Integrated Energy Systems Optimization

Study optimizes ground-source heat pump systems in cold-region green buildings, reducing soil thermal imbalance and carbon emissions by 33% while lowering lifecycle costs through composite energy.

Day-ahead optimization model for gas generator dispatch to enhance reserved capacity in Zhejiang province, addressing China's coal generation restrictions.

Study quantifies China's carbon-to-electricity price transmission at 76.5%, identifies barriers to market coupling, and proposes institutional reforms for achieving clean energy targets.

Explore Taiwan's energy transition pathways using greedy algorithm optimization to balance nuclear power, emissions reduction, costs, and grid stability through 2050.

Study shows Alberta's electricity demand increasingly sensitive to temperature extremes, with hot days rising since 1991 and demand peaks doubling in some cities over recent decades.

Bi-level exergy-based optimization for integrated energy systems incorporating electricity, heat, gas, and hydrogen with improved metaheuristic scheduling algorithm.

Dynamic assessment of operational flexibility improvements in grate-fired cogeneration plants through steam-cycle and heat-network-based measures without combustion system modification.

Explore how predictive price signals can manage grid congestion from distributed energy resources like heat pumps and EV charging, offering scalable alternatives to direct grid control for.