Several defrosting methods are used nowadays, but the most commonly used are still time-controlled defrosting, usually by either electric resistive heating or reverse cycle, as most demand defrost methods are usually complex, expensive or unreliable.
This review aims to provide researchers, project developers and ventilation designers with broad information and insights on heat recovery technologies and frosting control strategies in cold climate regions in terms of heat recovery effectiveness, energy-saving potential, frosting control, and potential impacts on IAQ.
This review aims to provide researchers, project developers and ventilation designers with broad information and insights on heat recovery technologies and frosting
Currently, science can offer several solutions to late frost damage control through passive, chemical, and active measures. According to good agricultural practice, every farmer should implement passive measures in their plantings to reduce or even prevent frost damage.
This review examines the various heat recovery technologies employed in residential buildings, including state-of-the-art approaches adapted to cold climates. These technologies were compared
Mobile application-supported frost control utilizes IoT devices and sensors to provide real-time data, enabling the detection of frost risk and allowing for
Further, combined with the features of the microchannel HEX, the existing anti-frosting technologies and various methods of surface treatment for anti-frosting are
According to its application, we proposed a smart frost control through the use of ANN models to predict and regulate the dynamic behavior of temperature inside a greenhouse. For this reason, it is necessary to obtain of input variables to the ANN system from climatic variables; being the indoor temperature the output variable (T i
We are a manufacturer of infrared sensors built for the rigors of winter. FCS captures key environmental data (road & air temperature, humidity, dew point) and passes this critical
This review examines the various heat recovery technologies employed in residential buildings, including state-of-the-art approaches adapted to cold climates.
Further, combined with the features of the microchannel HEX, the existing anti-frosting technologies and various methods of surface treatment for anti-frosting are summarized. The review focuses on the preparation of superhydrophobic surfaces and their superior properties.
We are a manufacturer of infrared sensors built for the rigors of winter. FCS captures key environmental data (road & air temperature, humidity, dew point) and passes this critical information to cities, retailers, hospitals, universities and more.
Mobile application-supported frost control utilizes IoT devices and sensors to provide real-time data, enabling the detection of frost risk and allowing for automatic frost control.
A comprehensive review of frost prevention and control strategies is presented, focusing heavily on active frost prevention/frost removal methods.
According to its application, we proposed a smart frost control through the use of ANN models to predict and regulate the dynamic behavior of temperature inside a
Several defrosting methods are used nowadays, but the most commonly used are still time-controlled defrosting, usually by either electric resistive heating or
Frost Solutions'' mini weather stations allow snow and ice management pros to monitor weather conditions from anywhere with location-specific forecasts, customizable alerts, and on-demand images.
A comprehensive review of frost prevention and control strategies is presented, focusing heavily on active frost prevention/frost removal methods. Comparison of various frost prevention/control techniques is discussed, considering key parameters such as effectiveness, power consumption requirements, additional accessories
Currently, science can offer several solutions to late frost damage control through passive, chemical, and active measures. According to good agricultural practice,