A Strategy for Sustainable Energy out of Self Energy Resulting from Equipment and Engineering | ||||
| International Design Journal | ||||
| Article 20, Volume 7, Issue 3 - Serial Number 23, July 2017, Page 225-231 PDF (360.88 K) | ||||
| Document Type: Original Article | ||||
| DOI: 10.12816/0044139 | ||||
 View on SCiNiTO | ||||
| Author | ||||
| Mahmoud Ahmad Mahmoud Ahmad Nafea | ||||
| Teacher in Industrial design department - High institute of applied arts – 6 October City, EGYPT | ||||
| Abstract | ||||
| This research aims to develop a new ideology in the design of industrial design products (Apparatus and Equipments ) in homes to take advantage of the functional energies them during their functional performance, as an energy source in itself requires utilized in power generation, where instead of being the energy consumer products only ; but to be generating power at the same time during their functional performance, and storage this energy in a general battery in house for use again in the run of these products, which leads to achieve energy self-sufficiency at home, and independence from traditional energy sources, which, we call it "self-energy". When the man began to invent machines and tools previously relied on the abilities of muscle in the energy required to provide for the operation of these machines, and the emergence of energy sources, especially the coal in industrial revolution became energy sources provide the human hardships of muscle working, and provide sources of energy power much higher than the power of man; which added a major new trends in product design and production of machinery and industrially. Hence the ideological machine design is based on providing a source of energy for the running of these products to perform their functions, and the evolution of search for energy sources from coal to diesel fuel to gasoline, and in each transition from one species to another stage was the development of the product follower of the capabilities which provided by these sources of energy and conditions technology to activate it, and when the man was found environmental and economic problems of the exhaustion energies; he went to search for clean energy sources and renewable by same ideology and it provide energy alternatives that feed the product to perform its functions, and therefore it requires the construction of new power stations generate energy and you transmit via the power feed cables to homes and factories to running the machinery , equipment and machines in order to their part, rather than exploit the mechanical movement of these products to generate energy. It was the ideology of power since the industrial revolution by appearance of coal so far; and relying on renewable energies is a plants generate energy and transferred power through the cables and wires to feed the machinery and equipment, but about the ideology, which put them in this paper is a direct benefit from the function of products during the running; and for example wash machine in home ware add electric generator converts the mechanical motion into electrical energy during running for the energy is stored in the storage unit (battery) ; this is to take advantage of this energy in the running of any of the products that the source of functioning relies on power supply DC, and this makes us dispense gradually the source of power supply AC contained to the houses from power plants which work by traditional sources (coal - diesel fuel - diesel fuel), and that the use of energy solar and wind power from higher home with the functional energy resulting from apparatus and household equipment achieves independence home from energy about traditional energy source. | ||||
| Keywords | ||||
| Exhaustion energy; Renewable energy; Self energy; Sustainable development; Functional energies; Energy tree | ||||
| References | ||||
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1. Beter B.C, 2000, Electricity Engineering, University ofOxford, UK. 2. World Energy Council, 2007, Survey of Energy Resources, USA. 3. Sutton, M. and others , Solar Power For High Temperature Industrial Processes , Ibid pp. 1334-3.142 4. Friefeld, J.M, and others, 2000, Energy Storage Experiences at Solar one, Proceedings of the 19th IECEC. USA 5. Healey, H. M, 2000, Evaluation of Stationary, Tracking and Concentrating Photovoltaic System Designs for an Intermediate Size Photovoltaic, Project in Florida, USA. 6. NASA, 2000, Wind Energy Developments in the 20th Century, Lewis Research Center, Clevland, Ohio, USA. | ||||
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