Similar papers
Conference
Open access
Sep 2026
Low-carbon optimal scheduling of integrated energy systems incorporating V2G and ice-storage air conditioning
With the penetration of high-proportion wind power in integrated energy systems (IESs), demand-side flexibility resources need further exploration. This paper proposes a low-carbon optimal scheduling method incorporating ice-storage air conditioning and vehicle-to-grid (V2G) interaction of electric vehicles (EVs) and h...
Xiao-Ming Wang, Jin-Jin Ding, Wen-Guang Zhao et al.
· Journal of Physics, Conferen... · 0 citations
Open access
Sep 2026
Energy Management Algorithm in Smart Microgrids with Renewable Energies That Uses Battery Degradation Cost and Short-Term Consumption Prediction
This paper develops a day-ahead energy management algorithm, based on mixed integer linear programming (MILP), dedicated to the efficient operation of island microgrids (without connection to the national grid). The proposed algorithm integrates two essential components: a short-term (24-hour) prediction method of the...
T. Patarau, Dorin Petreus, E. Szilagyi
· Journal of Engineering Scien... · 0 citations
Open access
2026
Low-Carbon Day-Ahead Scheduling Strategy for Active Distribution Network Considering Flexible Response of V2G
: The high penetration of distributed renewable energy and flexible loads brings prominent challenges to the low-carbon economic dispatch of active distribution networks (ADNs). Existing vehicle-to-grid (V2G)-aided dispatch studies often fail to precisely characterize the bidirectional charging-discharging feasible reg...
Si-Chang Xiao, Tian-Tian Song, Si-Hang Qin et al.
· Energy Engineering · 0 citations
Open access
Sep 2026
Lifecycle-aware microgrid design: quantifying embodied, operational, and avoided emissions in a grid-connected PV–Wind system
This study develops a high-renewable hybrid microgrid integrating solar photovoltaic (PV), wind turbine (WT), and grid interaction for a university campus, with a distinctive focus on lifecycle emission performance. Using HOMER Pro-based optimization, the system achieves a low cost of energy (COE), that is, the average...
M. Azam, M. Ali, Md. Shafiul Alam et al.
· Environmental Sciences Europ... · 0 citations
Open access
Oct 2026
Optimizing Industrial Park Power–Hydrogen–Thermal Systems for Low-Carbon Economy: Accounting for Nonlinear Polarization and Waste-Heat Utilization
To address high carbon emissions, high operational costs, and severe renewable-energy curtailment in industrial parks, this paper proposes a multi-objective optimal dispatch method for an integrated electricity–hydrogen–thermal energy system. First, load-dependent reduced-order models informed by polarization character...
Feng-Kun Ji, Yu Li, Xu-Yang Chu et al.
· Processes · 0 citations
Conference
Sep 2026
Multi-Objective Optimal Scheduling of a Grid-Connected Microgrid Using an Improved PSO
Microgrid optimal scheduling is an effective way to reduce operation cost and environmental impact under high penetration of distributed generation. This paper proposes a multi-objective dispatch model for a grid-connected microgrid that simultaneously considers operating expenditure and emission treatment cost. The mi...
Qing-Ming Wang, Shu-Jing Zhao
· 2026 IEEE 9th Information Te... · 0 citations