Study on the Advancement System in the East Asia Summit Region
Iida, Yasushi; Shota, Inoue; Li, Yanfei | February 2017
Abstract
The necessity of energy efficiency is agreed on by any person in any country as far as that person is aware of the concern about depleting natural resources and the effect of energy consumption on the environment. However, because energy efficiency covers very broad issues and various measures to deal with it, discussion on the promotion of energy efficiency may only result in the list of something-for-everyone that is too general for practical application.
Since every part of the energy supply and demand system comprises technologies, energy efficiency cannot be achieved without any kind of technologies, neither can any energy efficiency measure be successful without considering the effect of energy efficiency on human activities. Among various types of technologies related to energy efficiency, those that serve as the interface with human activities play the most important role. Thus, we assume that energy management system (EMS) technologies, which help visualise, monitor, and control the energy supply and demand, can be a cornerstone in this context.
Needless to say, the installation of EMS itself is not simply the solution because it is a rather-costly investment and it cannot be justified without an analysis of the expected benefit, i.e. energy-efficiency potential by deploying EMS. Close analysis of the energy efficiency potential, from both macro and micro perspectives, should be made in confirming its effectiveness.
The last but not the least thing to consider is the institutional framework. In general, costly investment, even when its economic benefit is expected in the end, is apt to be avoided if it takes time to recover cost. This is more conspicuous in a market that is not mature enough for the price mechanism to work perfectly. To mitigate this incompleteness, appropriate policy intervention may be needed to help promote EMS technologies.
The study aims to provide suggestions for policy planners in the East Asia Summit region on possible ways to promote EMS technologies. We hope this study can bring new insights for those involved in this issue.
Citation
Iida, Yasushi; Shota, Inoue; Li, Yanfei. 2017. Study on the Advancement System in the East Asia Summit Region. © Economic Research Institute for ASEAN and East Asia. http://hdl.handle.net/11540/10897.Keywords
Alternative energy
Alternative energy development
Commercial Energy
Energy Economics
Energy Technology
Household Energy Consumption
Industrial Energy Consumption
Primary Energy
Results-Based Monitoring And Evaluation
Project Evaluation & Review Technique
Evaluation Techniques
Evaluation Methods
Evaluation Criteria
Alternative energy program
Alternative energy technology
Domestic Energy
Energy Demand
Energy Prices
Energy Pricing Policy
Energy Supply
Nuclear
Primary Energy Supply
Development Indicators
Social Participation
Low Income Groups
Income Generation
Newly Industrializing Countries
Input output analysis
Cost benefit analysis
Needs assessment
Economic evaluation
Energy Industries
Energy planning
Alternative energy technology
Project impact
Program management
Project appraisal
Green technology
Electric power
Energy development
Power supply
Electric power consumption
Price
Consumer
Consumption
Supply and demand
Electric power plant
Power
Renewable energy source
Renewable energy resource
Energy conservation
Energy policy
Participatory monitoring and evaluation
Participative management
Energy consumption
Risk assessment
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