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This issue, compiled by Guest Editors Charles Smith and Charlton Clark, updates the means of integrating large wind and solar plants, which have grown tremendously since our November/December 2017 issue devoted to this topic. The authors present a worldwide report on the diversity of approaches and successful recipes for decarbonizing the electric energy supply. We all can learn from the tremendous insights provided on the following topics:
- operating experience with high levels of variable inverter-based generation
- means of achiev ing bulk power sys tem reliability with large amounts of distributed energy resources
- the theory and use of probabilistic forecasts
- market designs with massive amounts of zero-cost variable energy resources
- the need for system flexibility and ways to achieve itcodes, standards, and IEC collaboration for the design and interconnection of inverterbased resources connected to the transmission and distribution systems
- the status and future of gridforming inverters
- the transition from rapid to quality development of renewable resources in China.
- operating experience with high levels of variable inverter-based generation
- means of achiev ing bulk power sys tem reliability with large amounts of distributed energy resources
- the theory and use of probabilistic forecasts
- market designs with massive amounts of zero-cost variable energy resources
- the need for system flexibility and ways to achieve itcodes, standards, and IEC collaboration for the design and interconnection of inverterbased resources connected to the transmission and distribution systems
- the status and future of gridforming inverters
- the transition from rapid to quality development of renewable resources in China.