太陽能光電面板及單層浪板的複合型建材，可多樣化應用於建築外牆、屋頂及陽台等地方，不僅有可再生能源，還為建築物增加了綠色元素。 友達瞄準國際零碳建築的潮流趨勢，作為全方位綠電專家，攜手綠色生態圈夥伴，持續深化能源轉型技術以提升效率，打造光電建築一體化整合服務。第四代「光電整合型浪板 SunSteel」從源頭結合建築設計研發到應用，可直接替代傳統屋頂浪板，實現屋頂模組一體化的設計。其一體化設計不僅可提升屋頂空間的利用率，還使發電效能提升了15%，並具備快速安裝、輕量化、耐候防漏水及高效清潔優勢，能很好的融合建築結構，特別適用於新建與改造建物的屋頂系統，將屋頂光電轉變為未來建物的標準配備。 太陽光電運用場景越來越多樣化，光儲結合的應用場景趨勢明顯，德國萊因的專家團隊有超過 30 年以上的太陽光電服務經驗，是 IEC/TC 82 技術委員會的關鍵成員之一，從零組件測試認證，到農漁住宅等新技術應用開發皆可提供專業協助。友達與德國萊因的專家團隊在認證過程中密切合作，確保產品符合最新的國際標準，還能滿足市場應用的實際需求，雙方自 2016 年合作迄今，已經成為在太陽能模組領域的重要合作夥伴，始終在市場競爭中保持領先地位。 瞄準《2050 淨零排放路徑》，建築物為減碳的關鍵角色，隨著全球對於再生能源需求的不斷增長，積極推行減碳生活型態是朝向淨零目標邁進的必要途徑，而減少工廠、辦公大樓的日常營運排放，也是節能減碳的關鍵。為推動綠色建築的普及與應用，複合型的建材「光電整合型浪板SunSteel」將成為推動能源轉型的重要角色，不僅加速落實綠能科技的發展與應用，亦為建築材料帶來永續發展的機會。
上海2024年6月15日 /美通社/ -- 6月13日，TÜV萊茵為正泰新能ASTRO N系列多款高效組件產品頒發IEC TS 63126:2020光伏組件認證證書，該證書是全球首張IEC TS 63126（2 PfG 2971）高溫場景應用光伏組件TÜV Mark認證證書。授證儀式在上海SNEC正泰展台（8.2H-E680）舉行。同期，萊茵展台為正泰新能頒發全球首張IEC TS 63126 光伏接線盒TÜV Mark認證證書、全球首張IEC TS 63126 光伏連接器TÜV Mark認證證書。三張證書的頒發，不僅驗證了正泰新能組件在極端高溫環境下的極高可靠性和穩定性，也彰顯了正泰新能在產品研發、制造及質量管控等方向上的綜合實力。 德國萊茵TÜV大中華區產品服務事業群副總裁夏波，正泰新能常務副總裁、首席可持續發展官黃海燕，正泰新能CTO徐偉智博士、全球產品技術服務總經理周盛永、全球質量管理總經理鄭曉文等嘉賓共同出席頒證儀式。 IEC TS 63126:2020是對長時間在高溫環境下使用的光伏組件及零部件的專項測試，由國際電工委員會（IEC）於2020年6月頒布。該標准特別針對那些在極端高溫環境下安裝，且幾乎無間隙緊貼屋頂結構的組件而設立。它依據不同的溫度級別，對一系列關鍵性能進行了詳盡的分級評估，包括紫外線耐受性、熱循環穩定性、干熱環境下的表現、材料的蠕變特性、旁路二極管的熱性能以及熱斑效應的影響等。這項新認證是對現有IEC 61730-2和IEC 61215標准的重要補充，進一步確保了組件在各種極端氣候條件下的可靠性和耐用性。 夏波對正泰新能獲得TÜV萊茵全球首張IEC TS 63126光伏組件、光伏接線盒、光伏連接器等證書表達了衷心祝賀，並表示，正泰新能高度重視產品的可靠性和安全性，始終堅守最嚴格的要求，展現出了強大的產品開發和管理能力。未來TÜV萊茵將繼續攜手正泰新能在更多的光伏組件領域展開更深層次的合作，為其不斷發展壯大增添助力。 沙漠或高山等特殊環境地區，由於海拔、氣候等條件，通常擁有極高的太陽輻射水平，能為高效光伏系統提供理想輻照條件和空間。與此同時，高溫也對光伏組件的性能提出了更高的要求。 以正泰新能長期的重點業務戰略市場——中東、非洲等區域為例，當地的高溫環境有助於實現更高發電量的達成，與此同時，也對組件的耐溫性能提出了挑戰。正泰新能采用n型TOPCon 4.0電池技術的ASTRO N系列組件，溫度系數低至-0.29%/℃，實現了性價比與性能優勢的最大化。 此次IEC TS 63126:2020認證的完成，意味著正泰新能ASTRO N系列產品將具備更為高效、穩定的性能，可以廣泛應用於更多復雜環境的應用和項目中，也表明正泰新能在技術創新、質量控制、行業標准等方面保持全球光伏行業的領先地位，將為正泰新能進一步開發拓展包括中東、非洲等在內的全球市場奠定基礎。 黃海燕在授證儀式上表示，正泰新能將繼續推進光伏組件產品的技術革新和行業標准化，緊跟行業內最新標准，以先進的視角審視市場，嚴格把控產品性能和質量，為客戶帶來更高的收益回報。
SHANGHAI, June 15, 2024 /PRNewswire/ -- Seeing the world's first IEC TS 63126:2020 (2 PfG 2971) photovoltaic module certificate, the world's first IEC TS 63126 PV junction box certificate and the world's first IEC TS 63126 PV module connector certificate granted by TÜV Rheinland to multiple solar module products of Astronergy's ASTRO N series at SNEC PV Power Expo on June 13th, the high reliability and stability of Astronergy module products in extreme high-temperature environments are verified. Jack Zhou (right), the Head of Global Product Technical Management at Astronergy, received the company's IEC TS 63126 certificate at SNEC on June 13. Formulated and issued by the International Electrotechnical Commission (IEC), IEC TS 63126:2020 is a specialized test for PV modules and PV modules' spare parts used in high-temperature environments for extended periods. It is an important addition to the existing IEC 61730-2 and IEC 61215 standards and could further testify and enhance the reliability and durability of the modules in a wide range of extreme climatic conditions. Specific environmental areas, such as deserts or high mountains, often have extremely high levels of solar radiation due to altitude, climate and other conditions, which provide ideal irradiation conditions and space for high-efficiency photovoltaic systems. At the same time, high temperatures place higher demands on the performance of PV modules. Haiyan Huang (middle), EVP&CSO at Astronergy, received certificate from TÜV Rheinlands at SNEC on June 13. Through the rigorous tests conducted by TÜV Rheinland, an internationally leading independent third-party testing, inspection, certification, training, and consulting organization, all key data of Astronergy TOPCon products meets the IEC TS 63126, showcasing great performances. Attainment of IEC TS 63126:2020 certificates verifies Astronergy ASTRO N n-type TOPCon PV module products have more efficient and stable performance, and can be widely used in more applications and projects in complex environments. The three world's firsts also demonstrate Astronergy's leading position in the global PV industry in terms of technological innovation and quality control. For high-temperature featured markets such as the Middle East and Africa, Astronergy TOPCon products could be the first choice of local customers.
