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Renewable-Based Microgrids: Design, Control and Optimization
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This Special Issue aimed to collate recent works regarding the planning and control of energy systems. In particular, this Special Issue focuses on microgrids. This kind of system enables optimal integration of renewable energy sources, electric vehicles, energy storage, and demand-side management strategies, thus proposing a valuable framework through which to implement the decarbonization of the electricity sector. Special attention is given to those works devoted to systems with high penetration of renewables and advanced demand response strategies. Literature reviews are also included in this Special Issue, and some real-life experiences are described and analyzed.
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Keywords
- across-time-and-space energy transmission
- alpha tuned EHO
- AOA algorithm
- battery storage energy
- BESS
- biased initialization
- biomass system
- carbon emissions
- control system
- cooperative multi-objective optimization
- critical node identification
- cultural-based
- DC multi-microgrid system
- demand-side management (DSM)
- distributed generations (DGs)
- distribution network
- double diode
- economic dispatch
- electric vehicle
- elephant herding optimization
- energy cost
- energy management systems (EMS)
- fault-tolerant
- Franklin’s and Coulomb’s algorithm
- GWO
- heap-based optimizer
- History of engineering & technology
- isolated microgrids
- metaheuristics
- microgrid architecture
- microgrids management
- modular multilevel converter (MMC)
- multi-agent system
- multi-energy carrier
- n/a
- optimal energy management
- optimization
- optimization algorithm
- optimization model
- Optimization Techniques
- parameter identification
- photovoltaics
- PSO
- PV
- renewable energy
- Renewable energy resources
- Renewable energy sources
- renewable energy sources (RES)
- resilience
- single diode
- smart infrastructure
- solar cell systems
- sooty tern optimization
- SPWMLSC
- SPWMPSC
- STHILSC
- STHIPSC
- Technology, engineering, agriculture
- Technology: general issues
- three diodes
- uncertainty
- voltage source modular multilevel converter (VSMMC)
- waste to energy (W2E)
- wind turbine
Links
DOI: 10.3390/books978-3-0365-8577-2Editions