Forecast-driven dispatch studies for renewable-storage microgrids can be weakened by feature leakage, non-receding dispatch windows, and inconsistent planned/realized evaluation scopes. This article presents a reproducible workflow-oriented low-code audit for an islanded photovoltaic (PV)-battery benchmark with seconda...
Meng-Han Xiao, Xun Xu, Chang Ye et al.· Energies· 0 citations
High penetration of converter-interfaced photovoltaic and wind generation reduces the effective inertia of islanded renewable energy systems and makes frequency stability more sensitive to load and renewable-power disturbances. This paper proposes a bounded adaptive droop framework for battery energy storage system (BE...
Renewable energy and energy storage stations require frequent updates of monitoring and control logic across heterogeneous devices and changing operating strategies. This paper proposes a rule graph-based reference architecture that combines low-code logic configuration, graph–model semantic binding, and microservice-o...
Jia-Cheng Li, Meng-Han Xiao, Chang Ye et al.· Electronics· 0 citations
Renewable power plants connected to low-system-strength grids are increasingly dominated by inverter-based resources (IBRs). Their point of common coupling (PCC) voltage is therefore shaped not only by reactive-power support but also by active-power ramps, network impedance, short-circuit capacity, and converter limits...
Jia-Cheng Li, Chang Ye, Meng-Han Xiao et al.· Energies· 0 citations
High photovoltaic penetration makes active distribution networks sensitive to voltage deviations, reverse power flow, and feeder operating stress. Energy storage converters can provide two complementary services: active power energy shifting and local, within-step reactive power support for voltage regulation. This pap...
Chang Ye, Xun Xu, Liangli Xiong et al.· Energies· 0 citations
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