Automation systems DevLink Automated control systems, control cabinets, etc.

According to your technical task, our company's specialists will develop complete automation systems for various facilities (boiler rooms, etc.) based on DevLink series devices.

A control cabinet for solar battery trackers based on DevLink controllers.

• The basic elements of the cabinet are the DevLink-C1000 industrial controller and the DevLink A10 I/O module.
• Tracker is a rotary design that orients the battery relative to the position of the Sun during daylight hours. The tracker control cabinet can work both offline and under the control of the visualization system.
• According to the calculated data, the automatic tracker control system makes it possible to increase the efficiency of solar panels by at least 40%.

Automated control system of a thermal point – a standard solution based on a single set of software and hardware

• The automated control system of the thermal point is designed for effective management of the technological process of providing consumers with thermal energy and hot water supply in order to increase its reliability, quality and efficiency.
• The object of control of the automated process control system is the central heating points that provide connection to the heat network of heat consumption systems: heating, ventilation, hot water supply and technological installations of consumers. The solution under consideration meets the technical requirements for large thermal points as much as possible. At the same time, it can be easily adapted to other thermal points.

ACS NO - automated control system for outdoor lighting of the city

• Automated control system is designed for centralized automatic and operational dispatch control of outdoor lighting of streets, objects and other territories of cities.
• The outdoor lighting system consists of switching points (PV) connected to the central control room (CDP), from which the lighting control commands are received. PV can be located in transformer substations or directly on light poles.
• The main objectives of the system are to increase economic efficiency by reducing energy consumption for lighting and reducing maintenance costs for street lamps, improving the reliability of the operation of the street lighting system and the level of safety of pedestrians and drivers.

• Automated control system for outdoor lighting. Technical description
• Automated control system of the thermal point. Technical description
• Tracker control cabinet. Technical description