Month: April 2026

WUHU, China, April 29, 2026 /PRNewswire/ — In April 2026, PAIDI Technology appeared at two major global events held by Chery Group. Bringing together international merchants from nearly 100 countries and regions and covering core markets such as Southeast Asia, Europe, the Americas, the Middle East and Africa, the two summits serve as a vital stage to highlight the innovative manufacturing strength of China’s new energy commercial vehicles and demonstrate the global competitiveness of Chinese brands.

During the exhibition, PAIDI Technology won high recognition from international customers with the reliable quality and innovative business models of Chinese manufacturing. Overseas guests spoke highly of China’s innovative manufacturing, and fully affirmed the economic value and efficient operation solutions created by PAIDI in the fields of urban short-distance logistics, light distribution and small and micro business development. They recognized that its products cater to global market demands with broad commercial prospects and practical value.

Backed by Chery’s mature industrial chain and quality assurance system, PAIDI continues to drive industrial upgrading through technological innovation and promote the global development of China’s new energy commercial vehicles. This exhibition marks a new milestone in PAIDI’s global layout, and lays a solid foundation for deepening international cooperation and expanding overseas markets.

As an independently operated eco-technology brand under Chery Holding Group, PAIDI Technology is committed to providing intelligent short-range travel solutions for couriers, urban freight workers and individual users. With global industrial layout and solid technical strength, PAIDI has built a complete ecological system covering research and development, production, sales and services. Adopting passenger vehicle-grade manufacturing processes, its core models are equipped with safe and stable lithium iron phosphate batteries. With the body dimension of 3330×1080×1700mm and a cruising range of 100 kilometers, the vehicles feature a compact body and flexible travel performance. PAIDI reshapes urban short-distance logistics and daily service experience through innovative technologies, and continuously promotes the high-quality development of the industry.

 

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SOURCE PAIDI Technology

XI’AN, China, April 29, 2026 /PRNewswire/ — Recently, LONGi announced two major technological breakthroughs. First, its independently developed Hybrid Interdigitated-Back-Contact (HIBC) solar cell has been certified by the Institute for Solar Energy Research Hamelin (ISFH) in Germany, achieving a photoelectric conversion efficiency of 28.13%. This marks yet another step forward toward the theoretical efficiency limit of crystalline silicon solar cells, following LONGi’s previous efficiency record of 28.04% set in January 2026. Second, modules fabricated based on HIBC solar cells have been certified by the U.S. National Laboratory of the Rockies(NLR), with efficiency breaking through to 26.4% — setting a new record after LONGi had earlier pushed the crystalline silicon module efficiency to 26%.

As the ultimate solution for single-junction crystalline silicon cell technology, the HIBC cell developed by LONGi’s Central R&D Institute represents a culmination of the strengths of various cell technologies. The R&D team has innovatively introduced core technologies such as in-situ Patterned Edge Passivation (iPET) and Laser-Induced Crystallization modification (LIC). Through systematic optimization of structural design, material selection, and fabrication processes, the team has achieved multiple breakthroughs in optical performance, interface passivation quality, and charge transport efficiency, paving a mature pathway for the commercial deployment of ultra-high-efficiency crystalline silicon cells.

These hardcore breakthroughs in technological strength have already translated into a leading edge in mass production. In April 2026, the authoritative global PV media outlet TaiyangNews released its ranking of commercialized mass-produced module efficiencies, and LONGi’s  EcoLife series modules, powered by HIBC technology, secured the top spot with a mass-production efficiency of 25%. This achievement marks the official completion of a complete closed loop spanning from laboratory R&D to large-scale commercial application for HIBC cells, delivering yet another premium clean energy solution to global customers — one that offers “high efficiency, high energy yield, aesthetic versatility, and certified safety and reliability“.

Having been deeply engaged in the clean energy field for many years, LONGi has established a comprehensive “Green Power + Green Hydrogen + Energy Storage” full-chain clean energy solution, consistently driving technological iteration through independent innovation to deliver high-quality products across all application scenarios to global customers. Moving forward, LONGi will continue to focus on technological innovation, accelerating the translation of laboratory efficiency breakthroughs into large-scale manufacturing, and serving the global energy transition with more competitive clean energy products to help build a zero-carbon and sustainable green energy ecosystem.

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SOURCE LONGi