Technical and Market Integration of Wind Energy (semester?), IPRO 344

The objective of IPRO-344 is the design of a wind turbine. To accomplish this, the following tasks must be completed:  Selection of an appropriate site, taking into account wind availability, proximity to transmission lines, environmental impact, and the selling price of electricity at the location.  Mechanical design of the wind turbine, including the blades, turbine, and tower.  Electrical design of the generator, grid interconnection, and control system.  A study of the economics of the design, including a life-cycle cost analysis.Sponsorship: Michael Polsky, Invenergy LLCDeliverables for IPRO 344: Technical and Market Integration of Wind Energy for the Fall 2006 semeste

Technical and Market Integration of Wind Energy (semester?), IPRO 344: Wind Farm IPRO 344 Midterm Report F06

The objective of IPRO-344 is the design of a wind turbine. To accomplish this, the following tasks must be completed:  Selection of an appropriate site, taking into account wind availability, proximity to transmission lines, environmental impact, and the selling price of electricity at the location.  Mechanical design of the wind turbine, including the blades, turbine, and tower.  Electrical design of the generator, grid interconnection, and control system.  A study of the economics of the design, including a life-cycle cost analysis.Sponsorship: Michael Polsky, Invenergy LLCDeliverables for IPRO 344: Technical and Market Integration of Wind Energy for the Fall 2006 semeste

Technical and Market Integration of Wind Energy (semester?), IPRO 344: Wind Farm IPRO 344 Abstract F06

The objective of IPRO-344 is the design of a wind turbine. To accomplish this, the following tasks must be completed:  Selection of an appropriate site, taking into account wind availability, proximity to transmission lines, environmental impact, and the selling price of electricity at the location.  Mechanical design of the wind turbine, including the blades, turbine, and tower.  Electrical design of the generator, grid interconnection, and control system.  A study of the economics of the design, including a life-cycle cost analysis.Sponsorship: Michael Polsky, Invenergy LLCDeliverables for IPRO 344: Technical and Market Integration of Wind Energy for the Fall 2006 semeste

Technical and Market Integration of Wind Energy (semester?), IPRO 344: Wind Farm IPRO 344 Final Report F06

The objective of IPRO-344 is the design of a wind turbine. To accomplish this, the following tasks must be completed:  Selection of an appropriate site, taking into account wind availability, proximity to transmission lines, environmental impact, and the selling price of electricity at the location.  Mechanical design of the wind turbine, including the blades, turbine, and tower.  Electrical design of the generator, grid interconnection, and control system.  A study of the economics of the design, including a life-cycle cost analysis.Sponsorship: Michael Polsky, Invenergy LLCDeliverables for IPRO 344: Technical and Market Integration of Wind Energy for the Fall 2006 semeste

Technical and Market Integration of Wind Energy (semester?), IPRO 344: Wind Farm IPRO 344 Poster F06

The objective of IPRO-344 is the design of a wind turbine. To accomplish this, the following tasks must be completed:  Selection of an appropriate site, taking into account wind availability, proximity to transmission lines, environmental impact, and the selling price of electricity at the location.  Mechanical design of the wind turbine, including the blades, turbine, and tower.  Electrical design of the generator, grid interconnection, and control system.  A study of the economics of the design, including a life-cycle cost analysis.Sponsorship: Michael Polsky, Invenergy LLCDeliverables for IPRO 344: Technical and Market Integration of Wind Energy for the Fall 2006 semeste

Technical and Market Integration of Wind Energy (semester?), IPRO 344: Wind Farm IPRO 344 IPRO Day Presentation F06

The objective of IPRO-344 is the design of a wind turbine. To accomplish this, the following tasks must be completed:  Selection of an appropriate site, taking into account wind availability, proximity to transmission lines, environmental impact, and the selling price of electricity at the location.  Mechanical design of the wind turbine, including the blades, turbine, and tower.  Electrical design of the generator, grid interconnection, and control system.  A study of the economics of the design, including a life-cycle cost analysis.Sponsorship: Michael Polsky, Invenergy LLCDeliverables for IPRO 344: Technical and Market Integration of Wind Energy for the Fall 2006 semeste