On October 22nd, Longi Green Energy and T Ü V Rheinland Group jointly released the "White Paper on Photovoltaic Fire Safety" (hereinafter referred to as the "White Paper") in Yancheng, Jiangsu. With the accelerated integration of photovoltaics into various industries, fire safety is no longer just a product technology issue, but also related to personnel life, building assets, and social public safety.
Adhering to its responsibility to customers, the industry, and society, LONGi collaborates with T Ü V Rheinland to conduct systematic research around four main themes: "accident costs, selection criteria, product validation, and investment returns". This research provides new ideas for photovoltaic fire safety evaluation and project decision-making, and looks forward to open sharing of research results to promote a broader safety consensus across the industry.
At the press conference, Lv Yuan, Vice President of Longi Green Energy Photovoltaic Product Management Center, officially released the "White Paper on Photovoltaic Fire Safety" on behalf of Longi, and systematically introduced the core research results of the "White Paper" around the challenges of photovoltaic safety in large-scale applications, scenario based fire prevention selection, special technology verification, and long-term investment value.
10月22日，隆基绿能与德国莱茵TÜV集团于江苏盐城联合发布《光伏防火安全白皮书》（以下简称《白皮书》）。随着光伏加速融入千行百业，防火安全已不仅是产品技术问题，更关乎人员生命、建筑资产与社会公共安全。
秉持对客户、行业与社会的责任，隆基携手TÜV莱茵，围绕“事故代价、选型标准、产品验证、投资回报”四条主线展开系统研究，为光伏防火安全评价与项目决策提供新思路，并期待以研究成果的开放分享，推动全行业形成更广泛的安全共识。
发布现场，隆基绿能光伏产品管理中心副总裁吕远代表隆基正式发布《光伏防火安全白皮书》，并围绕规模化应用下的光伏安全挑战、场景化防火选型、专项技术验证及长期投资价值，系统介绍了《白皮书》的核心研究成果。
In March of this year, at the special fire protection component launch conference, Longi put forward a viewpoint: safety is "1", and benefits are the "0" behind it. Only when "1" stands firm, the "0" behind it is truly valuable. More than half a year has passed, and the practical significance of this viewpoint has become even more prominent.
According to the data from the National Energy Administration, from March to August 2026, there will be nearly 30000 new industrial and commercial distributed photovoltaic projects added nationwide, far exceeding the number of new centralized photovoltaic projects added during the same period. Photovoltaics are accelerating their integration into industrial production, commercial operations, and various building scenarios.
The White Paper proposes a "risk consequence matrix", which establishes a differentiated safety selection approach from two dimensions: fire risk and the severity of accident consequences. Conventional photovoltaic modules have mature safety performance and can meet the needs of most mainstream application scenarios. Fire safety selection is not simply a matter of judging whether components are "good or bad", but rather a more scientific match between risk levels and safety solutions in different scenarios.
今年3月，在特种防火组件发布会上，隆基曾提出一个观点：安全是“1”，收益是后面的“0”。只有“1”站稳了，后面的“0”才真正有价值。半年多过去，这一观点的现实意义更加突出。
根据国家能源局建档立卡数据，2026年3月至8月，全国新增工商业分布式光伏项目接近3万个，数量远超同期新增集中式光伏项目。光伏正在加速融入工业生产、商业经营及各类建筑场景。
《白皮书》提出了“风险—后果矩阵”，从火灾发生风险和事故后果严重性两个维度，建立差异化安全选型思路。常规光伏组件已经具备成熟的安全性能，能够满足大多数主流应用场景需求。防火安全选型并非简单判断组件“好与坏”，而是让不同场景的风险等级与安全解决方案更加科学地匹配。
T Ü V Rheinland has conducted a special fire safety assessment method to explore the risks of hot spots, electrical connection failures, key component failures, and long-term aging involved in industry accidents. The Longi Hi MO X10 special fire protection component has been used as the verification object, and special tests covering seven aspects have been implemented, providing a more comprehensive and traceable third-party testing basis for the safety capabilities of components such as fire prevention and anti spread.
The White Paper proposes a fire risk adjustment model that further considers fire risks, potential economic losses, and related safety investments on the basis of traditional investment evaluation, promoting a comprehensive evaluation of the long-term value of different safety solutions. The component cost is only a part of the project investment, but it may be the entire value of the long-term operation of the project associated with fire safety.
From the launch of special fire-resistant components in March this year to the joint release of the "Photovoltaic Fire Safety White Paper" with T Ü V Rheinland, Longi has always adhered to responding to social needs with technological progress and practicing corporate responsibility through practical actions, so that photovoltaics not only create green energy value, but also bring safe, reliable, and sustainable long-term value to society.
针对行业事故中涉及的热斑、电气连接故障、关键器件失效及长期老化等风险，TÜV莱茵开展了专项防火安全评估方法探索，并以隆基Hi-MO X10特种防火组件作为验证对象，实施了覆盖七个方面的专项测试，为组件防起火、防蔓延等安全能力提供了更加全面、可追溯的第三方测试依据。
《白皮书》提出防火风险调整模型，在传统投资评价基础上，进一步考虑火灾风险、潜在经济损失与相关安全投入，推动对不同安全方案长期价值的综合评估。组件成本只是项目投资的一部分，防火安全所关联的，却可能是项目长期运营的全部价值。
从今年3月特种防火组件的推出，到此次与TÜV莱茵联合发布《光伏防火安全白皮书》，隆基始终坚持以技术进步回应社会需求，以实际行动践行企业责任，让光伏不仅创造绿色能源价值，更为社会带来安全、可靠、可持续的长期价值。
(Using AI translation)
（使用AI翻译）
