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Technical Information
The following papers and CanWEA conference posters prepared by experts at McMaster University in 2007 provide detailed information on the initial operating performance of Cleanfield VAWTs. Their performance has since been significantly enhanced through R & D and continuous improvements.
Wind Power Production in the Urban Environment
Performance Testing of a Small VAWT
CFD Simulation of Dynamic Thrust and Radial Forces on a VAWT Blade
Vibration Analysis of a VAWT Blade
Experimental Measurement of Noise Production
Small-scale VAWT Blade Optimization Through Numerical Modeling Techniques
Performance Analysis of VAWTs in the Urban Environment
Boundary Layer Flow Investigations on Small-scale VAWTs
Wind Power Production in the Urban Environment Performance Testing of a Small VAWT
CFD Simulation of Dynamic Thrust and Radial Forces on a VAWT Blade
Vibration Analysis of a VAWT Blade
Experimental Measurement of Noise Production
Small-scale VAWT Blade Optimization Through Numerical Modeling Techniques
Performance Analysis of VAWTs in the Urban Environment
Boundary Layer Flow Investigations on Small-scale VAWTs
Specifications
The technical specifications of Cleanfield’s 3kW vertical axis wind turbine will be available soon.
Product Certification
Cleanfield’s inverter was tested and determined to be in compliance with UL 1741-Standard for Inverters, Converters, Controllers and Interconnection System Equipment for Use with Distributed Energy Resources. The testing was done by Canadian Standards Association (CSA) International, which is accredited by the Occupational Health and Safety Administration (OSHA) of the US Department of Labor as a Nationally Recognized Testing Laboratory (NRTL). This was the first certification for a back-to-back wind inverter/converter by CSA International in this power range using our topology.
Installation Manual
The installation manual for a Cleanfield 3kW VAWT will be available soon.