Sustainable underground environments face 'high temperature, humidity and pollution'from
heavy internal loads and warming climate. Relying on mechanical ventilation and ignoring …

This research establishes a base case scenario encompassing the energy behavior of the
greenhouse and its direct influence on the yield of strawberries (Seolhyang sp.) to evaluate …

TRNSYS is a standard tool recently used to model and simulate greenhouse energy
demand and utilisation using building energy simulation (BES). Previously, a single thermal …

Due to the heterogeneity of the large space in greenhouse environment, traditional
environmental regulation will result in over-regulation and under-regulation problems. The …

The temperature distribution is always assumed to be homogeneous in a traditional single-
input-single-output (SISO) air conditioning control strategy. However, the airflow inside is …

Solar greenhouse can be realized in the winter counter-season production, soil temperature
is to ensure that the normal growth of crops is one of the key factors. Grasp the solar …

Accurate prediction of the non‐uniform contaminant distribution under stratum ventilation
(SV) is crucial for optimal design for reducing contaminant exposure risks. Compared with …

Indoor thermal stratification is a prevailing phenomenon in large-space buildings, which
poses great pressure on their energy consumption and indoor built environment. This paper …

Environmental monitoring plays a critical role in creating and maintaining a comfortable,
productive, and healthy environment. Built upon the advancements of robotics and data …

This work is an application of experimental temperature data previously collected in a
residential building in Douala, Cameroon, in order to analyze thermal discomfort. The data …