Automated Monitoring and Control System (AMCS) for Building Engineering Systems

A modern building is a complex technical organism where dozens of interconnected engineering systems operate simultaneously: power supply, ventilation, air conditioning, fire safety, water supply, elevator dispatching, access control, video surveillance, and others.

In most facilities, these systems function in isolation from one another. As a result, management is performed manually, equipment status information is scattered, and responses to emergency situations are often delayed.

It is precisely to address these issues that the Automated Monitoring and Control System (AMCS) — known in Ukrainian as АСМУ (Автоматизована система моніторингу та управління) — is implemented. This is a digital platform that integrates all engineering systems into a unified, manageable infrastructure.

What is AMCS?

The Automated Monitoring and Control System (AMCS) is a comprehensive set of software, controllers, sensors, and network protocols that provides centralized real-time monitoring, analysis, and management of a building’s engineering systems.

Its primary goal is to transform a building from a collection of separate technical systems into a single integrated ecosystem where all engineering components interact with one another.

An operator or engineer gains access to complete information about the facility’s status through a dispatching interface — ranging from room temperatures to the condition of fire protection systems or pump equipment operation.

Which Systems Does AMCS Integrate?

An automated management system can incorporate virtually all of a building’s engineering systems.

The most commonly integrated include:

Life-support systems:

• Power supply and electricity metering;
• Heating, Ventilation, and Air Conditioning (HVAC) systems;
• Water supply and wastewater systems;
• Heat supply;
• Pumping stations

Safety systems:

• Fire alarm system;
• Public address and evacuation management system;
• Smoke control system;
• Automatic fire suppression systems;
• Centralized fire monitoring system.

Control and management systems:

• Access control;
• Video surveillance;
• Elevator dispatching;
• Lighting control;
• Monitoring of engineering equipment condition.

Thus, AMCS creates a single building management center.

How the Automated Management System Works

The operating principle of AMCS is based on three key levels.

Data Collection Level

1. Sensors and controllers are installed on equipment to capture system operating parameters:

• Temperature;
• Pressure;
• Smoke presence;
• Electricity consumption;
• Valve and pump status;
• Emergency signals.

2. Data is transmitted via industrial protocols (Modbus, BACnet, KNX, OPC, and others).

Data Processing Level

3. All signals are received by the system’s server component, where:

• Data is analyzed;
• Events are logged;
• Emergency notifications are generated;
• Automatic response scenarios are triggered.

4. For example, upon activation of the fire alarm system, AMCS can automatically:

• Activate smoke extraction;
• Shut down ventilation;
• Unlock evacuation exits;
• Transmit a signal to the dispatching center.

Management Level

5. The operator accesses the system through a dispatching interface. In real time, they can:

• View the status of all engineering systems;
• Receive emergency alerts;
• Remotely control equipment;
• Analyze event history;
• Generate technical reports.

Key Benefits of AMCS

Centralized Building Management

All engineering systems are controlled from a single dispatching point, significantly simplifying facility operation.

Enhanced Safety

AMCS ensures rapid detection of emergencies and automatic system response.

This is critically important for facilities such as:

• Shopping centers;
• Hospitals;
• Business centers;
• Underground parking garages;
• Industrial plants.

Reduction in Operating Costs

The system enables equipment optimization:

• Reduced energy consumption;
• Prevention of system overloads;
• Detection of inefficient equipment operation.

As a result, building operating costs can decrease by 10–30%.

Predictive Maintenance

AMCS analyzes equipment technical parameters and detects deviations before failures occur.

This shifts maintenance from reactive (breakdown repairs) to preventive (scheduled servicing).

Where AMCS Systems Are Applied

Automated engineering system management solutions are used in virtually all modern facilities:

• Business centers;
• Shopping and entertainment complexes;
• Hotels;
• Hospitals;
• Residential complexes;
• Industrial enterprises;
• Data centers;
• Logistics complexes.

The more complex the facility, the more critical dispatching and monitoring become.

AMCS as the Foundation of a “Smart” Building

In essence, the automated monitoring and control system serves as the foundation for the Smart Building concept.

It not only controls technical systems but also creates a digital building model where all management processes are optimized based on data.

With advancing technologies, these systems are increasingly integrated with:

• Energy management systems;
• Big data analytics;
• Digital twins of buildings;
• Artificial intelligence systems.

The Automated Monitoring and Control System (AMCS) is a key tool for the efficient operation of modern buildings.

It provides centralized control of engineering systems, enhances safety levels, optimizes energy resource costs, and enables prompt responses to emergency situations.

In complex facilities, AMCS becomes the central hub for managing the entire engineering infrastructure, transforming the building into a fully controllable digital system.