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AIKO Solar Panels

The AIKO Neostar 3P+54 is a premium high-efficiency solar module designed for strong energy generation, long-term reliability and a sleek residential appearance. Using advanced N-Type ABC cell technology, the range delivers up to 495W output with module efficiency reaching 24.8%.

  • High Efficiency: Up to 24.8% module efficiency, helping generate more electricity from limited roof space.
  • N-Type ABC Technology: Advanced cell architecture designed for high power output, improved temperature performance and reduced electrical losses.
  • Dual-Glass Bifacial Design: Uses 2.0 + 2.0 mm coated semi-tempered glass for increased durability and long-term protection.
  • Partial Shading Optimisation: Designed to maintain stronger energy generation when sections of the module experience partial shading.
  • Low Degradation: First-year degradation of ≤1%, followed by annual degradation of ≤0.35% from years 2–30.
  • Strong Mechanical Performance: Rated for up to 5400Pa front load and 2400Pa rear load.
  • Improved Temperature Performance: A low -0.26%/°C Pmax temperature coefficient helps maintain performance in warmer conditions.
  • Premium Black Design: Black anodised aluminium frame provides a clean, modern appearance suited to residential rooftops.
  • Long-Term Warranty: Backed by a 30-year linear performance warranty for long-term energy confidence.

Neostar 3P+54 Dual-Glass Bifacial 465W–495W

The AIKO Neostar 3P+54 combines high-output N-Type ABC technology with a durable dual-glass bifacial construction. Available from 465W to 495W, the range reaches up to 24.8% efficiency, making it particularly suitable for homes where roof space and energy yield are important.

High Power Output: Available from 465W to 495W, delivering strong generation from a compact module footprint.

High Module Efficiency: Efficiency ranges up to 24.8%, enabling greater power generation per square metre of roof space.

N-Type ABC Cells: AIKO’s advanced ABC cell technology is designed to reduce electrical losses and support high conversion efficiency.

Dual-Glass Construction: The dual-glass structure improves durability and provides additional protection against environmental exposure.

Bifacial Technology: The module can capture light from both sides where installation conditions allow, potentially contributing additional energy generation.

Better Temperature Performance: With a -0.26%/°C temperature coefficient of Pmax, the module is designed to retain stronger performance as operating temperatures increase.

Partial Shading Optimisation: Engineered to reduce the impact of partial shading and support more consistent energy production.

Low Long-Term Degradation: Maximum first-year degradation is 1%, followed by no more than 0.35% annually from years 2–30.

Strong Mechanical Load Rating: Certified for 5400Pa front static load and 2400Pa rear static load.

Long-Term Reliability: Supported by a 30-year linear performance warranty, making it suitable for long-term residential solar investment.

For more information please click here to download datasheet 

Monocrystalline Panels:

  • Description: Made from a single crystal structure, these panels are known for their high efficiency and sleek appearance.
  • Efficiency: Typically around 18-21%, making them suitable for areas with limited space.
    Advantages: Higher efficiency, longer lifespan, and better performance in low-light conditions.
  • Ideal For: Residential and commercial installations where space is limited and maximum efficiency is desired.

Polycrystalline Panels:

  •  Description:  Composed of multiple crystal structures, these panels are generally less efficient than monocrystalline but are usually more cost-effective.
  • Efficiency: Usually around 15-17%.
  • Advantages: Lower cost and good overall performance.
  • Ideal For: Larger installations where space is not a primary concern, and cost-effectiveness is a priority.

Bifacial Panels:

    • Description: These panels have cells on both sides, allowing them to capture sunlight from both the front and rear sides.
    • Efficiency: Can be higher than traditional panels, depending on installation and reflective surfaces.
    • Advantages: Increased energy production due to capturing reflected light from surfaces like rooftops or ground.
    • Ideal For: Large-scale installations or areas with high albedo surfaces (reflective ground)

Half-Cell Panels:

  • Description: These panels use smaller cells that are half the size of traditional cells, which reduces power loss and increases efficiency.
  • Efficiency: Slightly higher than conventional panels due to reduced shading and improved temperature tolerance.
  • Advantages: Better performance in shaded conditions and higher durability.
  • Ideal For: Installations in partially shaded environments or areas with high temperature fluctuations.

Flexible Panels:

  • Description: Made from thin-film technology, these panels are lightweight and can be installed on curved surfaces.
  • Efficiency: Generally lower than crystalline panels but improving with advances in technology.
  • Advantages: Flexibility and ease of installation on non-traditional surfaces.
  • Ideal For: Applications where traditional panels cannot be installed, such as on uneven or curved surfaces.
    Each type of AIKO Solar panel is designed to meet specific needs, from high efficiency and durability to flexibility and cost-effectiveness. The choice of panel type often depends on factors like available space, budget, and specific energy requirements.

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