Development of Optimized Smart Indoor Control for Renewable Air-Conditioning

Air-Conditioning and the Transmission of COVID-19 in Indoor Environment

“…The plan, process and upkeep of naturally ventilated services is not simple, and inclusive support is accessible (WHO, 2009). Research studies by Oye et al (2020b;2020d) proposes that strategies of air-conditioning control can typically be altered through smart computational control techniques to improve ventilation to a specified amount in the inhabited places. Similar process can likewise be employed to eliminate or decrease the dangers of airborne transmission between inhabitants.…”

“…Nevertheless, this is not through a straightforward method, as air-conditioning systems are complicated and typically designed for specific buildings in basic functioning limits. Several conditions require to be measured separately from the rate of ventilation, as well as temperature control, relative humidity, and indoor CO 2 control (Oye et al 2020d). Such systems can be exclusively modified as required via air-conditioning engineers, e.g., to decrease the risks of airborne transmission, improve the temperature control and reduce the level of indoor CO 2 in indoor environment.…”

Development of Sustainable Indoor Air Quality for Air-Conditioning System Using Smart Control Techniques

“…Fuzzy genetic control of temperature (Altinten et al 2006) As indicated by these investigations, the propelled algorithm control can accomplish substantial energy saving contrasted with systems of the traditional control; albeit energy saving and IAQ level relies upon the technology control and likewise, building qualities, climate conditions and preferences of the user. For energy saving and built environment control, the illustration and discussion exhibit that smart control systems have been utilised (Oye et al, 2020d). Nevertheless, existing control approaches for air-conditioning can be synopsised in Table 4 below: (Gomes, 2012;Marvuglia et al, 2014;Moyo, 2014).…”

“…Subsequently, studies uncover that there are various kinds of indoor air poisons; however, it is an intricate issue to screen every one of them (EPA, 2018;Manisalidis et al, 2020;Oye et al, 2020). Indoor CO 2 concentration analysis and estimation may be valuable for comprehending ventilation and IAQ adequacy (Persily and de-Jonge, 2017;Teleszewski et al, 2019;EC, 2020).…”