EMERALD SERIES M10R CELLS

Key Features of M10R Performance Module

Discover the advanced technology and design that make the M10R Series a top choice for solar energy solutions.

PID Resistant

Prevents power loss from PID effects.

Superior Efficiency

Achieves up to 23.22% module efficiency.

Lower LCOE

Cuts energy cost with higher real-world output.

High Power Output

Delivers consistently high wattage even in harsh weather conditions.

Coated Glass

Anti reflected high transmission for maximum light capture.

UV Resistant

Built to endure strong sunlight for years.

M10R Performance Module

up to 635Wp

Efficiency up to

23.51%

144-cell, 16-busbar layout for optimized efficiency
Enhanced light absorption for higher daily yield
Stable performance under high-temperature conditions

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Refined M10R design that maximizes efficiency,reduces losses, and delivers stable generationacross all conditions.

Motera Energies uses high-efficiency M10R TOPCon cells, a refined 16-busbar layout, and a 156-cell format to achieve superior energy output with lower resistance. Every module is built to maintain stable performance across temperature variations, ensuring consistent yield throughout the day.

With AI inspection, AOI quality checks, and fully automated production, the M10R Series delivers accuracy in every layer. Each panel is validated through advanced testing to guarantee long-term durability, structural strength, and reliable field performance for utility, rooftop, and commercial projects.

Higher Yield Generation

Designed to deliver more energy per square meter through optimized N Type TOPCon cells, enhanced light absorption, and stable real-world output.

Bifaciality

Generates additional power from the rear side using reflected light, increasing total energy yield and improving overall system efficiency.

All-Weather Endurance

Designed to deliver more energy per square meter through optimized N Type TOPCon cells, enhanced light absorption, and stable real-world output.

Zero LID

Zero Light Induced Degradation ensures the module does not lose initial power when exposed to sunlight, delivering its full rated output from day one.