Blogs

In 2026, the PV industry has stepped into a technology-driven high-quality development stage, facing transformation pressures from policy adjustments and capacity contradictions. This article focuses on the three core PV technology keywords of 2026—N-type, Perovskite, and PV-Storage Integration—elaborates on their core features and industrial impacts, reveals their synergistic relationship, and provides guidance for relevant stakeholders to grasp the industry development context. Read More

The "token economy" has emerged in the AI sector, transforming data centers into "token factories". Surging computing power demand has driven a sharp rise in their energy consumption. Photovoltaics, supported by its low cost, policy incentives for green electricity and the "PV + energy storage" model, has become the optimal energy solution for data centers. This trend also forces the photovoltaic industry to achieve a comprehensive upgrade in stability, technology and integrated service capabilities. Read More

This article introduces China’s first national standard for virtual power plants, GB/T 47241-2026, which takes effect in September 2026. It defines VPPs, sets unified technical rules in six key areas to solve industry fragmentation problems, and supports their formal participation in the power market. The standard helps transform business models, boost local development, and improve the flexibility and cost efficiency of the power system. Read More

This abstract states that PV modules, the core energy conversion unit of photovoltaic systems, convert solar energy into electricity. Conventional crystalline silicon PV modules have a laminated structure with six core components, each functioning in photoelectric conversion, protection, connection and environmental resistance to determine module performance. The paper elaborates on their composition, material characteristics, working mechanisms and functions, providing theoretical references for related design, production and application. Read More

This article, guided by the "dual carbon" goal and combined with relevant policies and industry practices, systematically analyzes the key elements of distributed PV power generation site selection from four core dimensions (natural, site, power grid, and compliance conditions), supplements practical site selection points for different scenarios, and provides professional reference for industry practitioners to promote the scientific and efficient implementation of projects. Read More

Owning a solar energy system is a brilliant way to gain energy independence, but it can be frustrating when the screen goes blank or a red light starts flashing. Read More