With current environmental concerns, energy consumption is at the heart of discussions. As a result, BMS and BMS play an important role in reducing energy consumption in buildings. Find out more about the features and applications of these two processes!
Definitions of BMS and BMS
GTB stands for building management system. In other words, it's the management and optimization of a building's technical equipment. Centralized technical management, more commonly known as CTM, is a component of BMS. It's the centralized control of a specific type of installation. These are two processes for managing and controlling the technical systems of different buildings.
Detailed comparison: GTB vs GTC
As mentioned earlier, these two processes are closely linked: one designates the overall system, while the other helps to direct the system centrally. However, they do have some specific features.
Technical and functional differences ⚙️
Firstly, the technical aspect of the two processes is differentiated by the number of systems that can be handled simultaneously. Centralized technical management can only handle one batch at a time, for example: either electricity or air conditioning, but not both. The second method, on the other hand, can handle several batches at the same time, making it a generalized approach.
There are also differences in terms of operation. Building management uses a lot of sensors and PLCs, as well as supervisory interfaces. The other process uses centralized remote control interfaces.
Building type and specific requirements 🏢
Implementation of both concepts depends on the specific needs of the various buildings in the service sector in which they are used. As a result, they are generally found in :
- data centers
- hotels
- factories and industrial plants
- office and commercial buildings
For the latter, the specific needs in terms of BMS are lighting control, temperature control and security system management. In terms of BMSis more concerned with putting equipment on standby when the building is unoccupied.
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Why opt for a BMS or BMS?
Implementing these management systems has a number of advantages numerous advantages in terms of energy and safety, as well as cost savings.
Energy and economic benefits
From an energy standpoint, these techniques for optimizing energy consumption make it possible toto adjust various parameters such as heating and electricity. In this way, real savings are generated, since regulation prevents energy wastageThis means, for example, switching off installations when buildings are unoccupied. These processes also use a predictive maintenance system which limits the need for costly repairs.
Improved comfort and safety
Comfort and safety have never been so good since the integration of BMS and BMS at the heart of buildings. In fact, regulating air-conditioning or heating according to ambient temperature guarantees a comfortable environment for occupants. a comfortable environment for occupants. What's more, these concepts make buildings safer by monitoring security systems such as alarms and managing access.
Compliance with BACS and other regulations
The BACS which stands for "Building Automation and Control Systems came into force in the summer of 2020. Its aim is to increase the energy performance of commercial buildings. As a result of this decree several regulations such as the installation of BMS systems in commercial buildings over 5000 m2.
Technical Aspects and Innovations in BMS and BMS
Technological advances enable these processes to evolve constantly. In this way, they help to provide ever more precise solutions to the various problems encountered, particularly in the area of energy consumption.
For example, the arrival of artificial intelligence means that system maintenance can be optimized by analyzing data in real time. By being at the cutting edge of technology, industry professionals seek to create smarter environments that are more responsive to occupants' needs.
BMS/CGT installation and costs
These aspects vary from plant to plant and from equipment to equipment: each system is different, since the way it works is not the same everywhere.
Key installation steps
Setting up such processes is a lengthy and highly specific process. These include :
- analyze specific needs based on the information provided
- system design and equipment selection
- install and configure sensors, actuators and software
- program and configure equipment for supervision
Overview of costs and available financing
These building automation solutions a certain cost. Generally, they cost between €25 and €30 per m2. However, financing assistance is available thanks to the CEEenergy saving certificates. This assistance was set up by the government to encourage energy-saving renovations.
BMS and BMS for Energy Transition
These concepts play a crucial role in the energy transition, helping to improve the efficiency of commercial buildings while limiting excessive consumption.
Role in eco-responsibility and sustainability
GTB technology plays a role in sustainability as it monitors the energy performance of equipment in real time. These building automation solutions also make it possible tooptimize energy consumption and promote the use of renewable energies.
Examples of green buildings using BMS/CGT
These processes are increasingly present in commercial buildings. They can be found in :
- Côtes d'Armor private hospital
- the Lannion Trégor communauté headquarters building
- Saint-Malo agglomération's DCTD headquarters building
- Saint-Malo Aqualudic Center
Overall, these techniques are key tools for smart, sustainable construction, helping to achieve the goals of the energy transition.