Hybrid vehicles have been used more and more popular in the U.S. since the Toyota Prius. This fuel efficient vehicle is a small machine that is normally equipped with gasoline. Its fuel consumption is due to the use of an electric motor that the additional power the engine supplies.
While a small engine may not be suitable for certain driving conditions, which makes use of an electric motor on board battery, the power generated by the small motor poweredappropriately enough. But designers and engineers in the automotive industry are constantly looking for ways to improve the performance of a hybrid vehicle. Turbodyne Technologies Inc. is one of the companies on the lookout for ways to improve the performance of hybrid cars. Recently the company announced that a new technology, the goal is to have hybrid vehicles are even better developed.
Turbodyne has improved the design of the Turbo Flow ™ electronic air injectionSystem. The technology is intended for the use of hybrid vehicles. "It is clear that hybrid vehicle production experienced significant growth," said Al Case, the chief executive officer of Turbodyne. "" The biggest challenge is to maximize engine performance and fuel consumption. That's where the opportunity for Turbo Flow ™ air injection system is, "Case added.
The Turbo Flow technology is different from turbochargers and compressors of theLack of mechanical connections. For the turbo flow air injection system, an electric motor used to operate the compressor is on, which in turn supplies air to the engine.
By eliminating the mechanical connection, the air is made better than injection or turbo compressors. Compressors need power from the engine to operate the compressor and this means that the force generated by the motor can be reduced.
Turbochargers use on the other side,Gas outlet of the air into the combustion chamber. This means that if it significantly less emissions, such as when starting a car, can not help the turbocharger, the engine. Both the reduction in engine performance and lack of startup performance problems are solved by the Turbo Flow ™ air injection.
As hybrid vehicles become aware that a good storage of electrical energy have, it makes sense that the new air-injection system for hybrid vehicles is powered byStream. Since the Turbo Flow ™ air injection system is not dependent on the engine, it can be used during a cycle. It is specifically designed to deliver air into small displacement engines such as on hybrid engines.
This new technology will further increase the efficiency of fuel-efficient vehicles. This could mean that hybrid vehicles continue their domination of the automotive industry in the future. From the way things look,Hybrid vehicles have the thugs dog in the yard of the automotive industry.
With more and more developments like these, we can still expect more and more hybrid vehicles roaming our streets.