In 2025, Astronergy’s engineering and production team at its Haining, Zhejiang manufacturing base successfully completed the development and validation of the ASTRO N7s 2.0 450–475W bifacial module series. Led by senior photovoltaic engineers and quality control specialists, the project addressed growing global demand for high-efficiency bifacial solar modules suitable for utility-scale and commercial PV projects. By adopting advanced N-type TOPCon technology, optimizing module design, and performing strict reliability tests, Astronergy ensured the ASTRO N7s 2.0 450–475W series delivers stable energy output, long-term durability, and optimized performance for international solar projects.

In 2025, Astronergy’s R&D and production team at its Haining, Zhejiang manufacturing base successfully completed the development and validation of the ASTRO N7s 2.0 450–470W bifacial black solar module series. Led by senior photovoltaic engineers and quality control specialists, the project responded to increasing global demand for high-efficiency, aesthetically appealing black bifacial solar modules for utility-scale and commercial rooftop installations. By adopting advanced N-type TOPCon technology, optimizing module layout, and conducting rigorous reliability tests, Astronergy ensured the ASTRO N7s 2.0 series delivers stable energy output, long-term durability, and high performance for international solar projects.

In 2025, Astronergy’s engineering and production team at its Haining, Zhejiang manufacturing base successfully completed the development and validation of the ASTRO N7 Pro 670W 66-cell bifacial module. Led by senior photovoltaic engineers and quality specialists, the project aimed to meet growing global demand for high-power, high-efficiency solar modules suitable for utility-scale power plants. By adopting advanced N-type TOPCon technology, optimizing module layout, and performing rigorous reliability testing, Astronergy ensured the ASTRO N7 Pro 670W series provides stable energy output, long-term durability, and optimized performance for international

In 2025, Astronergy’s engineering and production team at its Haining, Zhejiang manufacturing base successfully completed the development and verification of the ASTRO N7 Pro 645–670W 66-cell bifacial module series. Led by senior photovoltaic engineers and quality specialists, the project addressed the growing international demand for high-power, high-efficiency solar modules for utility-scale power plants. By adopting advanced N-type TOPCon technology, optimizing module layout, and conducting rigorous reliability tests, Astronergy ensured the ASTRO N7 Pro 645–670W series delivers stable energy output, long-term durability, and maximum performance for global solar projects.

In 2025, Astronergy’s photovoltaic engineering and production team at its Haining, Zhejiang manufacturing base successfully completed the development and verification of the ASTRO N7 615–635W 66-cell bifacial module series. Led by senior engineers and quality control experts, the project addressed growing global demand for compact, high-efficiency solar modules suitable for utility-scale power plants. The team adopted advanced N-type TOPCon technology, optimized the module layout, and implemented strict reliability testing standards. As a result, the ASTRO N7 615–635W series was launched to provide stable energy output, long-term durability, and optimized performance for international solar projects.

In 2025, the engineering and product management team of Astronergy, a core photovoltaic brand under CHINT Group, completed the technical upgrade and production validation of the ASTRO N7 2.0 bifacial solar module series at its intelligent manufacturing base in Haining, Zhejiang, China. Led by senior photovoltaic engineers and quality control specialists, the project was initiated to respond to increasing global demand for compact, high-efficiency solar modules suitable for large-scale power plants. During the development process, Astronergy adopted advanced N-type TOPCon cell technology, optimized module layout, and enhanced structural reliability through strict testing standards. The ASTRO N7 2.0 series was successfully launched to provide stable power output, improved system compatibility, and long-term reliability for international utility-scale photovoltaic projects.

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.

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.

In January 2025, project manager Wang supervised the installation of Aiko Black Hole ABC panels on a commercial rooftop in Shandong, choosing them to increase output and completing grid connection smoothly.