No more turbo lag?
US Patent No. 7,043,916 to Kei Masud issued on 16 May 2006. This patented invention describes a method for controlling an electric motor coupled to a turbocharger.
I believe such a combination would make turbo lag a thing of the past. Commonly, turbos use exhaust gases to drive a turbine coupled by a common shaft to an intake impellor. The escaping exaust gases rotate the intake impellor creating boost. This traditional method results in appreciable lag or spool up. Of course lag can be minimized by reducing the rotating mass. Yet, even small turbos still have lag. By coupling an electric motor to the turbo, it is possible to pre-spool the turbine and therefore eliminate lag.
Interesting...
I believe such a combination would make turbo lag a thing of the past. Commonly, turbos use exhaust gases to drive a turbine coupled by a common shaft to an intake impellor. The escaping exaust gases rotate the intake impellor creating boost. This traditional method results in appreciable lag or spool up. Of course lag can be minimized by reducing the rotating mass. Yet, even small turbos still have lag. By coupling an electric motor to the turbo, it is possible to pre-spool the turbine and therefore eliminate lag.
Interesting...
