From Laboratory Microgrid to Real Markets

作者: Christine Schwaegerl , Liang Tao , Sankar Narayanan , Jian Hui Zhang

DOI:

关键词: Low voltage ride throughAcknowledgementControllabilityElectrical engineeringRisk analysis (engineering)MicrogridCommercializationIncentiveEngineeringBusiness modelIslanding

摘要: This paper aims to identify and briefly address major gaps between nowadays technical (laboratory/pilot) Microgrid solutions real-life (quasi-)commercial market demands under a global setting. Firstly, both commercial aspects of story are illustrated in parallel; sides’ inherent motivations, scopes, business models etc. compared. Then the deeper identifies discusses existing for application three different categories: Major (internal) gaps: · Grid-connected off-grid dual mode operation support Meeting network constraints / requirements Protection solution new upgraded Microgrids (external) regulatory Islanding vs. anti-island low voltage ride through controllability definition at point common coupling Acknowledgement local consumption; Extra incentives differentiation from DG Consequently, general gap-narrowing principles techniques recommended above listed issues. corresponding responsibilities benefits main stakeholders (producer, consumer, operator etc.) proposed this framework. Finally, development roadmap is envisaged taking into account regional differences as well potential technology advancements future.

参考文章(2)
Mariam Khattabi, Andreas Kießling, Britta Buchholz, An Agent based Method for Voltage Rise Mitigation in Distribution grids with high DG Penetration international conference on performance engineering. pp. 280- 284 ,(2011)
Sang-Hyun Park, Ki-bum Park, Hyoung-Suk Kim, Gun-Woo Moon, Myung-Joong Youn, Cell-to-cell charge equalization converter using multi-winding transformer with reduced number of windings international conference on performance engineering. pp. 285- 290 ,(2011) , 10.1109/ICPE.2011.5944606