Building Automation

  • Turning every building into a Smart Building
  • User-friendly programming
  • Anticipate to legislation and regulations
  • Building control via computer and mobile devices
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About this Solution

Today, the number of energy consumers in most buildings is enormous. Add to that the fact that energy is becoming more and more expensive and the desire for energy saving increases accordingly. The desire to save on energy consumption and energy costs is creating an increasing need for detailed information about processes and installations. The importance of proper interpretation and integration of all this information is also growing.
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So much data, little clarity

Without some form of automation, it is almost impossible for building managers to provide clarity on a building’s energy management. There are several types of automation. What they have in common is that they replace human labour with machines or computers, possibly in combination with software. The motivation for applying automation is economic because it reduces labour hours and raw material consumption and eliminates many errors in processes. Building automation offers a solution to building managers in sectors including utilities.

What is building automation?

Simply put, building automation is the digital control of a building. A link is created between multiple systems with the goal of automating and improving all processes within a building and making them more user-friendly. Automating and making processes more efficient is getting increasingly essential and (therefore) increasingly complex. Other developments like the Internet of Things (IoT) have led to major changes in the field of building automation

Thanks to IoT, devices and systems are interconnected and can be programmed and centrally controlled in user-friendly ways. Buildings are becoming smarter and are Smart Buildings now: buildings known for ease of use and a safer, more positive working environment and atmosphere. A big additional benefit is that this saves a considerable amount of time and money. In short, building automation is an efficient total solution.

Data and energy management at the basis of building automation

The basis of building automation includes data and energy management. In addition to Smart Buildings and Internet of Things, the terms IT (Information Technology) and big data are common in building automation. Data are crucial to any automation. The need for data within the utility is increasing, as is the need for the proper interpretation and integration of all data in processes and systems. Good collaboration between Building Automation and IT will automatically display the huge flow of data in dashboards to control processes. Or in other words, important decisions are made automatically based on data.

So, Building Automation truly reveals the real value of data. The combination with energy management will show any high (hidden) energy consumption and other energy problems. You may find that staff in one department always leave their computers on. Or that on certain floors the lights are not turned off at night. In other words, you will have new insights into the energy consumption of a floor, building or multiple locations and discover the potential for savings.

Building management systems and energy management are perfect complementaries

Building automation in the form of building management systems (BMS) and energy registration and monitoring systems (EBS) helps to discover and exploit this potential. Both BMS systems and EBS systems are primarily aimed at automatic control of devices and minimum energy consumption of systems. In addition, they focus on providing a healthy, safe and comfortable working environment within buildings. These smart systems provide insight into the distribution of the total energy consumption over the building (which HVAC systems, climate control systems, etc.

are present?), the habits of all users (for example, how many people are present in the office every day and how often are meeting rooms used?) and the technical installations (for example, what is the energy consumption of the canteen and what is the energy consumption of the entire 1st floor?). By applying home automation based on the results, systems like lighting and ventilation can be computerized. Consider, for example, motion detectors that automatically turn on lights when they detect motion.

How exactly does it work?

Applying building automation and home automation creates coherence between network infrastructure, operating systems and applications. Programmable Logic Controllers (PLCs), Programmable Automation Controllers (PACs) and Supervisory Control and Data Acquisition (SCADA) and CODESYS software, can be used to program and control systems in a user-friendly manner. PLCs and PACs are simple and user-friendly to program, CODESYS and SCADA are highly user-friendly, scalable and flexible native software types, and OPC UA is an open source and easily extensible data exchange standard that allows effortless connection of different systems. Systems like turning lights on and off at certain fixed times are controlled by pre-programmed logical circuits and conditions. When building automation is used optimally, the data may be communicated through BACnet, Modbus, M-bus, 4G, KNX or Ethernet and data such as energy management is visualized and analyzed. In this way, there is consistency between network infrastructure, operating systems and applications.And we can turn every building into a Smart Building. What are the benefits of building automation? As mentioned, the biggest benefit is the time as well as cost savings it provides.

This is because user costs can be saved and fewer staff are needed. The security of a building is also improved considerably; you can determine who has access to certain areas and when. And you may computerize the fire protection system which makes for a safer building. Another priority in building automation is sustainability. Computerizing systems like lighting, blinds, ventilation and heating through home automation and the use of solar panels, will eignificantly reduce the energy consumption of a building. Good for our environment! In this aspect building automation fits in perfectly with society’s desire for continuous availability in a sustainable manner. Last but not least, employee productivity will increase. The working environment is improved due to better air quality and optimal temperature control. Also, the ease of use of all installations present in a building increases significantly. These systems are interconnected and they can be controlled remotely by means of mobile devices, wherever and whenever the user wants. This gives the user complete freedom. What if the user needs to make any changes at a later stage? Changes are easy to make through to the application of PLCs, PACs, CODESYS, SCADA and OPC UA and other systems as mentioned.

Building Automation Costs

Investment costs of implementing building automation can be significant. You can choose to automate all systems in a building, but you may also start small with only lightning, for example. In short: building automation as it suits you best. Investments in building automation, in whatever form, will be recouped quickly with processes that are much

more efficient and more time and cost effective than without any form of automation. Are you thinking of improving or applying Building Automation within your company? We would be happy to advise you on the products and software types that are ideal for your situation. Contact us directly.

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  • Frequently asked questions

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    What is building automation?

    Simply put, building automation is the digital control of a building. This involves creating a link between multiple systems with the goal of automating and providing user-friendly processes within a building.

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    How does building automation work?

    Building automation and home automation create cohesion between network infrastructure, operating systems and applications through various products and software. These systems can be controlled by means of central, smart, pre-programmed logic circuits and conditions in a user-friendly manner.

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    What are the benefits of building automation?

    Benefits of building automation include:

    • The biggest benefit is time and cost savings. User costs are lower and fewer staff are needed.
    • The security of a building will be greatly improved; in fact, you can control who has access to certain areas and when. Another example is the fire protection system which can be automated, providing a safer building.
    • Sustainability is a high priority for building automation. Home automation of systems including lighting, sun blinds, ventilation and heating and the use of solar panels will lower the energy consumption of a building significantly. This is also good for the environment. Building automation fits in perfectly with society’s desire for continuous availability in a sustainable manner.
    • Employee productivity will increase because of a more pleasant work environment with better air quality and optimal temperature control.
    • The ease of use of all installations in a building will be greatly increased. All systems are interconnected and can be controlled independent of time and location with mobile devices.
    • Building automation, possibly in combination with home automation, makes a building future-proof. The open network structure allows many different systems to be linked together with complete freedom for the user. If the user needs to make any changes at a later stage, a building automation solution can be changed flexibly and easily.