By Lawrence E. Jones
Renewable strength Integration is a ground-breaking new source - the first to supply a distilled exam of the intricacies of integrating renewables into the ability grid and electrical energy markets. It deals educated views from the world over popular specialists at the demanding situations to be met and ideas in accordance with established top practices constructed by means of operators around the globe. The book's specialise in sensible implementation of options presents real-world context for theoretical underpinnings and the improvement of helping coverage frameworks. The e-book considers a myriad of wind, sunlight, wave and tidal integration matters, hence making sure that grid operators with low or excessive penetration of renewable new release can leverage the victories completed by means of their friends. Renewable strength Integration highlights, rigorously explains, and illustrates some great benefits of complex applied sciences and platforms for dealing with variability, uncertainty, and flexibility.
- Lays out the main matters round the integration of renewables into energy grids and markets, from the intricacies of operational and making plans concerns, to aiding regulatory and coverage frameworks
- Provides worldwide case reviews that spotlight the demanding situations of renewables integration and current field-tested suggestions
- Illustrates allowing and disruptive applied sciences to aid the administration of variability, uncertainty and suppleness
Read or Download Renewable Energy Integration. Practical Management of Variability, Uncertainty and Flexibility in Power Grids PDF
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Additional info for Renewable Energy Integration. Practical Management of Variability, Uncertainty and Flexibility in Power Grids
The net cost equation is the renewable plant’s contracted cost or estimated levelized cost of energy plus its transmission and integration costs, minus its energy, ancillary service, and capacity benefits. Helman reviews key findings in large and growing research literature analyzing components of this net cost equation for solar resources, both on an individual project level and as components of expanding renewable portfolios. He also discusses the operational limits and the use of storage to cope with the growing presence of solar plants.
However, there have also been several challenges for transmissiondmost notably the explosive growth of distributed energy resources (DERs). DERs can provide reliability benefits to the system in the form of deferred Transmission and Distribution upgrades if targeted in specific localities. The class of DERs that include energy efficiency, demand response (DR), and combined heat and power applications have the effect of reducing peak demand by providing appropriate incentives to customers to lower energy consumption during stressed grid conditions.
Siting and permitting challenges with local state and municipal agencies Most recent developments at the federal level, in the form of Federal Energy Regulatory Commission (FERC) Order 1000, have created an incentive for transmission development toward achieving public policy objectives like renewable energy targets. Consequently, it is possible that in the near future additional transmission may be developed in certain regions to facilitate renewable integration, with the costs allocated among multiple parties that benefit from the project.