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    Simulation Study on Energy Mix for Power Generation in Temburong Eco Town

    Kimura, Shigeru | October 2018
    Abstract
    There is an eco town development plan in Temburong District, Brunei Darussalam. The eco town concept is about applying energy efficiency technologies to achieve lower energy demand, especially electricity, to be used by buildings, and renewable energy such as solar photovoltaic (PV). At the request of the Ministry of Energy and Industry (MEI), Brunei Darussalam, ERIA conducted a research study. The study measured the impact of the application of energy efficiency technologies for buildings and installation of solar PV with electricity storage as power supply system based on the Temburong district development plan prepared by Town and City Planning Department under the Ministry of Development (MOD). For energy efficiency technologies for buildings, ERIA applied two types of building energy intensity (BEI): (i) normal township (ordinary BEI) and (ii) eco township (green BEI, like Green Building Index in Malaysia). In Temburong District, several types of buildings – office, hotel, shopping mall, hospital, and others – will be constructed based on the Temburong district plan. If MOD could apply the eco township (GBI), electricity demand would be reduced by 30% from the normal township, which is a significant effect. In general, if buildings could apply the eco township (GBI), construction cost would be higher than that of the normal township, but power generation cost could be saved due to lower electricity demand. Focusing on initial cost of solar PV and storage, the eco township (GBI) will contribute a reduction of about US$ 100 million compared with the normal township.
    Citation
    Kimura, Shigeru. 2018. Simulation Study on Energy Mix for Power Generation in Temburong Eco Town. © Economic Research Institute for ASEAN and East Asia. http://hdl.handle.net/11540/8895.
    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
    Solar
    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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    Citable URI
    http://hdl.handle.net/11540/8895
    Metadata
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    ERIA_RPR_FY2017_No_02.pdf (2.713Mb)
    Author
    Kimura, Shigeru
    Theme
    Energy
    Evaluation
     
    Copyright 2016-2021 Asian Development Bank Institute, except as explicitly marked otherwise
    Copyright 2016-2021 Asian Development Bank Institute, except as explicitly marked otherwise