Working as an energy engineer usually requires work experience. The second step to becoming an energy engineer involves simply working as an engineer. These 4-year programs include classes in mechanics, chemical science, differential equations, renewable energy systems, power electronics, energy systems, and hybrid transportation. Bachelor’s degree programs are available as a Bachelor of Science in Energy Engineering, Bachelor of Science in Mechanical and Energy Engineering, or a bachelor’s degree in energy systems engineering. The first step to becoming an energy engineer involves earning a bachelor’s degree. The oil crisis of 1973 and the energy crisis of 1979 brought to light the need to get more work out of less energy. The efficiency of the transfer of energy is a new field. Electrical power, also based on fossil fuels, became widespread at the end of the 19th century and the production of cleaner electrical energy through hydro-power, nuclear, geothermal, and solar means is a topic even more relevant to today’s world. The Industrial Revolution led to the massive use of coal as fuel, and the extraction of petroleum and various other oils became extremely important with the advent of internal combustion engines. Various natural oils were also used for a range of purposes, such as whale oil for lamps.Įnergy was first discovered through the burning of wood to create heat. Powered devices using natural energy sources such as water and wind were introduced by the Ancient Greeks and were commonly used until the 18th century, when the steam engine revolutionized the way devices could be powered. Humanity’s earliest days saw the discovery of fire through wood combustion (burning of wood), and the use of charcoal for smelting metals dates back as early as 5000 BC. Energy and powered devices are an integral part of society. Human beings have been transferring energy from one form to another since their first use of fire. They use light level meters, thermo-guns and data logging to measure the energy losses. Engineers often conduct building audits and inspections to first identify where energy can be saved.
Engineering applied to the energy sector focuses on increasing the energy efficiency of companies, machinery and households.Įnergy engineers achieve energy saving through clever building designs, better use of materials and through renewable energy devices. Energy is the building blocks of everything and is required to power or build anything that is used in the world. Energy engineering is an interdisciplinary collaboration between all of the energy technologies.Įnergy engineering is all about reducing the world’s energy consumption. Not only must energy engineers be familiar with renewable energy, they must also know about oil and natural-gas energies. What is Energy Engineering?Įnergy engineering is a broad field of engineering that involves energy management, energy efficiency, renewable energy, and environmental maintenance.
#Homer energy software ppt full
You can read the full affiliate disclosure in our privacy policy. These links track your purchase and credit it to this website. This software is vividly used for obtaining the optimized energy audit solutions to integrate several equipments embedding into a single workable system.Disclaimer: Some of the links below are affiliate links which provide us a small commission at no cost to you. Homer software basically utilizes the concept of finding the total net present cost to represent the life-cycle cost of the total system. Among the aforementioned audit softwares, homer software is selected since it consists of several built-in options to perform audit studies. To analyze the energy power and cash flow computations, there exist many commercial types of energy audit softwares like Emat, Optimizer, Homer, Energy gauge, Treat and so on. The importance of life-cycle cost analysis of an integrated solar power system is explained in this paper. Total View : 847 Downloads : 33 Page No: 1212-1214 DOI:Īudit, homer, life-cycle cost, integrated solar power system. Life-Cycle Cost Analysis of a Solar Energy Based Hybrid Power System ( Vol-2,Issue-8,August 2016 )Īuthor(s): Dr.