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Home - Technology - Astronergy launches 670 W TOPCon solar panel with an efficiency of 24.9% – SPE
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Astronergy launches 670 W TOPCon solar panel with an efficiency of 24.9% – SPE

solarenergyBy solarenergyJanuary 7, 2026No Comments2 Mins Read
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China’s Astronergy says its ASTRO N7 Pro module targets utility-scale PV installations and commercial rooftops, offering quarter-cell architecture, bifacial benefits and a 30-year performance warranty.

January 7, 2026
Sandra Enkhardt

Astronergy, the solar module unit of China’s Chint Group, has introduced a new tunnel oxide passivated contact (TOPCon) solar panel with a power output of up to 670W, with a maximum conversion efficiency of 24.8%.

The product, marketed as the ASTRO N7 Pro, is designed for utility-scale photovoltaic installations, as well as commercial and industrial rooftop installations. Astronergy said the module is based on the TOPCon 5.0+ cell technology, without providing further technical details.

It claimed that a core feature of the module is its quarter-cell design, which reduces internal current and associated power losses. Astronergy said the configuration also reduces maximum hotspot temperatures and improves performance under partial shade, delivering up to 20% higher energy yields than shaded half-cell modules in real-world conditions.

The module has a temperature coefficient of -0.26% per degree Celsius and a bifaciality factor of 85%, with a potential variation of approximately 5%. Astronergy said this supports bifacial energy gains of 1% to 3% above those of back-contact modules.

Additional features include a quarter-cell layout with 20 busbars and a low-temperature, low-voltage and flux manufacturing process, which the company says is intended to reduce hidden micro-cracks and improve long-term reliability.

Astronergy offers a 30-year linear performance warranty for the module, with degradation limited to 1% in the first year and 0.35% per year from the second through the thirtieth year. The product warranty is 15 years. The company did not reveal the dimensions or weight of the module.

See also  The battle for solar panel patents could change the domestic manufacturing landscape

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