amount of fuel economy
- In residential buildings, about 15% is used, which according to the calculation of the mineral gas bill will be about 25-30% of the bill amount.
- In non-residential buildings, which is defined for the blackout clock system, it is between 35 and 45%
Intelligent engine room system
Performance
- Regulating boiler water temperature (circulating water inside radiators, fan coils, etc.) instantaneously by controlling burners and circulation pumps based on the needs of the building and as a result stabilizing the temperature inside the building and increasing thermal comfort and reducing the depreciation of engine room equipment. The reason for reducing the duration of operation
- Preventing the decrease in sanitary hot water temperature, especially during the peak consumption and operation of the engine room, in such a way that while maintaining the sanitary hot water temperature, it is also possible to prevent the building temperature from increasing.
- Time control of the engine room for buildings that are used part-time, such as office and commercial buildings, and turning off or keeping the engine room ready for work during non-working hours.
amount of fuel economy
- In residential buildings, about 15% is consumed, which according to the calculation of the mineral gas bill will be about 25-30% of the bill amount.
- In non-residential buildings, which is defined for the blackout clock system, it is between 35 and 45%
The intelligent system has the ability to control the equipment located in the central heating engine room, such as burners related to the hot water boiler and radiator circulation pumps, fan coils, sanitary hot water sources and sanitary hot water return.
Considering that the installation of the temperature sensors inside the engine room is done on the pipe and the sensor outside the building is also wireless, so there is no need to destroy it and considering this issue and the placement of the device in the electrical circuit of the engine room equipment, installing the system in the engine room Old ones are also possible.
The design of the system is done in such a way that it can be installed in all central heating engine houses, therefore the number of units in a building has no effect on the type of device and one device should be used for each engine house.
In buildings that have a central engine house (central heating system).
The installation time is about 4 to 5 hours, and the engine room will be out of service for about 1 hour.
The effective period of optimization in 12 months of the year returns the initial investment in the shortest possible time compared to other optimization methods, a suitable period for installation and commissioning (applicability at any time) stabilization of comfort temperature, accurate control of health spa temperature, intelligent diagnosis of summer condition and winter: It helps when the outside air in the cold season is in a range that does not require heating, the system automatically turns off the heating circuit, which will result in significant savings. The initial cost is independent of the construction of the building: The number of units, the area of the building, etc. has no effect on the initial cost of the system
The proper consumption pattern of health spa, the absence of sediment in the spa sources and pipes and radiators (fan coils), the number of blackout hours defined in non-residential buildings, the proper and accurate definition of the parameters of the device in accordance with the conditions of the building, the non-use of Other heating devices such as fireplaces, proper adjustment of the former mechanical thermostat (available on the boiler) according to the company's instructions and...
The intelligent system has an anti-freeze program, and if the temperature outside the building drops too much, by setting the boiler temperature to 40 degrees Celsius and turning on the circulation pumps, it puts the engine room in standby mode and avoids this problem. prevents.
No
The system automatically enters the circuit after disconnecting and connecting the power, with specific time intervals from each other, so that the equipment is not turned on at once, which causes damage to the electrical equipment, and there is no need for the operator of the engine room to turn on the equipment again after disconnecting and connecting the power. Refer to the engine room.
A button is installed on the device, after pressing it, the engine room system will return to the previous state so that the necessary repairs can be made on the equipment.
Technical specifications of the central device of the engine room intelligent system
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