Concentrated Controlled Wind (CCW) Turbines for your Power Solutions


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​All wind turbines are NOT created equal. California Energy & Power has developed a unique solution for the wind industry that overcomes many of the challenges produced by both small and large turbines.

The Cali-ePower 12 kW Concentrated Controlled Wind (CCW) Turbine was rooted in the aerospace industry.  With a revolutionary design, our turbine is adaptable to a wide variety of wind environments. 

Companies want a clean energy solution that will provide low-cost, efficient power that will maximize available space. 
We provide a plug-n-play green energy solution for customers that need industrial grade power for their remote and campus/institutional micro-grids  but cannot or do not want to use large wind turbines. Our distributed energy solution plugs in directly where the power is used for both on-grid or off-grid applications.

Our turbines were designed to work optimally in distributed generation (DG) facilities of 3 - 1000 turbines, providing 36 kW - 12 MW of power. With their higher efficiency, wider power curve and higher power density, our distributed generation facilities provide a more constant and reliable source of green energy.
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We provide this wind energy in a way that is also quiet, bird- and bat-safe, and visually blends into the environment better than typical wind turbines.

Palm Springs 2 (PS2) Deployment
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​PS2 Virtual Demo
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President and Chairman Joe DiBartolo is interviewed by Phil Flynn from Price Future's Group regarding our new proven technologies and commercialization plans. Phil Flynn is also a Fox Business Network contributor. 


​Small Wind Turbines that can produce industrial-grade power are simply not available in today’s market. We believe that by applying state-of-the-art design methods to these turbines, their efficiencies can be competitive with today’s horizontal axis wind turbines. California Energy & Power's turbines have been shown to have clear advantages over their horizontal brethren when it comes to maintenance and installation costs, performance in low winds, wildlife safety, scalability to smaller sizes, adaptability to urban and/or third-world environments, and their enhanced performance in closely packed wind farms on both land and sea.

​California Energy & Power prototypes have indisputably demonstrated that significant improvements in the efficiency of vertical axis wind turbines are obtained when fitted with their concentrators that channel the incoming wind into the turbine blades.

PHILIP STEPHEN MARCUS, Professor of Fluid Dynamics at UC Berkeley, Department of Mechanical Engineering

Exhaustive CFD Testing

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State of the Art Research