BUILDING MANAGEMENT SYSTEM
In the modern world, in any building and structure, there are a number of engineering systems designed for comfortable, safe and reliable operation. To ensure optimal operation modes and minimize the risks associated with equipment failure, the failure of critical systems, the occurrence of a danger to people’s lives, BMS is being introduced.
Building management system – a complex of automation systems, dispatching and monitoring of engineering systems of buildings and structures, which allows to solve the tasks of operational control and management of the state of technological systems of residential buildings, shopping and entertainment complexes, hotels and other objects.
BMS has the following functions:
- state control and control of actuators and engineering systems parameters;
- support for a given mode of operation of engineering systems;
- control and accounting of energy consumed with the ability to detect cases of inefficient use of resources;
- ensuring uninterrupted operation of equipment;
- identifying faults and dangerous situations in the early stages with minimizing material damage and minimizing the threat to human lives;
- ensuring timely scheduled preventive maintenance of equipment and tracking the actual performance of equipment and technological units;
- collecting statistical information, creating reports and providing it in an intuitive for the user;
- reduction of material costs for the maintenance and management of engineering systems of buildings and structures.
The following building engineering systems are integrated into BMS:
- Remote readout of meters for technical and commercial electricity accounting;
- Control of the state and management of power sources, switchgear and power equipment;
- Electric power consumer groups control and management;
- Controlling the state and characteristics of equipment to prevent its premature failure and track the need for scheduled maintenance work;
- Remote meter reading for technical and commercial heat metering;
- Temperature monitoring;
- Automatic maintenance of the set temperature conditions of the rooms
- Monitoring the condition and characteristics of the equipment to prevent its premature failure and tracking the need for preventive maintenance;
- Remote meter reading for technical and commercial metering of hot and cold water;
- Remote control and monitoring of pumping equipment and valves;
- Monitoring the condition and characteristics of the equipment to prevent its premature failure and tracking the need for preventive maintenance;
- Controlling water leaks in the nodes of the water supply system and protection from flooding;
- Remote control and monitoring of the state of ventilation equipment and valves;
- Monitoring the condition and characteristics of the equipment to prevent its premature failure and tracking the need for preventive maintenance;
- Monitoring the status of air filtration equipment.
- Lighting control by predefined work algorithms;
- Fire alarm systems (alarms, alerts, fire suppression);
- Security system (access control system, burglar alarm, video surveillance system);
- Controlling facades, doors, gates, windows, blinds, roller shutters and other devices depending on changes in the external and internal conditions to maintain a comfortable indoor climate.
- Elevator dispatch system.
The use of the system of automation and dispatching of buildings and structures
Integration of equipment into a single infrastructure allows to obtain significant advantages in the operation of buildings and structures during the entire life cycle of an object. Achieved through effective centralized management of engineering systems.
BENEFITS
- reduction of resource consumption (electricity, water, heat) at the same level of comfort and the fulfillment of all tasks to ensure the smooth operation of the engineering complex of the building;
- reduction of labor costs of operational and dispatching services;
- reduce the cost of operation and depreciation of the building;
- reliable and safe operation of engineering systems, prevention of abnormal conditions and prompt response to emergency situations;
- increase the service life of equipment through scheduled preventive maintenance;
- ease of operation due to the management of the engineering system of the facility from a single control tower;
- optimal equipment operation minimizes the risks of accidents and malfunctions;
- collect resource cost information;
Our company offers comprehensive solutions for the automation and dispatching of engineering systems of retail and office centers, buildings and structures.