Various energy collection and conversion systems for different utilization environments are introduced. Division standards and evaluation indexes for various categories of energy systems are discussed. The energy efficiency enhancement, environmentally friendly, economically affordable solutions for different energy systems and their underlying physics based mechanisms are presented. Holistic approach for combined objectives is provided. Optimal criteria for combined criterion is proposed for taking the multiple objectives into account to satisfy affordable sustainable green energy systems.

CILO-1: Apply theoretical and computational methods to solve energy system related problems in the field of electromechanical engineering. CILO-2: Design and conduct numerical simulations, as well as theoretical models and analyze data. CILO-3: Evaluate an energy collector or conversion system, to meet needs of loads, suistabity and costs. CILO-4: Use the advanced mechanical and computaional techniques to calculate the standard indexes for energy systems. CILO-5: Use the computer/IT tools relevant to simluations of energy efficiency and energy costs for energy systems.