AIKO NEOSTAR 2P Mono-Glass 450W-485W

With a booming solar panel market, new technologies and higher efficiency ratings are emerging. Here comes AIKO NEOSTAR 2P which promises impressive power output and durability. Does it live up to the hype? 

Aiko solar panel

Key features of the AIKO Neostar 2P

  • High power output: Expect to generate anywhere between 450 and 485W of electricity from a single panel. 
  • Mono-glass construction: Provides enhanced durability and resistance to harsh weather conditions.
  • Partial shading optimisation: Maintains excellent performance even with obstructions. 
  • Improved temperature coefficient: Delivers a smaller decrease in power output when exposed to high temperatures at -0.26%/°C.

Specifications of the AIKO Neostar 2P

  • Power output: 485W
  • Efficiency: 24.3%
  • Cell type: N-Type ABC
  • No. Of cells: 108
  • Frame: Anodized Aluminium
  • Connector: MC4-Evo2

Pros of AIKO Neostar 2P

  • Excellent power generation: Delivers high wattage that maximises energy output.
  • Improved durability: Resists harsh weather conditions and potential damage with its mono-glass construction.
  • Optimal performance: Maintains efficiency in various temperature conditions with its temperature coefficient.
  • Cost-effective installation: Due to lower BOS that can reduce the overall expense of installing and operating the system.
  • Aesthetic appeal: Its modern design can complement various architectural styles.

Cons of AIKO Neostar 2P

  • Newly launched: AIKO has recently been introduced to Australia in 2024.New solar manufacturers may pose risks due to unproven technology, financial instability, and limited warranties
  • Limited case studies: Since AIKO is new to the Australian market, there are limited case studies that show how the panels are used in larger projects.

The AIKO NEOSTAR 2P delivers excellent power output and durability, making it a potential contender in the solar panel market. However, since it’s relatively new to the Australian market, more long-term data and real-world applications are necessary for better performance and reliability evaluation.