What is building management system that every facility manager is interested in? There is a quick approach to lower energy costs, maximize the efficiency of building equipment, and improve occupant comfort while adhering to national regulations.
A building management system gives you complete control over your building. Installing or upgrading a building management system allows businesses to swiftly and simply take charge of their building and accomplish several advantages in a single, affordable solution.
In this article, you will understand the importance of building management system and ways to implement it into your system. Without further ado, let’s get started.
What is Building Management System?
Building Management Systems are placed in buildings to regulate and keep an eye on the mechanical and electrical systems, including HVAC, lighting, energy, fire, and security.
A building management system BMS acts as a central point of control for every facility in a building.
Facility management personnel do not need to physically visit every building, floor, or room to turn on, turn off, or manually modify mechanical equipment since the BMS may remotely regulate heating and ventilation systems from a computer or mobile device.
Building Management System vs Building Automation System: How They Differ
Although they are distinct solutions, a building automation system is a part of a building management system. Despite the phrases’ distinctions in scope and purpose, people frequently use them interchangeably.
A building management system focuses on keeping an eye on and managing a building’s general functions. For instance, you might use one to manage all your electrical and mechanical equipment, such as your security cameras, door locks, and air conditioning system. When compared to a business automation system, a building management system is typically more complete and has better analytical capabilities.
The primary function of a business automation system is to increase energy efficiency. It can regulate your electricity, lighting, and HVAC systems, much like a building management system, but it often does not manage security, alarms, or access control.
How does Building Management System Work?
Using linked hardware and software components, a building management system collects data from building sensors and equipment, processes it centrally, and then issues commands to control building systems depending on predetermined criteria and user inputs.
A building manager or owner can do more than just keep an eye on performance with a building management system. To use energy more effectively and cut expenses, operators can improve systems, such as the monitoring and control features for air conditioning or other systems.
In addition to lowering their administrative responsibilities and boosting energy savings, owners may transform their buildings into smart buildings and obtain a comprehensive picture of their performance.
Advantages of Building Management Systems
Adopting a modern building management system offers several benefits that improve occupant comfort, safety, and operational effectiveness. With a clear understanding of what is building management system is, let’s explore the advantages of building management system.
Lower Operating Expenses
A building management system lowers maintenance and operating expenses by effectively managing building systems. By avoiding misuse and promoting prompt maintenance, it increases the equipment’s lifespan and lowers the possibility of expensive repairs or replacements.
Facility managers can resolve problems before they become more serious by using proactive data analysis and fault identification, which guarantees that systems run within their ideal bounds.
Energy Efficiency
A present-day building management system maximizes the performance of electrical and mechanical systems, such as electricity, lighting, and HVAC. It can drastically save energy use and costs by automating tasks like shutting off lights when not in use and modifying temperature based on occupancy.
For instance, demand-controlled ventilation and smart scheduling guarantee that energy is utilized only when required, maximizing consumption patterns and drastically cutting waste.
Smart building operations
An obsolete building management system frequently results in inefficiencies and expensive maintenance. As a result, these systems require complex and costly upkeep. Modern building management system technology uses machine learning and artificial intelligence to automatically enhance building efficiency.
These smart technologies decrease environmental impact, increase equipment longevity, and save maintenance expenses. Modern smart building systems only function when and where they are required. If it is not required, you do not have to keep your installation running constantly.
Increased Adherence to Regulations
Modern building management systems help buildings adhere to ever-tougher emissions and energy consumption rules. Compliance with building regulations and environmental requirements is made easier by automated data logging and reporting. In addition to helping to avoid fines, this compliance establishes the property as a pioneer in sustainability, increasing its appeal and market value.
Comfort
A building management system guarantees a comfortable environment for inhabitants by controlling interior environmental factors, including temperature, humidity, and air quality. An atmosphere that promotes well-being and productivity is enhanced by appropriate lighting levels and seamless system functioning.
Consistent comfort without excessive energy usage is made possible by the system’s capacity to adjust to changing occupancy and ambient circumstances without human involvement.
Enhanced safety and security integration
Access control, surveillance, and fire suppression are examples of safety systems that are integrated into a building management system. Your building’s security and adherence to safety regulations are guaranteed by automated alarms and real-time monitoring, safeguarding both people and property.
How to Implement a Building Management System
Buildings account for 40% of global energy use. There has never been a better moment to implement a building management system to guarantee that your building’s energy use is optimal, given the increased emphasis on renewable energy, energy management systems, and energy efficiency in general.
The setup and configuration of hardware and software, as well as linking the building management system with the building’s assets and equipment, necessitate meticulous design and execution. Here are the steps to implement a building management system for your building.
Planning
Planning the system’s rollout is the initial stage in implementing a building management system. This includes creating a budget, defining deadlines and milestones, and figuring out the project’s scope.
All relevant parties, such as the building maintenance system manager, building owner, maintenance head, and any outside contractors or vendors participating in the project, should be included in the planning process.
Hardware and Software installation
Installing the building management system hardware, which includes the sensors, actuators, control panel, and communication network, is the next stage. Usually, this entails physically placing the parts inside the structure and using communication protocols to link them to the control panel.
Installing the necessary software comes after the hardware components are installed. This might contain any software needed for the building management system to operate, such as the user interface and control algorithms.
System integration
The building’s equipment and assets should be connected to the building management system. This might entail integrating the building management system with other systems or gadgets, such as occupancy sensors or smart thermostats, or setting it up to connect with these devices.
Testing and commissioning
To ensure the building management system is operating properly, it should be inspected and commissioned after installation and configuration. This might entail carrying out several tests to confirm that the building management system can monitor and manage the building’s systems as planned.
Training and documentation
The building manager and other appropriate stakeholders should get training on how to operate and maintain the system. To assist users in comprehending the system’s capabilities and limits, documentation such as training materials and user manuals should be made available.
Conclusion
Understanding what is building management system is is critical to know how and when to implement. The function of a building management system is fundamental, but only the first step in obtaining full building intelligence as commercial buildings continue to develop into ever-more sophisticated systems.
The next stage of building evolution involves more sophisticated energy management and operational efficiency through building energy management systems or building analytics platforms, even though a building management system effectively integrates and manages the various subsystems within a building, creating a single view of all connected endpoints.