Speakers

大谷 謙仁

エネルギー・環境領域 再生可能エネルギー研究センター エネルギーネットワークチーム 研究チーム長 (国研)産業技術総合研究所 福島再生可能エネルギー研究所


Japan

1) Example of CV Kenji Otani (Times Roman, Font size 14, Bold) Leader, Energy Network Team, Renewable Energy Research Center, AIST Chair, TC82, International Electrotechnical Commission 1995-2001 Electrotechnical Laboratory 2001- National Institute of Advanced Industrial Science and Technology 2) Format of the abstract Advanced R&D Platform for Decarbonized Power Grid with Inverterbased Distributed Energy Resources Kenji Otani National Institute of Advanced Industrial Science and Technology k.otani@ait.go.jp In order to make variable power sources from renewable energy sources the main power source in the power system, it is essential that inverters have advanced functionality. By realizing the potential of inverters, they can play a role in ensuring a stable supply of power in the power system. For example, it can help ensure the quality of electric power, such as voltage and frequency. Inverters with communication capabilities can be profitable by timing the transfer of power in and out of the power market. Since each inverter is so small compared to a conventional generator (thermal, hydro, etc.), a very large number of inverters need to operate in unison as an aggregated unit. It is also necessary for the inverters, as newcomers to the system, to operate in proper coordination with the conventional power system. AIST has been operating an inverter R&D and testing facility since 2016, and has supported about 200 joint research and certification tests on inverters. Next year, the facility will have a major update to accommodate large inverters in the 5 MW class. In addition, by strengthening DX support such as automatic test methods and HIL technology, R&D and certification testing related to smart inverters, virtual inertia inverters, and the grid connections of battery electric vehicle will be accelerated.
大谷 謙仁
大谷 謙仁

大谷 謙仁

エネルギー・環境領域 再生可能エネルギー研究センター エネルギーネットワークチーム 研究チーム長 (国研)産業技術総合研究所 福島再生可能エネルギー研究所


Japan

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