Development and Implementation of New Methods for Simulation-Based Design of Large Ground Heat Exchangers Used with District Ground Source Heat Pump Systems
Optimizing a thermal energy storage (TES) system that functions as a heat exchanger using copper tubes and phase change materials (PCM) for both heating and cooling applications
Development and Experimental Validation of a Robust Model, Facilitating the Air-Source Heat Pump: The Impact of Frost Accumulation on the Performance of Heat Pump
Benefits of Secondary Loop Systems; Thermal Storage and Demand Response - Developing Comprehensive and Validated Numerical Models for Simulating a Thermal Energy Storage Tank in the Ground
Integrating Thermal Energy Storage Models Into Pre-Existing Building Simulation Methods - Sizing System Components for Zero Energy Tiny House Application
