European Conference on Power Electronics and Applications · 2009 · 18 citations · 4 references
Renewable Energy GenerationDistributed Energy SystemElectrical EngineeringStorage SystemsEngineeringSmart GridEnergy ManagementDc MicrogridsHome Energy StorageSystems EngineeringDistributed Energy GenerationMicrogridsLocal Energy StorageRenewable Energy SystemsEnergy System OperationPower SystemsMicrogrid Voltage
This paper demonstrates how combination of passive loads, local energy storage, and renewable energy generation (a so-called ‘Microgrid') can be coordinated. Specifically, the paper examines the extent to which allowing the Microgrid voltage to fluctuate can be used to reduce the rating of the storage units and hence the cost of the Microgrid. The impact of system parameters is assessed. Results of analysis are tested on a simulation model, validated by hardware.
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Real-World MicroGrids-An Overview
Mike Barnes, Junji Kondoh, Hiroshi Asano et al. · 2007 · 360 citations · Full text
Distributed Energy System, Electrical Engineering, Real-world Microgrids-an Overview +15
QUANTIFYING THE SYSTEM COSTS OF ADDITIONAL RENEWABLES IN 2020
Goran Štrbac · 2002 · 103 citations