Aiko Neostar 2P - The powerful choice for the highest demands
The Aiko Neostar 2P series impresses with state-of-the-art N-Type ABC cell technology and outstanding energy efficiency. With a power range of 450 to 485 Wp and an efficiency of up to 24.3 %, this series offers optimal solutions for large and demanding projects. The robust modules are perfect for commercial and industrial applications.
Benefit from the durable single glass construction and an elegant design that blends seamlessly into any environment. Even under extreme climatic conditions, the Neostar 2P series guarantees a consistently high energy yield.
For even more flexibility, discover the Aiko Neostar 1S and Neostar 2S series.
Aiko Neostar 2P - Efficiency and reliability redefined
State-of-the-art technology for maximum performance
The Aiko Neostar 2P series sets new standards in photovoltaics. With an impressive power range of 450 to 485 Wp and an efficiency of up to 24.3 %, this series offers innovative solutions for the challenges of modern energy projects.
Thanks to the N-Type ABC cell technology, the modules achieve high energy efficiency even under difficult conditions. The sophisticated design and high-quality materials make the series an excellent choice for long-term investments.
Technical highlights of the Neostar 2P series
- Outstanding efficiency: efficiencies of up to 24.3 %.
- Minimum degradation: In the first year ≤ 1.0 %, from the second year ≤ 0.35 % per year.
- Temperature tolerance: Excellent temperature coefficient of -0.26 %/ °C for consistent performance even at high temperatures.
- Mechanical load capacity: Front side load up to 5,400 Pa, rear side load up to 2,400 Pa.
- Robust construction: Single glass construction with black anodized aluminium frame and IP68 cabling.
Models in the Neostar 2P series
- AIKO-A450-MAH54Mw:
Power: up to 450 W
Efficiency: up to 22.6 %
Efficiency: up to 22.6 %
- AIKO-A455-MAH54Mw:
Power: up to 455 W
Efficiency: up to 22.8 %
Efficiency: up to 22.8 %
- AIKO-A460-MAH54Mw:
Power: up to 460 W
Efficiency: up to 23.1 %
Efficiency: up to 23.1 %
Power: up to 465 W
Efficiency: up to 23.3 %
Efficiency: up to 23.3 %
Power: up to 470 W
Efficiency: up to 23.6 %
Efficiency: up to 23.6 %
- AIKO-A475-MAH54Mw:
Power: up to 475 W
Efficiency: up to 23.8 %
Efficiency: up to 23.8 %
- AIKO-A480-MAH54Mw:
Power: up to 480 W
Efficiency: up to 24.1 %
Efficiency: up to 24.1 %
- AIKO-A485-MAH54Mw:
Power: up to 485 W
Efficiency: up to 24.3 %
Efficiency: up to 24.3 %
Sustainability and quality
The Aiko Neostar 2P series is a future-proof investment for large energy projects. With a linear power guarantee of 30 years and certifications according to international standards such as IEC 61215 and ISO 9001:2015, the modules offer maximum reliability and durability.
The low degradation ensures that the modules maintain consistently high energy production even after decades. The Neostar 2P series combines top performance with sustainable quality for your requirements.
Discover more series from Aiko
In addition to the Neostar 2P series, Aiko also offers the powerful Neostar 1S and Neostar 2S series, which impress with state-of-the-art technology and outstanding efficiency.
Find out more about the manufacturer Aiko on our manufacturer page.
Frequently asked questions
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Where are the Aiko solar modules manufactured?
Aiko Solar produces its solar modules in state-of-the-art manufacturing facilities in China, adhering to modern technologies and quality standards to ensure high efficiency and product longevity. -
What guarantee does Aiko Solar offer on its products?
Aiko Solar provides a product guarantee of 12 years and a performance guarantee of up to 25 years. These guarantees ensure the long-term performance and quality of the modules. -
What technologies does Aiko Solar use in its modules?
Aiko Solar utilizes advanced technologies such as PERC (Passivated Emitter Rear Contact) technology, bifacial modules that utilize both direct and reflected light, and N-type semiconductors that offer higher efficiency and better performance under different lighting conditions.