A High Efficiency Booster for Automotive and Other Applications

Case ID:
00-493

WSU faculty developed a high efficiency booster useful in devices where the gas turbine is the primary source of power and in hybrid automotive engines. Boosters are currently used in hybrid automotive engines or in stationary plants for the purpose of increasing the power output of the gas turbine. It is generally accepted that a good power producing system has reasonably high thermal efficiency consistent with economical environmental and other constraints.

However current technology does not meet these goals since it provides only limited power output and thus decreased fuel efficiency. The new device significantly increases the peak cycle temperature and cycle pressure ratio thereby improving the cycle thermal efficiency and ease of control of the unit under various loads.

Commercial Applications

• Hybrid automotive engines
• Devices powered by gas turbines

Competitive Advantages

• Improved thermal efficiency from significantly increasing the peak cycle temperature and cycle pressure ratio
• Improved ease of control of the unit under various loads
• Reduction in emission of air pollution

Patent Status

Patent Issued – 6,390,785

Tech ID                

00-493

Patent Information:
For Information, Contact:
Tech Transfer Staff
Wayne State University
ttoinfo@wayne.edu
Inventors:
Vladimar Sheyman
Mulchand Rathod
Keywords:
Engine
Transportation