Coordination of battery energy storageand power-to-gas in distribution systems

Teodor Ognyanov Trifonov

doi:10.1186/s41601-017-0072-y

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Coordination of battery energy storageand power-to-gas in distribution systems

Contents | 更新时间：2026-06-25

- Coordination of battery energy storageand power-to-gas in distribution systems
- Coordination of battery energy storageand power-to-gas in distribution systems
- 现代电力系统保护与控制（英文） 2017年2卷第4期
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- DOI：10.1186/s41601-017-0072-y
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- 纸质出版：2017
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Teodor Ognyanov Trifonov. Coordination of battery energy storageand power-to-gas in distribution systems[J]. 现代电力系统保护与控制（英文）, 2017,2(4).

Teodor Ognyanov Trifonov. Coordination of battery energy storageand power-to-gas in distribution systems[J]. Protection and Control of Modern Power Systems, 2017, 2(4).
Teodor Ognyanov Trifonov. Coordination of battery energy storageand power-to-gas in distribution systems[J]. 现代电力系统保护与控制（英文）, 2017,2(4). DOI： 10.1186/s41601-017-0072-y.

Teodor Ognyanov Trifonov. Coordination of battery energy storageand power-to-gas in distribution systems[J]. Protection and Control of Modern Power Systems, 2017, 2(4). DOI： 10.1186/s41601-017-0072-y.

摘要

Concerning the rapid development and deployment of Renewable Energy Systems (RES) and Energy Storage System (ESS) including Power-to-Gas (PtG) technology can significantly improve the friendliness of the integration of renewable energy. The purpose of this paper is to develop a coordination strategy between a battery energy storage and a PtG system. A simulation case is created with an electrical and a natural gas grid as well as steady-state models of RES and PtG. Charging strategies are developed accordingly for the ESS as well as production strategies for the PtG system. The size of the ESS is then observed with regards to the RES and PtG systems. As a result

it is found that surplus energy from RES can be stored and then used to support the electrical grid and the natural gas grid. It is also concluded that the capacity of the ESS can be affected

given a proper charging and production strategy

which needs to be tailored to each system. As shown in the paper

due to an improper charging strategy in the first quarter of a month

the ESSPC size has increased from its optimal size of 314 MWh to roughly 576 MWh. It can also be seen that given a proper charging strategy

this capacity can be less than 200 MWh.

Abstract

it is found that surplus energy from RES can be stored and then used to support the electrical grid and the natural gas grid. It is also concluded that the capacity of the ESS can be affected

given a proper charging and production strategy

which needs to be tailored to each system. As shown in the paper

due to an improper charging strategy in the first quarter of a month

the ESSPC size has increased from its optimal size of 314 MWh to roughly 576 MWh. It can also be seen that given a proper charging strategy

this capacity can be less than 200 MWh.

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