Dinto Solar has signed a 20 MW distribution agreement with an Egyptian partner to supply its high-efficiency 740 W G12-132 heterojunction (HJT) modules, marking a further milestone in the company’s expansion across North Africa. The modules will be deployed in desert solar-powered water pumping systems and distributed PV projects, supporting agricultural irrigation and off-grid power supply.
Egypt is one of North Africa’s fastest-growing solar markets, with increasing demand for high-performance PV solutions in agricultural irrigation and distributed PV applications. At the same time, extreme heat, frequent sandstorms, and harsh desert conditions continue to challenge long-term system performance.
Designed for these demanding environments, Dinto Solar’s G12-132 HJT module combines an industry-leading temperature coefficient of -0.24%/°C, 740 W of output, and module bifaciality exceeding 90%. Together, these features minimize power losses under extreme heat, increase energy yield by capturing reflected irradiance from sandy terrain, and reduce BOS costs through higher system power density—improving overall project economics for solar-powered water pumping and distributed PV applications.
Certified by TÜV SÜD and CQC, the G12-132 module has successfully passed rigorous environmental reliability testing, including salt mist and sand resistance. With first-year degradation below 1% and more than 90.3% power retention after 30 years, the product is engineered to deliver reliable, long-term performance in demanding desert conditions.
As Egypt accelerates industrial solar deployment and the transition toward clean-energy-powered agricultural irrigation, Dinto Solar will continue working closely with local distribution partners to deliver high-efficiency HJT products, reliable supply, and localized technical support. Dinto Solar expects to complete delivery of the full 20 MW order by August 2026, supporting desert PV water pumping and distributed solar projects while contributing to Egypt’s transition toward a cleaner energy future.
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