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The SunPower Maxeon 3 410W is a premium all-black monocrystalline solar panel built on third-generation Maxeon back-contact cells. Its 21.9% efficiency packs more watts into a smaller footprint than most conventional panels, which matters on tight roofs, sheds and boats. The solid metal backing and copper foundation are designed for heat, UV and coastal weather, and SunPower backs Maxeon 3 with one of the longest warranties in the industry. It costs more than commodity panels, so it suits buyers who value output per square meter and durability over the lowest upfront outlay.
In stockShips from Australia · priced in AUD (A$589.00) · duties may applyReturn policy
In stock
Lowest price we've seen: $285.00 on Nov 12 at Sun Supply PV. Tracked across 1 store since Nov 12.
Owners and installers praise the Maxeon 3 for high output per square meter, clean all-black appearance and steady performance in heat and partial shade. The main complaints are the premium cost and the need for compatible mounting and electronics.
The SunPower Maxeon 3 410W is a fixed monocrystalline solar panel with an all-black front. It uses 112 third-generation Maxeon monocrystalline cells and has a panel efficiency of 21.9%. It can be used for residential roofs, off-grid sheds and cabins, marine vessels, and mobile 4WD setups.
The cells use back-contact construction, with the electrical contacts on the rear, so the front has no metal grid lines. Each cell has a solid metal backing that adds strength, resists corrosion, and helps prevent microcracks. The panel has a Class 1 black anodized aluminum frame and high-transmission tempered glass, and it is built to withstand heavy wind and snow loads. Triple-redundant connectors with built-in strain relief handle the stress of daily thermal expansion and contraction.
The panel produces up to 410W with a Vmp of 35.3V and a Voc of 40.7V. It works with MPPT charge controllers and can be configured into 12V, 24V, and 48V systems. Its split-circuit design limits power loss when trees or antennas partly shade the panel. Annual degradation is 0.2%, compared with 0.75% for conventional modules, and the power temperature coefficient is -0.27% / °C.