SHANGHAI, Jan. 31, 2024 /PRNewswire/ -- Shanghai Electric ("the Company", SEHK:2727, SSE:601727) announced that Nency Solar Technology (Nantong) Co., Ltd. ("Nency Solar"), the solar arm of Shanghai Electric, has been granted the IEC 61215:2021 and IEC 61730:2023 certifications for its n-type dual-glass photovoltaic (PV) module. The certifications were awarded by the global testing, inspection, and certification body TÜV SÜD, following extensive assessments designed to test and verify the performance, safety, service life, and reliability of solar modules, during which the product scored exceptional results. Shanghai Electric’s N-Type Double Glass Module Receives TÜV Süd Certification. The new milestone, which reaffirms Shanghai Electric's prowess in solar technology, adds to the Company's credentials in terms of product quality and functionality as it continues to ramp up investment in R&D to boost its technological innovation and bolster its standing in the renewable energy industry, paving the way for the development of more efficient, reliable, and high-performance solar products that help the world accelerate towards a greener future. Launched in 2023, Nency Solar's n-type dual-glass solar module is the first product made by the company in its latest drive to develop high-efficiency solar modules, marking a significant stride forward in its journey towards advancing solar technology. The module boasts a power output of up to 630W, an efficiency rate of 3%, and high bifaciality, with advantages including a low-temperature coefficient, low light-induced degradation (LID), and low potential-induced degradation (PID), improving its versatility and long service time, as well as durability in extreme weather conditions. Marking a landmark achievement in Shanghai Electric's roadmap for new energy products, the release of the solar module underscores the Company's autonomy in PV production and development, a major step that fuels its drive towards green, low-carbon, and high-quality development and lays an important groundwork for its global expansion. Nency Solar, a fully owned subsidiary of Shanghai Electric, was established in June 2023, following an agreement between Shanghai Electric and the Haimen District Government of Nantong City, allowing the Company to set up its solar production and R&D base in the city. The project ushered in a partnership between Nantong City and the company, aiming to explore new development models that accelerate the growth of the solar sector. With a goal to reach a 4.8GW production capacity for high-efficiency heterojunction (HJT) solar modules, the establishment of Nency Solar is poised to transform Nantong into a PV hub, which is instrumental in empowering the city to achieve industrial upgrades. In August 2023, Nency Solar and TÜV SÜD embarked on a strategic partnership focused on PV innovation, covering projects including product testing, certification, knowledge services, and training. The pair will join hands to also explore carbon-neutral technologies and leverage their respective resources and expertise to collaborate on areas such as the industrial chain, standard systems, and the integration of industry and finance. Together, the business alliance will enable them to develop industrial standards for N-type high-efficiency module technology that helps assess and verify the reliability of the modules in real-world environments. They will also undertake projects that evaluate the application and carbon emissions of N-type modules in outdoor solar power stations. Looking forward, Shanghai Electric aims to build upon its technical breakthroughs to catalyze its innovation in new energy products. Aiming to increase its global footprint by expanding partnerships within the energy sector, the Company is set to invest more resources to explore new technologies to help propel the sector's advancement, empowering countries worldwide to drive towards their carbon targets with its state-of-the-art solutions. For more information, please visit https://www.shanghai-electric.com/group_en/.
