MULTIPHASE COLD ENGINE EMPLOYING COLD AND HOT THERMODYNAMICS AND HAVING ENGINE EFFICIENCY GREATER THAN 100 AND A COLD GENERATOR WITH A HIGH COEFFICIENT OF PERFORMANCE (COP)

摘要

The invention relates to an engine essentially comprising the following three phases differentiated by the origin of the energy supplying same, namely: phase 1 supplied with external thermal energy (9) (heat), phase 2 supplied with internal thermal energy (heat) and phase 3 supplied with internal thermal energy (cold). Each phase includes multiple cycles and each cycle contains a chemical compound each with a different boiling point in order to make use of the energy. The thermal energy is transmitted between the condenser of one cycle and the evaporator of the next, thereby forcing the condensation of the chemical compound of the first cycle and the evaporation of the chemical compound of the next. Energy efficiency greater than 100% can be obtained using said three phases and the greatest efficiency is obtained using the cold phase (3) as the heat is obtained from the environment (8).