Can energy management and its conversion through electromagnetic conversion into electricity reduce and benefit from its environmental risks and impacts?
The global community has a responsibility to address the environmental concerns for energy purposes by replacing existing coal and hydrocarbon methods with sustainable and efficient energy systems. Hence, current power generation systems are constrained by physical laws that reduce performance by converting more energy into heat. Similarly, the revolution and widespread implementation of renewable energies worldwide have shown that electromagnetic transfer is a viable option for harnessing the induced mechanical energy provided by wind or water into exergy. Exergy focuses on the efficiency of the second law of thermodynamics with the aim of ensuring the availability and quality of energy in energy management systems. Therefore, it is necessary to reduce energy demand by building highly efficient electrical appliances and increasing the quality of energy with the output power generation systems. This chapter provides a single diagram for developing new models and designs for power generation with the aim of developing variable efficiency power systems. In addition, an analysis of magnetism, electromagnetic induction, and magnetic materials will be conducted for design, optimization, and implementation in current power cycles.