Risen Energy’s HJT Hyper-ion module is a testament to technological excellence, boasting a remarkable power output of 705 Wp and an efficiency that surpasses 22.5%. The module’s exceptional stability in varying temperatures, coupled with an impressive bifacial capability of up to 85% (+/- 10%), ensures consistent power output, maintaining over 90% efficiency even after 30 years of continuous use.
At the heart of this innovative module lies Risen Energy’s industry-leading 100mm ultra-thin cell technology and a low-temperature manufacturing process. This not only contributes to the module’s outstanding performance but also results in a carbon footprint of less than 400kg eq CO2/kWc, a remarkable achievement well below the market average. Vitrus’ adoption of this eco-friendly technology showcases its commitment to sustainability and environmental responsibility.
The HJT Hyper-ion module’s alloy frame, a departure from conventional metal frames, stands out for its exceptional strength. With tear-resistant capabilities surpassing traditional steel materials by 20%, this module ensures durability and longevity in even the harshest conditions.Vitrus’ decision to integrate Risen Energy’s cutting-edge technology into its industrial photovoltaic projects signifies a strategic move toward reshaping the solar energy landscape in Cyprus. By embracing the HJT Hyper-ion module, Vitrus contributes significantly to the country’s green energy initiatives.
This landmark installation not only showcases Vitrus as an industry trailblazer but also highlights the transformative potential of the HJT Hyper-ion module in revolutionizing solar technology. As Cyprus takes a leap towards sustainable energy solutions, Vitrus stands at the forefront, spearheading a green revolution that promises a brighter and cleaner future.