The Difference

   Take wind energy and convert it into mechanical energy, then produce electricity immediately as required or store the energy for later use without batteries.  This is accomplished during low or high winds from any direction.

The difference is our Savonius-style double helical rotor of composite materials design. 

The difference is in the geometry and greater efficiency of a vertical Savonius rotor compared to a propeller blade type.

The difference is in the way we transport the wind energy to the generators.

The difference is the way we store the excess wind energy.

Designed & manufactured in Canada.

Other competitive systems can not make these claims.

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The Perfect Wind Farm Project

• Generates power beginning at wind speeds as low as at 2-3 m/s

• Withstands gale / hurricane force winds and continues to produce power

• Rotors can be placed in close proximity and not experience negative effects but enhanced wind effects

• Capable of producing 50% plus more power per annum than conventional propeller types

• Quiet - operates 0-10db, about 98% quieter than conventional systems

• Does not harm birds and other wild life

• Resistant to winter ice build-up, rotating turbines have NO ice accumulation

• Erected with ordinary cranes, not super-size large cranes. Can be erected without any cranes at all in remote areas.

• Modularization allows additional components to be added to meet increased demands.

•  Modularization ensures fit to conventional cargo containers and trucks for transport to site without having to close highways and roads

• Ideal for remote installations where low maintenance and remote monitoring is required, 96% of maintenance performed at ground level

• Can store excess energy for later electrical production and to maintain consistent power output without using batteries

• Utilizes off-the-shelf common industry tested components with exception of S rotor (Savonius Rotor)

• Scalable down to smaller sizes for commercial and household use to avail of reverse metering and to supply power in remote locations

• Ideal for operation as central component of hybrid system containing other sources of power such as solar, water and hydrogen

• System can be operational and producing power in 12 to 18 months