The intelligent engine house system of Tuntab Pars Company (TPM-H01) is designed and built based on the PLC microprocessor control system.

Lack of noise, long life of parts, high performance accuracy, and the ability to upgrade the system in terms of software and hardware are among the advantages of microprocessor systems compared to models that are designed based on microcontrollers.

This system is installed in the engine room and has high reliability in terms of resistance to the heat and humidity of the environment and non-interference in the operation of the equipment.

This system is equipped with a HMI touch display in the engine room to monitor the operation of the facilities, including boilers and pumps, etc., and apply various changes.

The ability to remotely control the system using the internal intranet network as well as the web is provided.

It is possible to provide optimal temperature conditions for the residents of the building by considering the different climatic conditions of the country and taking into account the temperature fluctuations during the day and night, which play a significant role in reducing the energy consumption of the building.

It is possible to schedule the operation of the intelligent system according to the type of building, such as: office, residential, industrial, etc. In this system, the energy consumption of the building can be significantly controlled by using this tool.

The feature of this system is the ability to notify errors in the operation of boilers and pumps; the risk of engine room equipment freezing; and inform the facility manager of the building through the monitoring system and SMS.

Notification of natural gas and carbon monoxide (CO) leaks, as well as fires in the engine room, are other safety features of this system.

Among other capabilities of the smart engine room system, we can mention the possibility of cascading operation of the equipment, which has a significant effect on reducing depreciation and maintenance costs of the building.

Intelligent central powerhouse and heating system is a suitable investment:

The graph shows the gas consumption, the percentage of burner operation, and the amount of emissions produced by an engine house of a building in two smart and non-smart modes based on the research conducted during various cold times. At least 35% reduction in energy consumption in office use, 25% reduction in educational uses such as colleges, schools and industries and 20% reduction in residential and dormitory uses.

Using Tontab Pars company’s intelligent systems is not a waste of asset but a type of investment. On one hand, the cost reduction due to the effective reduction of energy consumption (gas and electricity) of the building, and on the other hand, the reduction of equipment depreciation costs due to the reduction of the time on and off of the equipment, has made the use of this system completely economical. So that the initial cost spent to prepare the system in the next 2 to 3 years will be fully returned from the savings and in the coming years, the use of this system is only economical.

Reducing the emission of gases resulting from combustion, including carbon dioxide and carbon monoxide, by reducing the time the boilers are on due to the use of the smart system is another important advantage of this system, which has a significant impact on the environment.