Integrated micro-generation, load and energy storage control functionality under the multi micro-grid concept

J Vasiljevska, JAP Lopes, MA Matos - Electric Power Systems Research, 2013 - Elsevier
Electric Power Systems Research, 2013Elsevier
Large scale integration of micro-generation, together with active loads and energy storage
devices, under micro-grid and multi micro-grid concepts, requires the adoption of advanced
control strategies at different distribution network levels. This paper presents advanced
control functionality to be housed at high voltage (HV)/medium voltage (MV) substations and
to be used to manage micro-generation, active loads and energy storage, subject to different
constraints. Some of these constraints involve inter-temporal relations, such as the ones …
Large scale integration of micro-generation, together with active loads and energy storage devices, under micro-grid and multi micro-grid concepts, requires the adoption of advanced control strategies at different distribution network levels. This paper presents advanced control functionality to be housed at high voltage (HV)/medium voltage (MV) substations and to be used to manage micro-generation, active loads and energy storage, subject to different constraints. Some of these constraints involve inter-temporal relations, such as the ones related with energy storage levels in consecutive time moments. This functionality is specially oriented to deal with stressed MV network operation involving overload and excessive voltage drops situations.
Elsevier
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