Progress and development of a country requires maximum use of its capabilities and potentials. The connection between industry and university leads to effective use of scientific capabilities of university and facilities and experience of industry. This relation is more More
Progress and development of a country requires maximum use of its capabilities and potentials. The connection between industry and university leads to effective use of scientific capabilities of university and facilities and experience of industry. This relation is more effective when industry and university are aware of each other's capabilities and needs in order to have an effective and goal-oriented cooperation. The aim of this research is to use educational and research services of university to find necessary solutions and technical requirements to recognize the needs of electricity industry as one of the most important infrastructure industries of the country and also the degree of importance and priority of each necessity be determined. First by interviewing electricity industry elites, needs of electricity industry were determined and technical requirements for meeting those needs were exploited. Then the relation between necessities and requirements was determined by the means of QFD matrix. After that the requirements which had the most relation with necessities were declared. These solutions were sorted by the Analytic Hierarchy Process technique. The results showed that the most important needs of the electrical industry are "specialist human resources in the field of electrical engineering" and "availability of academic staff in the field of electrical engineering.
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In this paper a new concept has been proposed to consider “Energy Efficiency” as a new commodity. The new commodity is based on DSM (Demand Side Management) and especially the strategic conservation techniques in the restructured environment. In the proposed method the More
In this paper a new concept has been proposed to consider “Energy Efficiency” as a new commodity. The new commodity is based on DSM (Demand Side Management) and especially the strategic conservation techniques in the restructured environment. In the proposed method the ability to improve efficiency is traded as a new commodity by some new players.
The effect of new commodity trading is analyzed on the long-term market power reduction in parallel to available long-term solutions that mostly rely on generation solution.
The numerical study according to real world data shows the potential and effectiveness of the proposed method.
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