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Virtual Power Plants and Virtual Inertia
2019In a general way, the electrical network is the set of lines, transformers and infrastructures that carry electricity from generation centers to final consumers. The current networks were designed and are in operation since the mid-twentieth century and were conceived to cover a situation in which the main generation centers were far from the ...
Javier Bilbao +4 more
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Robust Optimization for Virtual Power Plants
2017Virtual Power Plants (VPP) are one of the main components of future smart electrical grids, connecting and integrating several types of energy sources, loads and storage devices. A typical VPP is a large industrial plant with high (partially shiftable) electric and thermal loads, renewable energy generators and electric and thermal storages. Optimizing
De Filippo, Allegra +3 more
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2018
In a smart grid, distributed energy generators are expected to play an important role in providing cost-effective and green energy-services to customers. Implementation of wind farms and solar panels are two popular distributed energy generating sources. In addition to this, combined heat power (CHP) and fuel cells are also expected to take part in the
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In a smart grid, distributed energy generators are expected to play an important role in providing cost-effective and green energy-services to customers. Implementation of wind farms and solar panels are two popular distributed energy generating sources. In addition to this, combined heat power (CHP) and fuel cells are also expected to take part in the
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Towards Collaborative Virtual Power Plants
2018To promote flexible integration of distributed energy resources into the smart grid, the notion of Virtual Power Plants (VPPs) was proposed. VPPs are formed by the integration of heterogeneous systems, organizations and entities which collaborate to ensure optimal generation, distribution, storage, and sale of energy in the energy market.
Kankam O. Adu-Kankam +1 more
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2020
This chapter provides models for the most common components of virtual power plants (VPPs). Components described below include demands, conventional power plants, stochastic renewable generating units, and energy storage facilities. These components can be interconnected in an electric network, which is also modeled in this chapter.
Luis Baringo, Morteza Rahimiyan
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This chapter provides models for the most common components of virtual power plants (VPPs). Components described below include demands, conventional power plants, stochastic renewable generating units, and energy storage facilities. These components can be interconnected in an electric network, which is also modeled in this chapter.
Luis Baringo, Morteza Rahimiyan
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Active power control of a Virtual Power Plant
2016 IEEE Ecuador Technical Chapters Meeting (ETCM), 2016The present work develops the entire control system to achieve the active power regulation in a detailed model of a small-scale Virtual Power Plant (VPP). Firstly, the proposed VPP topology is exposed. A DC bus has been used for the integration of the different distributed generators and the storage system. Different DC-DC power converters schemes have
Xavier Dominguez +3 more
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Virtual power plants, real power
IEEE Spectrum, 2012The Danish island of Bornholm, a quiet farming and fishing community of 42,000 in the Baltic Sea, will soon be home to one of the world's smartest smart grids. Through the four-year, €21 million (US $28 million) EcoGrid project, about 2000 households there will be connected to an islandspanning network that will enable homeowners to cut back their ...
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Optimization of Virtual Power Plant Electrical Network
2019 IEEE Power & Energy Society Innovative Smart Grid Technologies Conference (ISGT), 2019The article is devoted to the task of aggregation standalone power systems (SAPS) with distributed energy sources into a single virtual power plant (VPP). Structural topological analysis and the analysis of operating modes stability have been proposed to use for the optimization of the VPP electrical network.
Elena N. Sosnina +3 more
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Development and operation of virtual power plant system
2011 2nd IEEE PES International Conference and Exhibition on Innovative Smart Grid Technologies, 2011Nowadays a virtual power plant (VPP) represents an aggregation of distributed energy resources (DER) and may include controllable loads as well as storage devices [1]. This concept is considered as a promising technology to allocate energy and redirect power flow in the distribution network.
El Bakari, K., Kling, W.L.
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2016
Virtual Power Plant Contracts (VPP) are energy-structured products built up to replicate the payoff of a real power plant asset. These kinds of structured products are mainly used to hedge the risk exposure of a complex energy portfolio made up of different (for technology, location and efficiency) power generation assets in a more effective way ...
Enrico Edoli +2 more
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Virtual Power Plant Contracts (VPP) are energy-structured products built up to replicate the payoff of a real power plant asset. These kinds of structured products are mainly used to hedge the risk exposure of a complex energy portfolio made up of different (for technology, location and efficiency) power generation assets in a more effective way ...
Enrico Edoli +2 more
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