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Simulation-based Policy Making for Autonomous Decentralized Energy Systems-Rice husk use in Thailand- |
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| รหัสดีโอไอ | |
| Title | Simulation-based Policy Making for Autonomous Decentralized Energy Systems-Rice husk use in Thailand- |
| Creator | 1. Tetsuo Tezuka 2. Masahiro Kawasaki 3. Surin Ngaemngam |
| Publisher | Joint Graduate School of Energy and Environment |
| Publication Year | 2557 |
| Keyword | Simulation-based design, Autonomous decision making, Decentralized energy system, Renewable energy |
| Abstract | This paper introduces the simulation-based policy-making methodology for autonomous decentralized decision-making systems and shows its effectiveness by taking renewable energy (rice husk) use in Thailand as an example. The stakeholders, e.g., energy consumers, energy suppliers, retailers and national/local governments included in the renewable energy systems, are considered to be the autonomous decentralized decision-makers. However, the criteria and constraints of the stakeholders' decision-making are usually unknown to policy makers/planners, and even the level of autonomy, that is, the capacity of decision-makers, may be included in the design targets of education and policy. This study has developed the simulation model for designing the autonomous decision-making systems including the stakeholders of the market with a variety of transaction rules. First, the simulation-based policy-making approach is introduced. Second, the decision rules of the stakeholders in the market of rice husk in Thailand were collected and analyzed based on the results of the interviews and the questionnaire survey for developing the behavioral model. And finally, several simple sets of policy rules for the energy market are examined by using the simulation model for demonstrating the effectiveness of the simulation-based policy-making approach. |
| ISBN | 978-616-92228-1-1 |
