Most of the compression chillers on the market have an electromechanical control system that, in the event of a problem with the device, a lot of time and money must be spent to identify and fix the problem. For this purpose, it is necessary to use an intelligent monitoring system to diagnose and manage the operation of these devices.

Another disadvantage of using compression chillers as a cooling system for a building is the high electricity consumption of these devices during the day and night (especially in older models). The control and monitoring system of the compression chiller (TPM-CC01), or actually the intelligent cooling control system, has the ability to control the performance of the chiller, taking into account the weather conditions of the place where the chiller is used. By controlling and timing the operation of the chiller depending on the temperature conditions of the environment as well as the type of use of the space used, this product has a significant effect on the management and reduction of the electricity consumption of the building.

All the facilities and capabilities of the smart cooling system of Tontab Pars, including the ability to cascade devices, identify and notify errors, remote control, upgradeability, and other things, are provided in the smart cooling control system.

Absorption chillers are used in many industries and buildings today due to their lower energy consumption than other refrigeration production systems. Crystallization of these types of chillers due to the use of lithium bromide solution as an absorbent solution is considered one of their main problems, which has made their maintenance difficult.

The absorption chiller intelligent control system manufactured by Tontab Pars (TPM-AC01) is able to monitor any deviation in the behavior of the solution by online monitoring the concentration and temperature of the solution and prevent the occurrence of the crystallization phenomenon in absorption chillers by using an advanced control method.

Considering the climatic conditions of the region and according to the required cold load of the building, this system is able to use the chiller in the most optimal mode in order to achieve favorable conditions for the comfort of the residents, in addition to energy consumption management.

By using the HMI display screen, it is possible to continuously monitor the performance status of different chillers in a building, control and provide comfort conditions for the residents, and information on the types of errors and alarms in the device as quickly as possible and with lower costs. Correct any flaws.

By continuously monitoring the performance status of the chillers, it is possible to prevent the occurrence of incidents caused by the failure of the main parts of the device and, as a result, impose heavy costs on the building.