
Photovoltaic power generation project for
a forest villa in Germany
a forest villa in Germany
Located in a distant, forested suburb of Ratingen, Germany, this project has an installed capacity of 9.79 kW and utilizes
AIKO’s N-type ABC modules to supply self-generated power to the residence and reduce carbon emissions, facilitating the owner’s green living.
AIKO’s N-type ABC modules to supply self-generated power to the residence and reduce carbon emissions, facilitating the owner’s green living.
Project results
1,048 kWh/year
Increased power generation
3 months
Equivalent to average household electricity consumption
1,376 kg/year
Total reduction in CO₂ emissions
3,882 km
Equivalent to the average carbon emission mileage of a family car
(For the same rooftop area, compared with TOPCon modules, AIKO’s N-type ABC modules achieve)
Lower degradation rates, excellent temperature coefficients, and high product quality serve as a guarantee for up to 30 years of continuous and stable output.

Project challenge
The rooftop area is limited, and the client requests as much power generation as possible.
The installation location is the rooftop of a villa, which requires the aesthetics of the modules.
The villa is surrounded by vegetation, resulting in sunlight shading, which has an impact on power generation by the modules.


Solution
The project utilizes the N-type ABC dual-grass Neostar 1S+445W modules from AIKO, with an installed capacity of 9.79 kW. With their unique superior partial shading optimization function, the ABC modules minimize the impact of sunlight shading from the dense woods on the power generation by the modules. AIKO‘s Neostar Series modules, which are pure black and front grid-free, meet the client’s appearance requirement, maximize the illuminated area and increase power generation.
ClientTestimonial
Due to the limited roof space available to us, we chose to use the most efficient modules on the market, which happen to be AlKO’s. Specifically, we consciously selectedAlKO’s N-Type ABC Dual Glass Modules, because of their notably increased efficiency ensuring high yields for 20 or even 30 years. It was crucial for both my wife and me to have sleek modules that blend seamlessly into the roof.
Alexander Meyer
House owner
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