This system is used for the smart control of central heating system equipment and while reducing energy consumption by 30-40%, it increases the lifespan of heating equipment. The user will have access to things such as the general settings of the central heating system, how it works, reporting, possible system errors, etc. both locally and remotely (Internet or internal network). The 3.5-inch touch screen on the device shows a detailed display of temperature graphs of the past days, current temperatures, the status of outputs, device settings including working hours, network settings, etc. By connecting the device to the Internet (via internal network or modem) using the network port on the device, it is possible to monitor the device on the fidarcloud dedicated cloud server. In addition, the device is equipped with an internal web server so that in the absence of an Internet network (requires an internal network), it is possible to perform monitoring and also make changes on the device. By aggregating the data of engine houses of a group or organization on a single profile and defining different access levels for users in the lower and upper levels, it is a suitable solution to reduce the costs of fuel and electricity consumption of organizations and also fulfill the mission of maintaining a healthy environment. as one of the main challenges of the country.

Device features:

• Five temperature sensors (reciprocating collector, reciprocating spa, environment)
• Adjusting the powerhouse temperature based on the temperature outside the building (boilers and pumps)
• Adjusting the temperature of the powerhouse based on the amount of consumption and the need inside the building (boilers and pumps)
• Sensor data transmission over a wire bus
• Ability to transfer data over 1200 meters
• 7 second sampling rate
• It has a two-way Modbus input and output gateway
• Application of any daily, weekly and monthly operation planning along with both calendar and solar dates, as well as having the annual solar date along with any official holidays, the possibility of temperature control and thermal stability of the hot water spa temperature
• Shifting boilers and pumps forward and backward in order to reduce the consumption as much as possible and also to reduce the depreciation of these equipments.
• Reducing the depreciation of the main equipment of the engine house by reducing the number of disconnections and connections
• Reporting of current powerhouse conditions along with temperatures in operating mode through the device itself
• Reporting how the powerhouse equipment works and the current performance status through the device itself
• Taking advantage of a very convenient user interface through a 3.5-inch display
• Using calibrated digital sensors
• Ability to control 2 boilers and 2 circulation pumps
• Online monitoring by computer, mobile and tablet
• Internet connection establishment and interruption report
• Online and real-time system status monitoring
• The possibility of monitoring several powerhouses in one system
• Sending failure reports by SMS system
• Apply access levels to users
• Daily, monthly and annual reporting