Blogs

Learn how to accurately calculate solar module efficiency using STC and NOCT. Mitigate risk and optimize ROI for commercial solar investments. Read More

Broken solar panel glass cannot be repaired due to lamination. DIY fixes are unsafe. Learn why full replacement is the only viable solution. Read More

With the growing popularity of factory photovoltaic installation in 2026, many enterprises worry that installing photovoltaics will affect factory fire safety and acceptance. This article clarifies that compliant photovoltaic projects with standardized design and construction will not affect fire safety and acceptance, but illegal operations will lead to safety hazards and acceptance failure. It details the latest 2026 fire safety specifications for factory photovoltaics, including flame-retardant equipment requirements, roof installation standards, standardized line laying and emergency mechanism establishment. It also explains two independent acceptance types (factory fire safety acceptance and photovoltaic project acceptance) and their processes. Common misunderstandings that affect acceptance are summarized, and real cases are cited to verify that compliant installation ensures smooth acceptance. Read More

Another important step has been taken in top-level design, opening up entirely new space for the development of the photovoltaic industry. Read More

Document No. 136 in 2025 pushed the household PV industry into market-oriented reform, leading to market volatility and prompting enterprises to explore new paths. After several business model iterations, whole-village development has become an important direction. Emerging to address grid absorption and access issues, this model is supported by national and local policies, with core values in promoting new energy, power market reform and rural revitalization, while facing technical, coordination and channel-related challenges, and the industry threshold will rise in the future. Read More

The 15th Five-Year Plan for Renewable Energy Development sets the guideline of expanding scale, improving quality and pursuing reliable substitution. As a core renewable energy source, photovoltaic (PV) power is shifting from simple capacity expansion to high-quality development and diversified utilization. This paper analyzes PV development paths including large-scale bases, PV-storage integration and non-power applications such as green hydrogen production. It points out that the PV sector needs to boost adjustable capacity to reliably replace fossil fuels. Guided by the Plan, PV will become a vital energy carrier for the new power system and industrial decarbonization. Read More