University of South Wales Master of Sciences Thesis

Energy Storage System ................................................................................................................. 27

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Standalone Hybrid Power Generation Syste

2.5. Energy Storage System ................................................................................................................. 27
2.5.1. Rechargeable battery ............................................................................................................................... 28
2.5.3. Battery sizing ............................................................................................................................................... 32
2.6. Power Electronics .......................................................................................................................... 33
2.6.1. PV Array Power Electronics and control Topology .................................................................... 35
2.6.1.1. Three Phase .............................................................................................................................................. 35
2.6.2. Power Electronics and Control Topology for Wind Generation ............................................ 38
2.6.3. Power Electronics and control Topologies for BES .................................................................... 39
2.6.4. Battery Charging/discharging Control algorithm ....................................................................... 42
2.6.4.1. Charging/Discharging Controlling model ................................................................................... 43
2.7. Design Topologies literature Review. ..................................................................................... 45
2.7.1. Technical configurations for hybrid power systems .................................................................. 45
2.7.2. AC/DC‐coupled Hybrid Power Systems ........................................................................................... 45
2.7.3. AC‐coupled Hybrid Power Systems ................................................................................................... 46
2.7.4. Centralized AC‐coupled Hybrid Power Systems. ......................................................................... 46
2.7.4. Distributed AC‐coupled Hybrid Power Systems. ......................................................................... 46
2.7.5. DC‐coupled Hybrid Power Systems ................................................................................................... 47
2.7.6. Mixed‐coupled Hybrid Power Systems ............................................................................................ 48
2.7.7. Series‐Parallel Hybrid Power System ............................................................................................... 48

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