Blogs

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

Solar photovoltaic power has become a core pillar of the new power system. This article compares the characteristics, advantages, scenarios and maintenance of monocrystalline and double-glass PV modules, introduces photovoltaic power generation principles and technological upgrades, and analyzes the industry’s technological iteration, industrial chain restructuring and new power system adaptation, offering practical guidance for PV project application and investment. Read More

Discover why monocrystalline solar modules lead in efficiency and ROI. Compare advanced tech like TOPCon and HJT to optimize your solar investment. Read More

Explore the durability of dual-glass solar modules. Learn how 30-year lifespans and ≤0.4% degradation optimize ROI for utility-scale systems. Read More

Optimize solar LCOE with double-glass modules. This guide covers engineering, durability in harsh climates, and installation risks for developers. Read More

Driven by global energy transition and new power system construction, the photovoltaic industry is transitioning from extensive expansion to technology-oriented high-quality development. This paper analyzes its transformation from technological iteration, value chain restructuring and system adaptation. The popularization of N-type technologies and the industrialization of perovskite tandem cells greatly enhance conversion efficiency and industrial competitiveness. The industry faces volatility, standard and refined management bottlenecks. Future development will focus on low-carbon, intelligent, integrated and globalized growth, further consolidating PV’s core position in clean energy transformation. Read More