{"id":81249,"date":"2026-04-13T16:34:22","date_gmt":"2026-04-13T14:34:22","guid":{"rendered":"https:\/\/fhi.nl\/nieuws\/kunstmatige-intelligentie-in-gebouwautomatisering\/"},"modified":"2026-04-13T16:34:22","modified_gmt":"2026-04-13T14:34:22","slug":"kunstmatige-intelligentie-in-gebouwautomatisering","status":"publish","type":"news","link":"https:\/\/fhi.nl\/en\/news\/kunstmatige-intelligentie-in-gebouwautomatisering\/","title":{"rendered":"Artificial intelligence in building automation"},"content":{"rendered":"
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\n\t\t\t\t\tArtificial intelligence in building automation\t\t\t\t<\/h1>\n\n\t\t\t\t
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Efficiency meets responsibility<\/h3>\n

Buildings that think along, plan ahead, and act independently \u2013 what sounded like science fiction a few years ago is now reality. Artificial intelligence (also known as AI) provides the decisive impetus for this development. As a pioneer in the field of building automation, SAUTER systematically promotes the use of AI to make buildings more energy-efficient, climate-friendly, and convenient.<\/em><\/p>\n

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Artificial intelligence will fundamentally change building automation. AI is capable of not only capturing data and information in real-time but also understanding it. It can detect data-based relationships and patterns to make forecasts and automatically adjust systems based on them \u2013 whether for energy supply, air conditioning, or lighting.<\/p>\n

The power of AI lies in integrating data from a wide range of sources \u2013 from temperature and occupancy sensors to weather forecasts, energy prices, and maintenance information. Intelligent algorithms convert the raw data into concrete recommendations for actions and automated process control. In this way, technical building processes can be executed on demand and continuously optimized. This results in significant energy savings, a better CO\u2082 balance, and greater user comfort. For operators, this means lower costs, greater operational efficiency and stability, and a future-proof infrastructure that responds flexibly to change.<\/p>\n

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From analysis to creating added value<\/h3>\n

In addition to classical AI, generative AI in particular offers great potential for building management. Generative AI can learn independently based on analyzed data and recognized patterns, and develop entirely new data and content based on this. In this way, it can not only optimize existing processes but also evaluate possible future scenarios using simulations. Efficiency potential can be identified and operational strategies tested as early as the planning phase of construction projects. AI thus becomes a strategic instrument that intelligently links planning and operations and creates sustainable added value.<\/p>\n

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SAUTER reinvents buildings \u2013 with artificial intelligence<\/h3>\n

SAUTER, a pioneer in building automation for decades, views AI as a strategic foundation. The goal is to guide the entire lifecycle of a building with intelligent solutions \u2013 from planning to operation.<\/p>\n

During commissioning, advanced tools such as CMC Manager software ensure automated testing and validation of building systems. This reduces errors, increases reliability, and significantly accelerates commissioning.<\/p>\n

During operation, algorithms analyze the performance of heating, ventilation, cooling, and lighting in real-time and adjust them automatically and flexibly as needed. They dynamically detect occupancy patterns and changes in weather and energy prices \u2013 always for maximum comfort with minimal energy consumption and minimal energy costs. Since 2021, the smart data solution has been MeteoViva Climate<\/em><\/strong> synonym for automatic optimization of the indoor climate through intelligent, self-learning, and building-specific simulation<\/a>.<\/p>\n

Another example of AI-based automation is the self-learning optimization functions OPT-H and OPT-C. These automatically analyze room usage patterns and calculate the ideal start and stop times for heating or cooling systems in advance. This saves energy, reduces both costs and CO\u2082 emissions, and ensures the desired comfort at precisely the right moment.<\/p>\n

Voice control via common Smart Home assistants enables particularly simple and barrier-free operation of building functions. Users benefit from an intuitive, convenient control system that is accessible to everyone, for both residential and commercial use.<\/p>\n

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Decarbonization using AI<\/h3>\n

The transformation of real estate towards a climate-neutral future is one of the greatest challenges of the world today. With amanteia<\/em><\/strong> \u2013 a joint development by SAUTER and meteoviva \u2013 owners and managers also have access to an effective AI-based tool for the targeted carbon neutralization of building portfolios. The innovative software solution automatically evaluates and calculates optimal decarbonization strategies. Intelligent renovation and investment plans can be drawn up based on just a few building data points using advanced data models and numerous predefined action templates. In this way, amanteia provides support in making well-founded investment decisions, avoiding assets with a carbonization risk, and increasing the value of buildings in the long term.<\/p>\n

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Focus on people and the environment<\/h3>\n

Despite all the artificial intelligence \u2013 even when using AI, SAUTER focuses on people and their environment: AI decisions remain transparent, people retain control at all times, and the technology provides targeted support for CO\u2082 reduction. SAUTER is already creating measurable added value for operators, users, and the environment.<\/p>\n

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Knowledge in brief: Fundamentals of Artificial Intelligence<\/h3>\n

AI describes the ability of machines to process data, learn from it, and make independent decisions.<\/p>\n

Central building blocks:<\/p>\n