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J-GLOBAL ID:200901086341134870   Update date: Jun. 20, 2024

TAKEHAMA Asami

タケハマ アサミ | TAKEHAMA Asami
Affiliation and department:
Job title: Professor
Research field  (2): Other ,  Environmental policy and society
Research keywords  (5): Environmental Education ,  Policies for Climate Protection and Emission Reductions ,  Grid Integration for Wind and Photovoltaic Energy ,  Policies for Renewable Energy and Power Systems ,  Policies for Renewable Energy and Power Systems, Grid Integration for Wind and Photovoltaic Energy, Policies for Climate Protection and Emission Reductions, Environmental Education,
Research theme for competitive and other funds  (12):
  • 2021 - 2024 Renewable electricity transmission and supply-demand balance in 2040, considering effects of grid development and electric vehicles
  • 2020 - 2024 Electric Power Systems under Carbon Constraints and Marketization
  • 2017 - 2021 An estimate of CO2 emission reduction through large-scale integration of Photovoltaic and wind energies considering demand-supply balance in the electricity grid
  • 2016 - 2020 Policy Research on Strategies for Transition to Local Distributed Energy Systems under the System Reform
  • 2014 - 2017 The study of power grid data disclosure concerning large scale grid integration of wind and PV energies
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Papers (87):
  • A Feasibility Study of a Renewable Electricity Share of 60% and the Phasing-Out of Coal-Fired Power: A Simple Model of Supply-Demand Balance in Japan. 2024. 40. 385-390
  • Wind Energy Capacity and Demand-Side Management Measures for Achieving Renewable Energy Share 60%: a Simple Model of Supply-Demand Balance in Japan, under the Phasing-Out of Coal-Fired Power Plants. 2023. 45. Submission No.:C000094
  • Feasibility of 60% Renewable Electricity Target and Supply-Demand Balance of Western Japan Grids in 2030 Under the Phasing-Out of Coal-Fired Power Plants. 2022. 44. 266-269
  • Supply-Demand Balance in the Western Japan Grids in 2030, a Scenario Study of Decommissioning of Coal and Nuclear Power Generation. 2022. 38. 42-47
  • 竹濱朝美,歌川学. 「変動性再エネ電源導入による 2040 年の電力需給と出力抑制の考察」. 日本環境学会,第47回研究発表会,2021年,予稿集,pp.5-6, 2021年. 2021. 47. 5-6
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MISC (8):
  • Toward the phase-out of coal-fired power by 2030, a message from COP28. People and Environment. 2024. 50. 1. 1-2
  • Feasibility of 60% Renewable Electricity Target and Supply-Demand Balance of Western Japan Grids in 2030 Under the Phasing-Out of Coal-Fired Power Plants. 2023. 39. 193-198
  • Asami TAKEHAMA, Manabu UTAGAWA. A study of supply-demand balance in the western Japan grids in 2030: The use of cross-regional interconnections and demand response measures, the feasibility assessment of renewable electricity targets. Proceedings of the 38th Annual Meeting of Japan Society of Energy and Resources. 2019. 38. 22_1
  • Asami Takehama. Reverse power flow from wind electricity, the rules for reactive power provision in the high and middle voltage grid in Germany. 「第37回、風力エネルギー利用シンポジウム」(発表原稿集). 2015. 443-446
  • 竹濱朝美, 安田陽. Large-scale grid integration of wind and solar energy and grid operation in Germany. 電気学会新エネルギー・環境研究会資料. 2014. FTE-14. 20-27.29-33
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Books (7):
  • 'Local Energy Governance, Opportunities and Challenges for Renewable and Decentralised Energy in France and Japan', edited by Magali Dreyfus and Aki Suwa, Routledge. Chapter 12, " Analysis of supply-demand balances in western Japan grids in 2030, Integrating large-scale photovoltaic and wind energies: challenges in cross-regional interconnections", Asami Takehama and Manabu Utagawa, (pp.212-244) of 274
    Routledge 2022
  • 「東日本における2030年の電力需給バランス,再生可能エネルギー45%の検証」,<U>竹濱朝美,</U>歌川学,第3章,p.51-76. 『炭素排出ゼロ時代の地域分散型エネルギーシステム』,大島堅一編著,日本評論社,全290ページ,2021年。 ,
    日本評論社 2021
  • 入門 再生可能エネルギーと電力システム、再エネ大量導入時代の次世代ネットワーク
    日本評論社 2019 ISBN:9784535559196
  • 「原発ゼロ」プログラム
    かもがわ出版 2013 ISBN:9784780306088
  • 環境と消費者・入門消費経済学3.
    慶應義塾大学出版会 2010
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Lectures and oral presentations  (51):
  • Wind Energy Capacity and Demand-Side Management Measures for Achieving Renewable Energy Share 60%: a Simple Model of Supply-Demand Balance in Japan, under the Phasing-Out of Coal-Fired Power Plants
    (2023)
  • “Study on electricity supply and demand in 2030, considering the phase-out of coal-fired power generation, and the possibility of achieving 60% renewable electricity”
    (2023)
  • 「家庭,業務,産業の部門別電力需要とデマンドレスポンス利用可能量の推定の試み,電力需給バランスの試算」
    (日本環境学会,第49回 研究発表会 2023)
  • Feasibility of 60% Renewable Electricity Target and Electricity Supply-Demand Balance of Western Japan Grids in 2030 Under the Phasing-Out of Coal-Fired Power Plants
    (Grand Renewable Energy 2022 International Conference (GRE2022) 2022)
  • 自然変動電源による2030年の西日本の電力需給,原発ゼロの場合のデマンド レスポンス必要量
    (日本環境学会 第48回研究発表会(2022) 2022)
more...
Education (2):
  • - 1988 Ritsumeikan University Graduate School, Division of Sociology Applied Sociology
  • - 1988 Ritsumeikan University Graduate School, Division of Sociology Applied Sociology
Professional career (1):
  • Doctor of Sociology
Association Membership(s) (5):
JAPAN ASSOCIATION ON THE ENVIRONMENTAL STUDIES ,  電気学会 ,  エネルギー資源学会 ,  環境経済・政策学会 ,  Japan Wind Energy Association
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