As the first effort, two control strategies (i.e., optimal and nearoptimal) are developed to address the environment control issues (concerning both indoor temperature and humidity controls) under a pre-determined power limiting threshold during DR events. The optimal control strategy optimizes the...
Clean, Clear, and Cool – That’s how an AC makes you feel during the heat waves of the summer season. Naturally, these three words combine to become the coolest words that start with the letter “C”, complimenting the “coolest” thing during summertime. Often it may leave you wondering...
Multiple studies have investigated the relationship between SARS-CoV-2 transmission and weather factors, including temperature, humidity, ultraviolet radiation39, suggesting that summer conditions may help in reducing transmission of the virus. Seasonal factors and simultaneous social distancing interventions ar...
Model predictive control (MPC) strategy has the ability to handle constraints, being able to use simple models and to change controls dynamically in terms of temperature, humidity and air velocity changes, which makes it very practical to use in indoor human thermal comfort control problem. ...
Model predictive control (MPC) strategy has the ability to handle constraints, being able to use simple models and to change controls dynamically in terms of temperature, humidity and air velocity changes, which makes it very practical to use in indoor human thermal comfort control problem. ...
The purpose of this paper is to clarify the follwing two points.First point is the indoor air temperature and humidity fluctuationunder an optimal operation of heat source system. Second is theeffect of the system composition (heat source equipment capacityratio)on the optimization results.method ...
Dehumidification can be key to comfort: optimal humidity levels in schools can help students, teachers.(School IAQ)(indoor air quality)(Heating Ventilation Air Conditioning and Refrigeration )(Column)Hall, John R
ClimateNatural ventilation or self-ventilation is an economical way to improve indoor air quality. Climate factors such as temperature, received radiation, humidity, and wind flow can significantly affect natural ventilation of the buildings. This study aimed to investigate the performance of some ...
Based on this model, a discrete-time inverse optimal control strategy was developed and implemented to an experimental DX A/C system for simultaneously controlling indoor air temperature and humidity. The neural network learning was on-line performed by extended Kalman filtering (EKF). This control ...
Wang, N., J. Zhang and X. Xia, 2013. Desiccant wheel thermal performance modeling for indoor humidity optimal control. Applied Energy, 112: 999‑1005.Wang N,Zhang J,Xia X. Desiccant wheel thermal performance modeling for indoor humidity optimal ...