And the recommended dimensions of an SFHP are Φ32×2 mm in diameter and 70m in total length (40m evaporator, 20m condenser) with heat throughput of 1150W at steady state under a typical climatic condition.
The designed intelligent components (PV-MLP generator, MLP-battery and MLP-regulator) of the SAPV system can be used with success for simulating the system in real time (under a specific climatic condition) by predicting the different output signals for each component constituting the system.
The results of the research indicated that the system can achieve a good performance (i.e., moisture extraction volume of 7 7.2 g/kg, moisture extraction/removal efficiencies of 0.4 0.5 and 0.5 to 0.57, and DCOP of 0.35 0.37) under a typical wet climatic condition (i.e., 30 35 °C and 70 80% RH).
This paper reports the findings on the energy performance of double skin façade applied to a typical office building under the climatic condition in Hong Kong.
The dynamic model was validated for four different greenhouse designs under three climatic conditions: a temperate marine climate, a Mediterranean climate and a semi-arid climate.
Tomato plants were grown for two months in a greenhouse under controlled climatic conditions (18 24°C, with an 18 h/6 h light/dark period and 50-60% relative humidity).
An ASHP operating in a TBZ was tested in a climate chamber where the performance was monitored under a variety of climatic conditions.
To understand how green roofs affect building energy performance under cold climatic conditions, a proper thermal analysis of the roof and its components is required.
In this paper, we describe the plasticity of winter wheat – expressed as the dimensions and sizes of leaf blades, sheaths and internodes in relation to their position on a stem – under the climatic conditions of the Paris region.
It is an ubiquitous species with a wide ecological amplitude growing under a variety of climatic conditions.
