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WINAICO

Solar Panels

WST-410MGX Solar Panel

Each of our products is carefully designed and selected to offer the very best performance and design.

The combination of top quality components and our automated manufacturing facility enables us to produce reliable, high-efficiency panels that look great and really last.

That’s why we are confident offering a 30-year warranty on our panels.

WST-NGX-D3 WINAICO Solar Panel

Stunning Panels Built to Last

Photovoltaic modules are subjected to severe environmental conditions over the course of their 30 years or more of operation. Come hail, snow or heat, solar panels need to consistently deliver peak performance in order to achieve good returns. The use of high-quality components is key to this. At WINAICO, we only ever use first-class, weatherproof components from market leaders who are the best of the best.

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Exceeds Accredited Testing (IEC) by 300%

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Multi-award Winning Solar Panels

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Established Office in Australia since 2012

WST-NGX-D3 WINAICO Solar Panel

Cutting Edge Technology

The solar cells are crucial for the module’s output. WINAICO selects only solar cells with minimal variance. This avoids localised thermal loads (hotspots) and achieves a high energy yield even in poor light conditions.

An anti-reflective coating and degradation-free technologies increase the cells’ efficiency and ensure long-term reliability.

At the forefront of the latest photovoltaic technology, WINAICO has embraced bifacial glass-glass panels, which offer an improved temperature co-efficeint, perfect for Australia’s hot clients. These panels absorb more light for increased power generation. With no polymer backing sheet these panels truly go the distance.

WST-410MGX 410 watt solar panel

WST-430NGXB-D3

Full Black Glass-Glass

430W Panel

WST-435NGX-D3

Bifacial Glass-Glass

435W Panel

WST-525NGX-D3

Bifacial Glass-Glass

525W Panel

WST-530NGX-D3

Bifacial Glass-Glass

530W Panel

The Glass

The glass closes the front protecting the internal components. It must be resistant to impacts and scratching to allow maximum power generation.

WINAICO only uses highly transmissive glass with a low iron content and anti-reflective coating, ensuring maximum absorption in low light. Our glass is extensively tested to resist mechanical loads and temperature changes.

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The Frame

The frame holds the panel together. It protects the internal components, taking the stress of mechanical loads.

WINAICO’s frame maximises stability and protection against material fatigue. Built without screws or small L-keys, our strengthened corner pieces ensure the best transfer of tension.

The Cells

The characteristics of a solar panel are determined by the quality of the cells.

WINAICO’s GEMINI technology uses high-efficiency half-cut solar cells with 16BB to reduce internal resistance and conduction losses. The results are highly efficient solar cells with low working temperature and low power degradation.

The Junction Box

A GEMINI module uses 3 High Quality junction boxes to hold bypass diodes that protect the module against partial shading.

WINAICO uses IP68 junction boxes with genuine MC4 EVO2 connectors to provide optimum protection against moisture, dirt and UV radiation. You can be confident that nothing gets into a WINAICO Junction Box.

The EVA Film

EVA (ethylene vinyl acetate) films are used in lamination to encapsulate the internal components.

EVA film must protect the panel throughout its entire service life. Low quality films may discolour, delaminate or otherwise degrade. WINAICO films cross-link to at least 85%, a decisive indicator of quality, and ensure permanent protection of the cells.

The Backsheet

The backsheet is the physical and electrical barrier which protects the solar cells, wiring and other components.

WINAICO uses a combination of UV and temperature cycling tests to validate the backsheets for reliable protection throughout the entire 25 year service life of a solar panel.

Performs in Weak Light

Ammonia & Salt Mist Resistant

Hail Resistant

Individually Tested

PID Protected

Low Series Resistance