As a highly efficient thermodynamic cycle formed by pure natural fluid and using
aerothermal energy, transcritical CO 2 technology has huge advantages in terms of energy …

Predictive control offers significant advantages in nonlinear control, high thermal inertia, and
dynamic control. This article uses a Systematic Reviews and Meta-Analyses methodology to …

The transcritical CO 2 cabin thermal management system has gained significant attention in
the field of electric vehicles due to its outstanding heating performance and environmental …

The load tracking performance of combined cooling, heating and power multi-energy system
(CCHP-MES) is greatly dependent on the system design, including system structure …

The current demand-based defrosting initiation strategies of air source heat pumps (ASHPs)
faces difficulty in achieving a balance between cost and robustness. Therefore, an efficient …

Gas turbines are always operated under part-load conditions to participate in the frequency
regulation of power grids; therefore, the exhaust gas has fluctuating temperature and mass …

A promising solution to improve the first hour rating (FHR) of a heat pump water heater
(HPWH) involves employing a secondary tank which contains phase change material (PCM) …

Purely data-driven modeling methods exhibit inherent “black box” characteristics when
applied to the air source heat pump (ASHP) systems for energy efficiency improvement …

CO 2 transcritical cycle has been widely promoted as a green energy utilization technology.
Internal heat exchanger (IHX) is under consideration for cycle efficiency improvement …

Transcritical CO 2 system has been widely used in many fields to provide heating and
cooling capabilities, and optimizing the structure of the gas cooler is an effective way to …