Quadra Solar is developing iPyramid™, the best solar system for the flat rooftop market. The commercial side of this market alone is estimated at 5.5B sq ft in the US. iPyramid™ maximizes the capture of energy from the sun and thus delivering the energy at or below grid price. We capture more sun and thus more energy in the day per flat rooftop than any other system on the market, while maximizing the effective capture space.

Solar power is a clean inexhaustible energy source with the potential to alleviate the significant environmental and economic problems associated with the use of conventional energy. Solar power generation systems consume a reasonably small amount of the earth’s resources to produce electricity. They do not contaminate the environment with harmful by-products and noise.
Our mission is to lead the accelerated adoption of solar technology as the preeminent source of clean energy through industry-leading efficiency and cost-effectiveness in the conversion of solar and thermal energy into low-cost power generation on a broad scale. In pursuit of that mission, Quadra Solar has developed iPYRAMID™, a low-cost, easy to deploy concentrated solar power generation system capable of producing a high-efficiency energy return. The cost, efficiency, modularity, and applicability to the large-scale solar deployment market, make iPYRAMID™ the ideal solution for converting solar energy into affordable electrical power. 

Solar Energy. The New Harvest.

Quadra Solar’s iPYRAMID™ system also holds the promise of significant economic and environmental benefits to farmers. The unique design and product features of iPYRAMID™ allow farmers to harvest energy from the sun without compromising the productive output of their farmlands.

“ While the iPYRAMID™ array harnesses solar energy, farmers and ranchers can continue to raise crops and livestock beneath it. Self-generated solar electricity benefits farmers as well, by lighting and heating buildings and greenhouses, drying crops, and powering water pumps and irrigation systems.”