Video Gallery

UC Davis has over 21 MW of solar systems over multiple sites.

With a 66-year lease on the property, the Exploratorium required durable solar technology built to last and reliably perform over the long-term. That’s why they chose Maxeon panels

When the drought caused yields to decline, GES General Manager John Wynn sought a solution that could help cut costs: solar.

The YMCA of San Diego County wanted to offset its electricity costs and increase its commitment to sustainability—while reinvesting the savings to better serve its community members.

California fruit producer picks solar and saves millions

Midwestern auto dealership goes solar across multiple car dealerships in Minnesota and Wisconsin

See how Maxeon’s IBC solar cell technology vastly outperforms standard cells in stressful conditions.

Cheap solar panels just can’t match the real-world track record of the Maxeon solar panel for customer performance and value over the long haul.

Maxeon Partners at RE+ 2024 on why they choose Maxeon.

Discover why our partners Symmetric Energy choose Maxeon.

Discover why our partners Suntrek Solar choose Maxeon.

Discover why our partners Sunspear Energy choose Maxeon.

Discover why our partners Occidental Power choose Maxeon.

Discover why our partners SolarTech choose Maxeon.

Discover why our partners SolarTech Industries choose Maxeon.

Discover why our partners Green Convergence choose Maxeon.

Discover why our partners Kahn Solar choose Maxeon.

Discover why our partners Nathan Wood Construction choose Maxeon.

Discover why our partners Nobell Energy choose Maxeon.

Discover why our partners Cool Earth Solar choose Maxeon.

Shaded Maxeon cells demonstrate lower heat generation, that is more evenly spread across the entire cell. As such, the diodes in Maxeon panels activate less frequently, increasing both energy production and useful life of the panel.

Maxeon solar panels feature thick, plated copper contacts for long-term stability. Each tab offers redundant connections with built in strain relief, to ensure a consistent flow of energy while having the flexibility to expand and contract with temperature changes.

The unique design of Maxeon panels not only features an engineered encapsulant that is highly resistive to moisture, but thick, plated copper which is much more robust and able to better withstand corrosion.

It takes just a little bit of shade to impact the power output of a solar panel. Standard solar panels typically activate bypass diodes to counter the obstruction—shutting down an entire section of the panel to mitigate heat build-up—sacrificing energy generation in the process. Maxeon panels offer greater resilience to shade, powering through small obstructions with only a slight reduction in power output.

Cracked cells in standard panels can occur from transport, installation, environmental stresses, and even poor manufacturing quality. Maxeon cells are reinforced by a thick plated layer of metal for added structural strength. If a crack forms, the metal backing holds the cell in place while maintaining full electrical conductivity.