Company news

In early 2025, the engineering and product development team of Astronergy, a core photovoltaic brand under CHINT Group, completed the mass-production verification of the ASTRO N5 bifacial solar module series at its manufacturing base in Haining, Zhejiang, China. Led by senior photovoltaic engineers and quality specialists, the project focused on meeting the growing global demand for high-power and high-efficiency solar modules for utility-scale power plants. The development was driven by the rapid expansion of large-scale renewable energy projects and the need to reduce the levelized cost of electricity. During the process, Astronergy applied advanced N-type TOPCon 4.0 cell technology, optimized module structure, and strict reliability testing standards. As a result, the ASTRO N5 630–650W bifacial solar modules successfully entered large-scale production, providing stable, efficient, and long-term energy solutions for international solar markets.

GOODWE is a technology-driven company specializing in the research, development, manufacturing, and supply of solar inverters and energy storage solutio 1. Grid-Tied Inverters GOODWE’s grid-connected inverters are engineered for high efficiency, stability, and long-term reliability. They are ideal for residential rooftops, commercial buildings, and industrial facilities connected to the public power grid. These inverters feature advanced maximum power point tracking (MPPT) technology, ensuring optimal energy harvest under varying solar conditions.ns. Since its establishment, the company has placed strong emphasis on innovation, product reliability, and long-term performance. With a global footprint spanning more than 100 countries and regions, GOODWE products are widely deployed in homes, businesses, factories, and large solar power plants.By combining advanced power electronics, smart energy management, and continuous innovation, GOODWE plays a critical role in enabling energy independence, improving system efficiency, and supporting the global journey toward a low-carbon future. This integrated approach allows customers to benefit from optimized system performance, simplified installation, and intelligent energy control.

GOODWE is a technology-driven company specializing in the research, development, manufacturing, and supply of solar inverters and energy storage solutio 1. Grid-Tied Inverters GOODWE’s grid-connected inverters are engineered for high efficiency, stability, and long-term reliability. They are ideal for residential rooftops, commercial buildings, and industrial facilities connected to the public power grid. These inverters feature advanced maximum power point tracking (MPPT) technology, ensuring optimal energy harvest under varying solar conditions.ns. Since its establishment, the company has placed strong emphasis on innovation, product reliability, and long-term performance. With a global footprint spanning more than 100 countries and regions, GOODWE products are widely deployed in homes, businesses, factories, and large solar power plants.By combining advanced power electronics, smart energy management, and continuous innovation, GOODWE plays a critical role in enabling energy independence, improving system efficiency, and supporting the global journey toward a low-carbon future. This integrated approach allows customers to benefit from optimized system performance, simplified installation, and intelligent energy control.

Solar power systems have become more than just a source of electricity—they are now a strategic tool for managing energy in a smarter and more predictable way. The real challenge for many solar users is not only generating energy, but also controlling how it is stored, used, and optimized to match real-life consumption patterns. This is where advanced inverter technology and intelligent energy storage solutions make a tangible difference. GOODWE has positioned itself as a key player in solving this challenge by offering products that transform solar energy from a simple generation system into a fully controllable energy ecosystem. Instead of relying solely on grid power or facing unpredictable electricity bills, users can now take control of their energy flow—choosing when to store power, when to use it, and when to sell it back to the grid.

In May 2025, Astronergy engineers led by Project Director Leo Wang introduced the ASTRO N5 bifacial solar panel series at a product launch event in Haining, China, responding to growing global demand for higher-efficiency photovoltaic solutions.

Understanding the Core Performance Parameters of the LONGi Hi-MO X10 Module As the photovoltaic industry enters a phase defined by quality-driven growth, the conversation around solar modules is no longer centered solely on capacity expansion. Instead, attention has shifted toward efficiency, long-term stability, and real-world energy yield. In this context, LONGi’s Hi-MO X10 series stands out as a next-generation product designed to meet the increasingly demanding requirements of modern solar projects. By examining the core performance parameters of the Hi-MO X10—particularly the 72-cell variant—we gain insight into how advanced engineering and material innovation translate into tangible value for developers, investors, and system operators.

Trina Solar High-Efficiency Modules: Engineering for Bankability, Reliability, and Long-Term Value As the global photovoltaic industry advances toward large-scale, investment-driven deployment, the focus has moved beyond nominal wattage to technologies that ensure bankability, operational stability, and predictable lifetime performance. Trina Solar’s latest generation of high-efficiency modules embodies this transition by aligning advanced cell technology with system-leveloptimization.

LONGi Hi-MO 7 Bifacial Modules Set a New Technical Benchmark for Utility-Scale Solar Projects As global solar installations continue to expand toward larger, more sophisticated power plants, the industry’s focus has shifted from simple capacity growth to system efficiency, reliability, and lifecycle value. In this context, LONGi Solar’s Hi-MO 7 bifacial double-glass modules represent a strategic response to the evolving technical and economic requirements of utility-scale and commercial photovoltaic projects. Rather than being a conventional power upgrade, Hi-MO 7 reflects a broader trend in PV technology: maximizing energy yield per module while simultaneously reducing system complexity and long-term operational risk. Engineering for High-Density Power Generation One of the most notable characteristics of the Hi-MO 7 series is its high power density, with output levels reaching 605W, 610W, and 615W. This increase in power is not merely incremental; it directly influences plant design, land use efficiency, and overall system economics.

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Technical / Business Article (Professional & Investor-Oriented) LONGi unveiled its EcoLife Series at the Intersolar Exhibition on May 7th, introducing the first mass-produced photovoltaic module based on Hybrid Interdigitated Back Contact (HIBC) technology. This advanced cell architecture minimizes optical and electrical losses, enabling a mass-production cell efficiency of 27.3% and a module efficiency exceeding 25%. According to Zhong Baoshen, Chairman of LONGi, the initial market focus is Europe’s high-end residential segment, followed by a phased expansion into domestic commercial and industrial solar markets. The EcoLife Series is positioned to address the challenges of the post-5.31 era, where higher efficiency per unit area and long-term system value are critical to project success.