Recently, Astronergy’s ASTRO N n-type TOPCon PV modules have passed the rigorous UVID tests, with a degradation rate of only 0.7% under the UV60 exposure, which reflects the outstanding reliability of the company’s module products to guarantee long-term stable power generation!

With tailored ASTRO N series n-type TOPCon solar module products for Mexican market, Astronergy recently participated in Intersolar Mexico 2024 from September 3-4 at Centro Citibanamex in Mexico City.

Astronergy supplied 208,448 pieces of ASTRO N5 PV modules, totaling 120MW, for a significant fishery-solar project in Southern China. After around 10 months’ construction, the project connected to the grid in June 2024. It is now in the smart operation phase, utilizing advanced monitoring and maintenance technologies.

Astronergy highlighted its ASTRO series of high-efficiency PV modules at Intersolar South America 2024 in São Paulo, Brazil, from August 27-29.

A photo capture the 165.6MW Benban solar plant in Egypt, which uses Astronergy solar module products. [Photo/Astronergy] After winning the tenders from two giant Chinese companies – China International Water & Electric Corp. (CWE) and the Power Construction Corporation of China (POWERCHINA), a total of one gigawatt (GW) Astronergy n-type TOPCon solar modules will be shipped to Algeria to support the country’s 2,000 MW solar plant construction plan.

Astronergy supplied 50,544 pieces of ASTRO N5 n-type PV modules for a 31.6MW solar park in Vâlcea County, Romania.

Astronergy, in collaboration with WOODWORK CO., LTD, launched a 1MW solar factory in Thailand, marking a significant step forward in enhancing sustainability within the local manufacturing sector.

Astronergy, a Tier-1 PV module manufacturer, recently contributed to the completion of a 400MW Solar+Grazing integrated project in Tongren, Qinghai, China. As one of the core module suppliers for this project, Astronergy provided 240MW of its high-efficiency ASTRO Series modules with excellent efficiency, enhanced reliability, and high adaptability to diverse environmental conditions, especially high-altitude conditions.