Powering Solar Innovation in Thessaloniki: AIKO’s N-Type ABC Modules Deliver Superior Efficiency and Sustainability

Powering Solar Innovation in Thessaloniki: AIKO’s N-Type ABC Modules Deliver Superior Efficiency and Sustainability

January 16th, 2025

Düsseldorf, 16 January, 2025 – A 100 kW private photovoltaic plant in Thessaloniki is showcasing the transformative power of AIKO’s advanced N-Type ABC modules, marking a step forward in energy production efficiency, sustainability, and land utilization.

Expertly managed by the EPC and installer Kiperis T. Dimitrios Dipl. Electrical Engineer this ground-mounted repowering project leverages AIKO’s A-MAH54Mb (445Wp) modules to replace outdated systems, exceeding expectations across key performance metrics.

“After experiencing disappointment with previous manufacturers, we sought a solar panel that would exceed expectations in durability, performance, and support,” explained Kiperis Dimitrios. “AIKO emerged as the ideal choice, seamlessly integrating into our existing system and offering superior energy efficiency with long-term reliability.”

Maximizing Land Efficiency and Energy Output

Efficiency in land utilization is a critical consideration in solar projects. The Thessaloniki plant demonstrates the tangible advantages of AIKO modules in this regard:

• Increased Installation Capacity: In the same area, AIKO modules achieved a capacity of 98.799 kWp compared to just 94.62 kWp using conventional 415Wp modules—a significant 4.4% increase.
• Space Savings: For an equivalent capacity, AIKO’s modules reduced the required area by 22m², allowing more compact and efficient installations.

The energy production results are equally impressive. With an estimated first-year energy yield of 154,000 kWh, the plant is projected to generate a total of 4.5 GWh over 30 years. Compared to similar technologies, AIKO’s modules deliver 7.5% more power generation in the same area, offering enhanced efficiency and superior returns.

Financial and Environmental Benefits

The high-performance ABC modules significantly reduce the payback period, with investors recovering their costs within 4.5 to 5 years. Moreover, the modules’ durability and temperature resilience enhance reliability under Thessaloniki’s challenging microclimatic conditions, minimizing maintenance needs and ensuring consistent energy output.

The Kiperis T. Dimitrios emphasized: “AIKO’s N-Type ABC modules deliver unmatched efficiency and aesthetics. The improved temperature coefficient and resistance to microcracks are critical for reliable performance in Greece’s hot and sunny climate.”

Advanced Technology Built for Local Conditions

AIKO’s ABC technology integrates several key features that are particularly well-suited to utility projects in Greece, such as:

• Optimized Temperature Coefficient: The modules maintain high performance despite extreme heat, reducing the levelized cost of energy (LCOE).
• Increased Power Output: The higher efficiency of AIKO’s modules reduces balance of system (BOS) costs by requiring 7-8% fewer modules for the same capacity.
• Enhanced Shading Optimization: This feature mitigates the effects of partial shading from environmental factors, such as dirt or debris, ensuring consistent energy yield.

The result is a solar plant that not only delivers greater energy output but also significantly lowers operational costs, providing a better return on investment for the long term.

Redefining Aesthetics and Integration

The sleek, full-black design of AIKO’s modules has won praise for its unparalleled aesthetics, seamlessly blending into the local environment. The modules’ superior integration capability ensured a smooth installation process, with no issues in adapting to the existing system.

A Bright Future with AIKO

The Thessaloniki project highlights the unique value AIKO brings to the renewable energy sector, combining cutting-edge technology with proven reliability and sustainability. As the Kiperis Dimitrios remarked: “AIKO’s modules represent the future of solar technology. With their unmatched efficiency, aesthetics, and reliability, they stand as a premium choice for anyone serious about renewable energy.”

AIKO’s N-Type ABC modules are not only driving the energy transition but also enabling innovative solutions tailored to diverse environments. Projects like this reinforce AIKO’s mission to lead the world into a zero-carbon future.