AIKO
AIKO is an established company in the renewable energy technology sector, specialising in the design and production of solar cells, photovoltaic modules and integrated solutions for generating and using solar energy. One of AIKO Solar’s main strengths is its innovative ABC Technology (All Back Contact), which enables optimised light absorption and increased energy efficiency. This technology allows solar modules to achieve a conversion efficiency of more than 24%, even in conditions of low solar radiation. ABC modules are designed to be more reliable and durable, reducing shading and improving overall performance.
Products
AIKO Solar produces a wide range of products, including:
- Solar cells: with a production efficiency exceeding 26.5%.
- Photovoltaic modules: including variants such as N-Type and double-sided modules, designed to maximise energy production.
- Energy storage systems: to optimise the use of generated energy.
- Inverters and mounting systems: for easy installation and integration of solar solutions.
NUMBERS
AIKO Solar is distinguished by its commitment to research and development, with innovation centres located in China and Germany. The company has been granted over 1,000 patents and has a production capacity of over 42.5 GW, with cumulative solar cell shipments exceeding 130 GW.
MAIN ADVANTAGES OF AIKO PHOTOVOLTAIC CELLS
All Back Contact Technology (ABC)
AIKO has developed All Back Contact technology, in which the metal contacts are positioned at the back of the cells. This design eliminates shading caused by the front contacts, maximising the absorption of sunlight and improving the overall efficiency of the cells.
N-type cells
AIKO photovoltaic cells are N-type, offering higher efficiency and lower power degradation over time. These cells are made from silver-free metal materials, increasing durability and prolonging module life. Performance and Efficiency
High Efficiency
AIKO photovoltaic modules achieve efficiencies of over 23%, with some models even exceeding 24%. This makes them competitive with other modules on the market.
High power
The modules can reach powers of up to 610 Wp, making them suitable for a variety of applications, both residential and commercial.
Low Power Degradation
AIKO guarantees a low power decrease in the first year, which is no more than 1%, and in the second year, which is no more than 0.35%. This leads to a linear power guarantee of 30 years, ensuring long-lasting performance.
Quality Certifications
AIKO modules are certified according to international standards such as IEC61215 and IEC61730, ensuring reliability and safety.
Resistant Structure
The modules are constructed with an anodised, corrosion-resistant aluminium alloy frame and covered with high-transparency glass, which contributes to durability and high performance.
Solar panels
Storage
Why choose AIKO?
Maximising Light Absorption
With ABC technology, metal contacts are positioned at the back of the cells, eliminating shading caused by front contacts. This design allows greater exposure of the cell surface to sunlight, maximising the absorption of radiation.
High Efficiency N-Type Cells
AIKO uses N-type solar cells, which offer higher conversion efficiency than conventional P-type cells. AIKO’s ABC modules achieve efficiencies in excess of 23%, with some models even exceeding 24%.
Optimised Temperature Coefficient
Modules with ABC technology have a lower temperature coefficient, which means their performance is less affected by variations in ambient temperature. This helps to maintain high efficiency even in intense heat.
Long-Term Performance Guarantee
AIKO offers 30-year power warranties on its ABC modules, ensuring that users can count on long-lasting high performance. The low power degradation guaranteed helps to maintain efficiency at optimal levels for many years.In summary, the All Back Contact technology developed by AIKO, combined with the use of high-efficiency N-type cells, an optimised temperature coefficient and long-term performance guarantees, results in photovoltaic modules with higher efficiency than conventional products, contributing to greater clean energy production
