S4TECH
The AMI V1 device from S4TECH is an intelligent control system that improves the energy efficiency of air conditioning and refrigeration systems by adding an additional stage for compressor-based air conditioners in conventional refrigeration.
Most of the manufacturers do not take into consideration the hydraulic work of the compressor; the compressor of a traditional cooling system continues to run even if the hydraulic work is already done, space is already at the desired temperature and the unit already reaches saturation point; this leads to energy waste as 95% of the energy costs in the operating systems of air-conditioning and refrigeration systems come from the compressor itself.
AMI V1 from S4TECH helps any space that uses air conditioning devices while keeping the space cooled without raised temperature, and by using less power energy. It is suitable for all sectors such as
Hotels – Restaurants – Villas – Residential buildings – Labor accommodation – Hospitals – Schools and Universities – Commercial buildings and Offices
AMI V1 From S4TECH is a French-designed technology that does not require maintenance and can be installed by any air conditioning technician who has sufficient experience within a short time or by our qualified engineers.
As we mentioned before most of the manufacturers do not take into consideration the hydraulic work of the compressor, from here S4TECH came up with the unique AMI V1 design, which is adds an additional stage to the air conditioner by monitoring the compressor work, room temperatures, and supply air temperatures (off coil temperatures) and performing calculations through a complex and intelligent algorithm to know the desired temperature and reaching the air conditioner to the saturation point, the continuous working of the compressor in this point is considered wastes energy.
The AMI V1 from S4TECH work comes in here by giving the command to disconnect the compressor as it already reached to saturation point and already maintained the desired temperature for space.
We have developed the algorithm to take not only the supply, return temperatures, and compressor operation but also consider the graphical chart curves and the compressor working cycles to optimize them by knowing the desired temperature and the times for the compressor to reach the saturation point so that any additional work of the compressor is a waste of energy and a waste of the compressor itself without justification.