Optimal offering of wind-photovoltaic-thermal generation company in energy and reserve markets in the presence of environmental and risk analysis

Guo, Xinghua; Guo, Qun; Nojavan, Sayyad

doi:10.1016/j.seta.2021.101567

Cited by 3 publications

(1 citation statement)

References 37 publications

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“…Various attempts have been made by researchers to study the impact of RES on hybrid power systems (HPS) performance. In this context, performance evaluation and optimization of wind‐pv‐hydro, [ 4,5 ] pv‐hydro‐diesel [ 6 ] wind‐hydro‐thermal, [ 7 ] wind‐pv‐thermal [ 8 ] and pv‐thermoelectric [ 9 ] have been accomplished earlier. As RES, that is, wind and solar power complement each other, it is always recommended to rely on hybrid RES compared to single renewable source.…”

Section: Introductionmentioning

confidence: 99%

Impact of Small Scale Storage and Intelligent Scheduling Strategy on Cost Effective and Voltage Secure Operation of Wind+PV+Thermal Hybrid System

Dauda

Panda

2022

Advcd Theory and Sims

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The growing concern on climate change and environmental pollution has created enormous pressure on shifting the generation toward cleaner and environmental friendly sources. Among different clean energy producers, wind power and solar photovoltaic (PV) systems are the most attractive ones due to their abundant availability, substantial power production capability, and cost effective attributes. But, their intermittent availability makes the system operation extremely vulnerable. Therefore, optimum utilization of renewable energy in hybrid power system (HPS) may not be achievable without the integration of energy storage facilities. In this context, integration of battery energy storage (BES) systems with Wind+PV+Thermal (WPT) hybrid configuration is considered in this work to meet the sudden and short term disharmony between actual and available renewable power output. Moreover, to maintain a secure system voltage of the WPT+BES system, the impact of reactive power (Q) capability of doubly fed induction generator has also been analyzed. The scheduling problem of the proposed HPS is solved by formulating in an optimization framework. Intelligent technique is applied to evaluate the optimal operational paradigm at multiple percentage of renewable energy penetration scenarios at which the proposed HPS may operate in a voltage secure and cost effective manner. The validation of the proposed operating strategy on the comparative performance evaluation of WPT and WPT+BES systems is portrayed on IEEE30 bus benchmark power system configuration.

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