LONGi and Aprilice AB Sign 60MW supply agreement at Intersolar Europe 2025 for the Scandinavian market

Global solar technology leader LONGi and Aprilice AB, Scandinavia’s largest PV distributor, have announced the signing of a 60MW photovoltaic module supply agreement during Intersolar Europe 2025 in Munich. The agreement marks a significant milestone in the long-standing collaboration between the two companies and reaffirms their commitment to accelerating the energy transition in Northern Europe.

The deal includes the supply of LONGi’s latest Hi-MO X10 modules, featuring cutting-edge Back Contact (BC) technology, optimized for both performance and visual appeal. Tailored to the needs of the Nordic market, these modules offer enhanced durability and low-light performance, crucial for solar deployment in northern latitudes.

The agreement marks a strategic significance for the Nordic Market

The agreement will enable Aprilice to provide its customers across Scandinavia with access to industry-leading technology for residential, commercial, and industrial projects. The Hi-MO X10 back contact series, known for its sleek design and top-tier performance, aligns with growing demand in the region for both high-efficiency and aesthetically refined solar solutions.

“Aprilice has played a vital role in promoting high-quality solar solutions throughout Scandinavia,” said Will Han, General Manager of LONGi Solar DG for Nordic Countries, the UK, and Ireland. “This new agreement reflects the trust and alignment between our companies. With the Hi-MO X10, we’re delivering not only performance and reliability, but also the innovation and aesthetics the Nordic market demands.”

Jing-Wei Chen, CEO of Aprilice AB, commented: “LONGi has been a trusted and valued partner throughout our journey. Their commitment to quality and innovation has made them one of the most respected brands in our region. As we scale further, we are excited to offer our customers LONGi’s new Hi-MO X10 modules. The BC technology, low-light performance, and sleek design are already generating strong interest. We look forward to deepening our collaboration in the years ahead.”

The Hi-MO X10 is an award-winning PV module

LONGi’s Hi-MO X10 module is a flagship product incorporating HPBC 2.0 Back Contact technology, eliminating front-side busbars for a seamless black appearance and offering up to 24.8% conversion efficiency. Engineered for premium applications, the Hi-MO X10 delivers superior performance in diffuse light conditions – making it ideal for Northern European climates.

The module was recently honored with the 2025 The smarter E AWARD in the Photovoltaics category, recognizing its innovation, aesthetics, and real-world performance. The award affirms LONGi’s continued leadership in advancing PV technology worldwide.

This latest agreement reflects a mutual commitment to delivering high-efficiency, sustainable energy solutions to meet Europe’s evolving energy needs and sets the foundation for further cooperation in the region.

About LONGi
Founded in 2000, LONGi is one of the world’s leading solar technology companies, with over 30 global locations and manufacturing centers. The company holds multiple world records for solar cell efficiency and is a pioneer in advanced technologies. These include back contact technologies such as HPBC 2.0 (Hybrid Passivated Back Contact), HBC (Heterojunction Back Contact), as well as tandem cell architectures.

About Aprilice AB
‍Aprilice AB is the leading photovoltaic distributor in Scandinavia, offering a comprehensive portfolio of high-quality solar products and solutions for residential, commercial, and industrial applications. The company combines deep local expertise with international reach. The company partners with world-class manufacturers to deliver innovative, reliable, and sustainable solar technologies tailored to the unique needs of the Nordic market. With a strong commitment to customer service, technical support, and clean energy growth, Aprilice is helping accelerate the energy transition across the region.

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