Aiko Neostar 2S 460W N-Type All Black Solar Panel Overview
The Aiko Neostar 2S 460W N-Type All Black Solar Panel is engineered for homeowners who want high performance without compromising on appearance. Built using advanced N-Type ABC (All Back Contact) cell technology, this panel delivers excellent efficiency and long-term stability in UK conditions.
Whether you’re installing solar on a modern new-build or upgrading an existing system, the Neostar 2S 460W offers a premium balance of output, durability and clean aesthetics, backed by industry-leading warranties.
High Efficiency with N-Type ABC Cell Technology
Aiko’s proprietary All Back Contact (ABC) design removes front-side busbars, increasing the active cell area available to absorb sunlight. Combined with N-Type cell construction, this results in higher efficiency and improved performance over the lifetime of the panel.
- 460W rated output: strong generation from each panel
- Up to 23.1% module efficiency: higher yield per square metre
- Excellent temperature coefficient: maintains output during warmer conditions
- Consistent performance: designed to perform well in real-world UK weather
For homes with restricted roof space, this higher efficiency can mean fewer panels are needed to reach your target system size.
All-Black Design for Modern UK Homes
The Neostar 2S 460W features a refined all-black finish that integrates neatly with slate, tile and contemporary roofing materials. It’s a popular choice for visually sensitive installations where appearance is just as important as performance.
- Uniform all-black cell and frame design
- Low-profile appearance on pitched roofs
- Ideal for premium residential installations
Durability, Reliability & Long-Term Protection
Designed for long service life, the Aiko Neostar 2S range is built to withstand demanding environments. The panel construction helps reduce the risk of micro-cracks and long-term degradation, supporting reliable output year after year.
- 25-year product warranty: materials and workmanship covered
- 30-year performance warranty: long-term output confidence
- Low annual degradation for higher lifetime energy yield
Why Evergy Stocks the Aiko Neostar 2S 460W
At Evergy, we focus on solar panels that deliver genuine real-world performance, not just headline figures. The Aiko Neostar 2S 460W stands out for its combination of high efficiency, premium build quality and clean aesthetics, making it a strong choice for quality-focused UK homeowners.
Compared with conventional half-cut panels, the Neostar 2S range typically delivers higher output per square metre and a more refined finish — ideal for modern residential systems.
Installation, Mounting & System Compatibility
Evergy can assist with specifying a complete solar system around this panel, including compatible inverters, batteries and mounting solutions. Explore our solar mounting systems or speak to our team for help with system design and delivery.
For advice on panel selection or system sizing, contact us at https://www.evergy.co.uk/contactus.
Technical Specifications (Overview)
- Peak power: 460W
- Module efficiency: up to 23.1%
- Cell type: N-Type ABC (All Back Contact)
- Dimensions: approx. 1757 × 1134 × 30 mm
- Weight: approx. 21.5 kg
- Temperature coefficient (Pmax): −0.26% / °C
Frequently Asked Questions
Is the Aiko Neostar 2S 460W suitable for homes with limited roof space?
Yes. Thanks to its high efficiency, the Neostar 2S 460W delivers strong output per square metre, making it well suited to smaller or restricted roof areas.
Does this panel perform well in partial shade?
The N-Type ABC cell design helps maintain consistent output in real-world conditions, including variable light and partial shading.
Can this panel be used with solar batteries?
Yes. The Aiko Neostar 2S 460W is compatible with leading inverter and battery systems, making it suitable for hybrid and battery-ready solar installations.
What warranty is included?
The panel is supplied with a 25-year product warranty and a 30-year linear performance warranty, providing long-term peace of mind.