AIKO Neostar 2P A-MAH54Mw-465W Black Frame Solar Panel – Premium N-Type ABC High-Efficiency PV Module
The AIKO Neostar 2P A-MAH54Mw-465W Black Frame solar panel represents the latest generation of high-efficiency photovoltaic technology designed for modern residential and commercial solar PV installations. Built using advanced N-Type ABC (All Back Contact) cell architecture, this premium solar module delivers superior performance, exceptional energy yield, and outstanding reliability. With a maximum power output of 465 W and a module efficiency reaching 23.8%, the Neostar series is engineered to maximize solar power generation while maintaining a sleek, premium appearance.
Advanced N-Type ABC Solar Cell Technology
The Neostar 2P series uses N-Type ABC solar cells, a cutting-edge technology that relocates all electrical contacts to the rear of the cell. This eliminates front-side grid lines and maximizes the active surface area exposed to sunlight. As a result, the module achieves higher energy conversion efficiency while improving the overall aesthetic design of the solar panel.
This innovative design significantly reduces shading losses and improves electrical performance. In addition, N-type cells are known for their superior resistance to light-induced degradation and improved long-term stability compared with traditional p-type solar cells.
Outstanding Efficiency and Long-Term Performance
With an efficiency of up to 23.8%, the AIKO Neostar 465 W module offers excellent energy density, making it ideal for rooftops where installation space is limited. Higher efficiency enables installers to generate more power using fewer modules, reducing installation complexity and improving overall system performance.
The module also offers excellent long-term reliability thanks to its extremely low degradation rate. The panel features a first-year degradation of ≤1%, followed by a linear annual degradation of ≤0.35% from year two to year thirty. This ensures consistent power production throughout the lifetime of the photovoltaic system.
The module also features a favorable temperature coefficient of –0.26% per °C, which means that power losses due to heat are minimized. This allows the panel to maintain stable performance even in hot summer conditions.
Optimized System Design and Lower BOS Costs
High module efficiency and power output contribute to a more efficient Balance of System (BOS). With fewer modules required for the same installed capacity, installers benefit from reduced mounting structures, shorter cabling distances, and lower installation costs. This makes the AIKO Neostar 465 W module an excellent choice for professional solar installers and EPC contractors seeking to optimize system economics.
Robust Mechanical Construction
The module is built using durable materials designed for long-term reliability. The front cover consists of 3.2 mm tempered mono glass, providing strong environmental protection. The module frame is made of black anodized aluminum, giving the panel a premium full-black appearance that integrates seamlessly into modern rooftop installations.
The panel includes 108 half-cut cells arranged in a 6 × 18 configuration, improving electrical performance and reducing power losses. A high-quality IP68-rated junction box with three bypass diodes ensures reliable operation and protection under partial shading conditions.
With dimensions of 1722 × 1134 × 30 mm and a weight of approximately 20.5 kg, the module offers an ideal balance between durability and installation convenience.
Reliable Performance and Industry Certifications
The AIKO Neostar series meets strict international quality standards, including IEC 61215 and IEC 61730 certifications. The module supports a maximum system voltage of 1500 V DC, enabling efficient system design for large residential or commercial solar arrays.
The manufacturer provides a 15-year product warranty and a 30-year linear performance warranty, ensuring dependable long-term energy production.
The AIKO Neostar 2P A-MAH54Mw-465W Black Frame solar panel is a premium photovoltaic solution for solar distributors, installers, and energy professionals seeking high-efficiency solar modules with exceptional durability, elegant design, and outstanding long-term performance.
