ENGINE TEST BED FOR OVERALL EFFICIENCY

摘要

The measurement environment is strongly impaired by the presence of anomalies consisting of soundproofing walls which are a loss of energy in the form of acoustic vibration attenuated by metallic walls which generate electromagnetic waves via the vibrations. This environment does not allow management of the disadvantages of the electromagnetic charges on the engine impairing combustion. Further, the presence of the fans for the forced-air intake or the coolings of external water is inconsistent with the balancing of the energies dissipated by the engine. We are aware at the present time that electromagnetic energy does play a part in the energy balance of the combustion engine and on the relative voltages of the various components autonomously cohabiting. The relative voltages are thus subject to fluctuations. The specific feature and benefit of this overall measurement diagnostic is that it introduces a natural logic which brings to light the equations of input energy and energy lost from the autonomous dynamic activities of the engines. The true evolution through sight of the overall picture identifies all the parameters involved in the diffusion of energy. Electromagnetic energy plays an active part in combustion engines and electric motors and this is reincorporated by this method to assess efficiency, comfort and reliability.