“…Comparing the decision changes in both cases, it can be observed that the case without non-dispatchable generation units has more network interventions with a decrease in the COP. From COP 2.5 to 2, for instance, results in additional network interventions through reconfiguration (2-7) and restructuring (6)(7)(8). Similar network interventions, in the case of existing nondispatchable generation units, are observed from COP 2 to 1.5.…”
Section: Cop Testmentioning
confidence: 74%
“…Without the availability of a heat pump, both reconfiguration (2-6) and restructuring (7)(8) decisions are made in order to meet demand. When a heat pump option is available among the potential optimal decisions, heat pumps are installed in place of any network interventions because the performance with a heat pump is better than traditional electricity to heat conversion.…”
Section: Network Interventions With Impact Of Heat Pumpmentioning
“…Comparing the decision changes in both cases, it can be observed that the case without non-dispatchable generation units has more network interventions with a decrease in the COP. From COP 2.5 to 2, for instance, results in additional network interventions through reconfiguration (2-7) and restructuring (6)(7)(8). Similar network interventions, in the case of existing nondispatchable generation units, are observed from COP 2 to 1.5.…”
Section: Cop Testmentioning
confidence: 74%
“…Without the availability of a heat pump, both reconfiguration (2-6) and restructuring (7)(8) decisions are made in order to meet demand. When a heat pump option is available among the potential optimal decisions, heat pumps are installed in place of any network interventions because the performance with a heat pump is better than traditional electricity to heat conversion.…”
Section: Network Interventions With Impact Of Heat Pumpmentioning
“…For further details on models for VPP operation and planning, the interested reader is referred to [7] and references therein. As for planning approaches integrating renewable generation, a detailed literature review is conducted in [8].…”
“…The formulation for each asset class is discussed in the remainder of this section. D-RESs are modeled like conventional power plants [9] with linearized operation costs of the dispatchable assets. Network constraints are formulated by using a DC power flow approximation [10].…”
In this paper, an approach to evaluate the benefits of demand flexibility for Virtual Power Plants (VPPs) is presented. The flexible demands chosen in this study are part of a renewable energy source-based VPP that participates in Day-Ahead Market (DAM) and Intra-Day Market (IDM) and has dispatchable and non-dispatchable assets. A demand model with bi-level flexibility is proposed: the first level is associated with DAM, whereas the second level is related to IDM sessions. Simulations are carried out considering a 12-node network to ascertain the eventual impacts of modeling demand flexibility on VPP operation. The market structure considered in the case study resembles the different trading floors in the Spanish electricity market. Results obtained show that the proposed demand flexibility scheme increases the overall profit of the VPP, as well as the revenues of the demand owners without disrupting the consumer's comfort.
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