Concept: Integrated Energy Systems Optimization
50% heat pump coverage gave the best overall performance
Optimizing ground-source heat pumps in cold-climate buildings for cost and carbon reductions
Day-ahead gas dispatch model aims to raise reserve capacity
Optimizing gas generator scheduling to address power reserve shortages in China
China’s electricity and carbon prices show partial coupling
How carbon and electricity markets couple in China's clean energy transition
Greedy hybrid pathway balances emissions, cost, and reliability
Balancing emissions, costs, and reliability in Taiwan's nuclear energy transition
Climate extremes are increasing electricity demand in Alberta
Climate extremes drive growing electricity demand variation across Alberta's regions
Optimizing integrated energy systems with a virtual energy station framework: Exergy-based scheduling and multi-energy integration
A framework for coordinating electricity, heat, gas, and hydrogen in complex energy systems
Steam-cycle changes improve flexibility in grate-fired plants
How to increase power output and response speed in waste-burning plants
Predictive price signals may help manage grid bottlenecks
Using dynamic pricing to coordinate electric heating and vehicle charging with grid capacity
