PHONO's Stellar Performance at Intersolar Europe 2025: Awards and New Collaborations
PHONO made a significant impact at the Intersolar Europe 2025 event held from May 7 to 9, where the company showcased its latest advancements in photovoltaic technology. Attendees witnessed the unveiling of several cutting-edge solar modules, highlighting PHONO's commitment to delivering superior quality and innovative solutions in the renewable energy sector. Under the leadership of General Manager Zhong Zaifeng, PHONO not only showcased their latest products but also achieved notable recognition, receiving the TOP PERFORMER 2025 award from Kiwa PVEL for the eighth time. This accolade reflects the company’s unwavering dedication to maintaining high quality standards and investment in R&D for photovoltaic module manufacturing. Furthermore, TÜV SÜD awarded PHONO with the UVID certification, reinforcing the safety and reliability of its modules.
Among the flagship products displayed were the HJT Helios Series module, boasting an impressive maximum power output of 730 Wp. This module incorporates innovative 0BB technology along with advanced encapsulation materials, ensuring exceptional efficiency, durability, and performance even in low-light conditions. The TOPCon Draco Series module, certified by the German Institute for Construction Technology (DIBt), was also highlighted for its seamless integration with PHONO's Scutum carport solutions to provide outstanding energy performance.
To address a variety of urban energy needs across Europe, PHONO's products are designed to work efficiently with the energy storage solutions from the Surge Series. This synergy allows for a range of applications, including Building-Integrated Photovoltaics (BIPV) such as lightweight roof installations, pedestrian lanes, and agricultural greenhouses. The BC Quasar Module Series features rear contact technology that ensures 100% light absorption without the distraction of grid lines or visible busbars. This not only enhances efficiency but also offers a sleek aesthetic, catering to distributed market demands.
PHONO's commitment to innovation is further exemplified by the High-Light-Transmittance Module, tailored for projects requiring specific light transmittance such as agricultural greenhouses and building integration. Small customizable modules and specific-form modules have also been developed to meet the growing need for tailored solutions within the European residential market.
The company also presented integrated solutions across diverse scenarios, including photovoltaic parks, snow-resistant vertical installations, and agricultural greenhouse systems that combine crop-friendly lighting with energy generation. Additionally, the Scutum carport system is designed to protect vehicles while simultaneously generating green energy, further aiding users in lowering energy costs and reducing emissions.
In a monumental achievement on May 8, PHONO entered into a cooperation agreement for photovoltaic car ports totalling 116 MW with a prominent European distributor, marking a pivotal step in expanding their footprint within the European market. By incorporating photovoltaic energy and energy storage, PHONO extends its service offerings throughout the product lifecycle, providing intelligent operation and maintenance services. With an enduring commitment to innovation, reliability, and sustainability, PHONO is paving the way toward high-quality renewable energy solutions, driving the global transition to green energy.
Among the flagship products displayed were the HJT Helios Series module, boasting an impressive maximum power output of 730 Wp. This module incorporates innovative 0BB technology along with advanced encapsulation materials, ensuring exceptional efficiency, durability, and performance even in low-light conditions. The TOPCon Draco Series module, certified by the German Institute for Construction Technology (DIBt), was also highlighted for its seamless integration with PHONO's Scutum carport solutions to provide outstanding energy performance.
To address a variety of urban energy needs across Europe, PHONO's products are designed to work efficiently with the energy storage solutions from the Surge Series. This synergy allows for a range of applications, including Building-Integrated Photovoltaics (BIPV) such as lightweight roof installations, pedestrian lanes, and agricultural greenhouses. The BC Quasar Module Series features rear contact technology that ensures 100% light absorption without the distraction of grid lines or visible busbars. This not only enhances efficiency but also offers a sleek aesthetic, catering to distributed market demands.
PHONO's commitment to innovation is further exemplified by the High-Light-Transmittance Module, tailored for projects requiring specific light transmittance such as agricultural greenhouses and building integration. Small customizable modules and specific-form modules have also been developed to meet the growing need for tailored solutions within the European residential market.
The company also presented integrated solutions across diverse scenarios, including photovoltaic parks, snow-resistant vertical installations, and agricultural greenhouse systems that combine crop-friendly lighting with energy generation. Additionally, the Scutum carport system is designed to protect vehicles while simultaneously generating green energy, further aiding users in lowering energy costs and reducing emissions.
In a monumental achievement on May 8, PHONO entered into a cooperation agreement for photovoltaic car ports totalling 116 MW with a prominent European distributor, marking a pivotal step in expanding their footprint within the European market. By incorporating photovoltaic energy and energy storage, PHONO extends its service offerings throughout the product lifecycle, providing intelligent operation and maintenance services. With an enduring commitment to innovation, reliability, and sustainability, PHONO is paving the way toward high-quality renewable energy solutions, driving the global transition to green energy.
Topics Energy）
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