Emcore Corporation, a world leader in compound semiconductor-based technologies, develops components and systems for the broadband, optical transport, space and terrestrial solar power markets.

 

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EMCORE Soliant 1000 Datasheet
 

More energy output
You can nearly double your rooftop's energy production* with the Soliant 1000's high-efficiency solar cells, dual axis TipTilt Tracking™, and superior temperature coefficient.

Lowest cost of energy
Because the Soliant 1000 gives you much more energy output, you get the lowest cost of energy on the market.

Low installation cost
Save even more money with 60% fewer panels, 60% more watts per string, and 60% fewer DC strings.**

Maintenance-free tracking components
Get 25+ years life with EMCORE's smart, relaible, robust design.

Low wind profile
Save construction costs with the Soliant 1000's low wind profile design offering reduced lift and drag.



* Compared to conventional thin film PV.
** Compared to conventional PV.

EMCORE Soliant 1000
 
EMCORE's Soliant 1000 delivers the most powerful, reliable and cost-effective solar solution for commercial rooftops with high-energy demands and limited space. Critical peak-hour energy output stays strong with EMCORE's patent-pending TipTilt Tracking™ dual-axis technology. The Soliant 1000 gives you unsurpassed energy output, long-term reliability and the lowest cost of energy.

Take control of your energy costs
EMCORE's reliable, field-proven materials and components are efficient, compact and lightweight. Installed less than 2 feet tall, the Soliant 1000 generates more than 500 watts peak with EMCORE's proprietary high- powered receiver and Fresnel lens. And EMCORE's TipTilt Tracking™ system tracks the sun's movement throughout the day within 1/10 of one-degree.


Unsurpassed Peak Hour Performance
EMCORE's reliable peak-hour performance is unsurpassed. The Soliant 1000 continues to generate power during crucial afternoon. EMCORE's reliable peak-hour performance is unsurpassed. The Soliant 1000 continues to generate power during crucial afternoon peak hours while other systems lose power.