Company news

Smart Energy Storage Solution for Modern Homes As residential solar energy systems continue to expand globally, the demand for intelligent energy storage solutions is growing rapidly. The GoodWe ET inverter is designed to meet this demand by providing efficient, stable, and flexible hybrid energy management for households. The GoodWe ET inverter supports 5kW, 6kW, 8kW, and 10kW power ranges, making the GoodWe ET inverter suitable for different residential energy storage applications.

The GoodWe ESA energy storage system provides a reliable and intelligent solution for commercial and industrial applications. Featuring modular expansion, dual fire protection, IP55 outdoor protection, and smart EMS control, the GoodWe ESA energy storage system supports efficient and flexible energy management for modern businesses.

The 620W–630W segment has become a standard for large-format modules due to its balance between size, efficiency, and installation practicality. JA Solar’s DeepBlue and bifacial series in this range are widely adopted in global markets due to their reliability and cost-performance ratio. The JA Solar 2382 (620W / 625W / 630W) modules offer a strong combination of high efficiency, durability, and immediate availability. With advanced cell technology and bifacial design, they provide higher energy yield and lower system costs, making them a practical choice for both large-scale and commercial solar projects.

JA Solar Modules 2382 (620W / 625W / 630W) – Ex-Stock Availability Product Overview The JA Solar 2382 series (620W–630W) represents a high-power class of photovoltaic modules designed for modern solar installations requiring both efficiency and reliability. These modules are widely available as ex-stock products, making them ideal for projects with urgent delivery timelines and fast deployment requirements. JA Solar’s product strategy is built around continuous innovation and high manufacturing standards. Through significant investment in research and development, the company has developed advanced cell technologies such as TOPCon and high-efficiency monocrystalline architectures, enabling higher energy conversion rates and improved long-term performance.

The GoodWe GTG2 inverter introduces a new level of safety and intelligence for commercial and industrial PV systems. With advanced protection features such as AFCI 3.0 and intelligent dust removal, the GoodWe GTG2 inverter is becoming a preferred choice in global solar projects.

The global photovoltaic industry is undergoing a critical transformation driven by the accelerating demand for clean energy and carbon neutrality goals. Within this evolving landscape, innovation in solar cell architecture has become a key factor in improving system efficiency, reliability, and long-term investment returns. Responding to these market dynamics, LONGi has introduced its advanced Hi-MO X6 module series, designed specifically to redefine performance standards in distributed solar applications

TOPCon has rapidly become the mainstream successor to PERC in global PV manufacturing .i-TOPCon (industrial Tunnel Oxide Passivated Contact) technology introduces: An ultra-thin tunnel oxide layer Highly doped polysilicon passivation Reduced recombination losses Higher open-circuit voltage (Voc) This results in: Higher conversion efficiency Improved temperature coefficients Exceptional performance stability over time. 1 N-Type vs. P-Type Cells Traditional P-Type PERC modules suffer from: Light-Induced Degradation (LID) Light- and elevated Temperature-Induced Degradation (LeTID) Faster long-term performance decline By contrast, N-Type cells offer: Near-zero LID and LeTID Higher carrier lifetime Superior low-light and high-temperature performance Higher long-term energy yield

Trina Solar Vertex N Series N-Type i-TOPCon Bifacial Dual Glass Modules (TSM-NEG2) Engineering the Next Standard for High-Performance, Bankable Solar Assets 1. Introduction: From Nameplate Power to Long-Term Energy Value As the global photovoltaic (PV) industry matures, project success is no longer defined by headline wattage alone. Developers, investors, and grid operators increasingly prioritize lifetime energy yield, degradation control, bankability, and levelized cost of energy (LCOE). In this new landscape, advanced cell technologies and system-level optimization have become decisive factors. Trina Solar’s Vertex N Series, built on N-Type i-TOPCon bifacial dual-glass architecture, represents a decisive step toward this next phase of solar development. Rather than focusing solely on peak output, Vertex N modules are engineered to deliver stable, predictable, and superior energy production over 30 years, making them ideally suited for utility-scale, commercial, and industrial (C&I) solar projects worldwide.

Under Chairman Nan Cunhui’s leadership, CHINT New Energy has expanded high-efficiency photovoltaic production, implementing advanced module projects across multiple sites to support global utility-scale solar energy development.

Under Chairman Nan Cunhui’s leadership, CHINT New Energy has expanded high-efficiency photovoltaic production, advancing advanced module projects across multiple sites to support global utility-scale solar energy development.