Automation of engineering equipment of buildings is necessary for constant monitoring of its work. Automatic systems themselves observe, fix, and record, the set of states of the building equipment. By the given programs, automation systems can respond to changes in sensor readings, and change the modes or parameters of the functioning of building engineering systems. They notify the personnel about critical and close to emergency states of engineering equipment. Allow dispatchers to make quick decisions in non-standard and emergencies.
Building automation systems consist of numerous sensors, controllers, and control subsystems, united under one common control system. This control system allows you to set the operation programs for both the entire engineering system of the building as a whole and its parts, as well as monitor the controlled subsystems of the building from dispatch terminals, and through them carry out general control or programming of the operation of automation systems.
Automation of engineering systems of buildings can significantly reduce the operating costs of their maintenance due to constant automatic control, increase the service life and performance of engineering equipment, and economical use of resources.
Power supply automation
Automation of power supply of engineering equipment of buildings should provide anti-emergency operation. Control the parameters of electrical equipment and the power grid. Thanks to the automation of the power supply of buildings, the reliability of electrical installations is significantly increased, the number of maintenance personnel is reduced, and operating costs are reduced.
Automation of power supply promptly detects malfunctions in the operation of electrical equipment that can pose a threat to life for people, cause enormous damage to the economy or cause mass rejection of the company's products. This is especially true for buildings and structures with a massive crowd of people, such as the metro, stadiums, urban transport, large department stores, maternity hospitals, high-rise buildings, and large enterprises.
Also, a significant benefit of introducing a power supply automation system is expressed in a sharp decrease in the downtime of equipment consuming electricity and the associated economic costs.
Automation of ventilation systems
Ventilation systems are divided into supply and exhaust. Supply systems provide fresh air to the premises. Exhaust, on the contrary, remove polluted air and create an air balance. Automation of ventilation systems maintains an acceptable eco-balance of industrial, administrative, and residential premises. The work of many industrial productions would be impossible without the operation of automated ventilation control systems to maintain the required standards of life safety.
Air conditioning automation
Automation of air conditioning systems allows for maintaining the stability of temperature, humidity, and air freshness with a given accuracy protects premises from the undesirable influence of outdoor polluted air, and ensures the constancy and trouble-free operation of air conditioning equipment. Automation of engineering equipment of buildings in the field of air conditioning allows you to efficiently use heat and cold, and therefore save energy.
Lighting control automation
Lighting control automation sets the optimal operating mode for room lighting systems. This saves energy and reduces the operating costs of buildings.
Automation of engineering equipment of buildings in the field of electric lighting provides, in particular, remote control of lighting using modern gadgets.
Our company specializes in the design, production, and installation of building automation systems. In addition, we integrate reliable automated control systems into the existing systems of engineering equipment of buildings, which increases the efficiency of the operation of these engineering systems.