NINGBO, China, Oct. 26, 2023 /PRNewswire/ -- Risen Energy, a global leading manufacturer of high-performance solar photovoltaic (PV) products, is pleased to announce that the company has received French carbon footprint certification for its heterojunction (HJT) Hyper-ion solar module. This significant milestone paves the way for Risen Energy's plans to expand its market presence in the country as it continues to empower the global new energy transition with more green, high-efficiency, and high-quality solar products. The certification, granted by Certisolis, a third-party institution appointed by the French Energy Regulatory Commission (CRE) as the only laboratory to evaluate and certify the performance of PV products, confirms that Risen Energy's Hyper-ion module achieves a carbon footprint value of 376.5 kg eq CO2/kWc. This solar module sets a new industry standard for product carbon footprint, offering a climate-friendly design combined with cutting-edge innovations that help reduce costs and increase power generation. "In an era where the global impact of climate change is ever-increasing, carbon neutrality has become a universal imperative. As a leader in the solar industry, Risen Energy is dedicated to pioneering high-efficiency, low-carbon solar products. The introduction of the Hyper-ion series marks a new milestone for Risen Energy, a next-gen solution that reduces the cost per kilowatt-hour while enhancing carbon value, in addition to its superior power generation. It testifies to our commitment to advancing PV technology and our ambition to empower the world to accelerate towards a zero-carbon future with innovative products," said Liu Yafeng, Senior Director of R&D at Risen Energy. Risen Energy's Hyper-ion series harnesses its latest HJT technology with microcrystalline doped layers on both sides of the cell. The adoption of a silver-coated copper-based paste reduces silver consumption, which drives down overall costs. The module is also equipped with Hyper-Link, a special interconnection technology developed by Risen Energy. Additionally, the zero-busbar design eliminates the busbars on cells to further enhance interconnectivity. With efficiency reaching up to 23.9%, the module boasts an extremely stable temperature coefficient and a high bifaciality of up to 85% ±10%. The thinner wafer and low-temperature process of HJT allow the module to achieve a carbon footprint value of less than 400 kg eq CO2/kWc. Launched in 2022, the module has been certified to meet the standards of IEC 61215/IEC 61730. With the increasing impact of global climate change, carbon neutrality has become a global consensus. As a leading player in the PV industry, Risen Energy has always embraced the concept of sustainable development. It actively responds to the national call for low-carbon development and is committed to researching and developing high-yield, low-carbon emission products. About Risen Energy Risen Energy is a leading, global, Tier1, "AAA" credit-rated manufacturer of high-performance solar photovoltaic products and a provider of total business solutions for power generation. Founded in 1986 and publicly listed in 2010, the company delivers value generation for its global customers. Techno-commercial innovation, underpinned by consummate quality and support, defines Risen total Solar PV business solutions, which are among the most powerful and cost-effective in the industry. With a local market presence and strong financial bankability status, we are committed and able to build strategic, mutually beneficial collaborations with our partners as we together capitalize on the rising value of green energy.
A12 藝術空間
IEC 61730
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