In an interview with Thomas A. Knauel, the head of product development at Bosch Fire talks about the advanced technologies that the company integrates into its fire detection systems. Bosch is focusing on innovations such as artificial intelligence (AI), machine learning, the Internet of Things (IoT) and deep learning to increase the effectiveness and reliability of its fire detection technologies. These technologies provide accurate and efficient solutions that help improve safety and minimise production interruptions.
Knauel, who has been with Bosch since 2000, began her career in sales and marketing and later took on leadership roles in various areas, including product management for fire protection systems. Today, she is responsible for global product management and strategy development in the Bosch Fire division. She talks about the company’s continuous development and commitment to promoting the fire alarm business, despite the restructuring of the Building Technologies division, which sells other security segments such as video surveillance and access control.
Bosch focuses on various industries with its fire alarm systems and offers tailored solutions that are aligned with specific requirements. For example, in hospitals, Smart Safety Link improves evacuation by combining fire alarms with public address announcements, and the eSmog technology of the AVENAR 4000 detector reduces false alarms in industrial plants. For aesthetic requirements, Bosch offers ultra-thin fire detectors that can be customised in different colours to match interiors.
One important topic is the improvement of sensor technology, which enables accurate and error-free fire detection. Bosch relies on sensors that combine multiple data sources to reduce false alarms. The AVENAR 4000 detector uses optical, thermal, and chemical sensors to ensure precise fire detection. This prevents false alarms caused by environmental influences such as dust or steam.
The influence of AI and machine learning on fire detection technology will also be discussed. These technologies enable faster and more accurate detection of fire hazards. They not only support the early identification of risks, but also optimise resource planning and risk reduction. Bosch is also integrating AI into real-time fire hazard detection and automatic emergency response.
Another innovative product from Bosch is AVIOTEC technology for video fire detection. This uses a high-resolution 4-megapixel camera that analyses images in real time and detects fire hazards such as smoke and flames. This technology is particularly beneficial in areas such as large warehouses and industrial environments, where conventional fire alarm systems are inefficient due to high ceilings or ventilation systems.
Bosch is increasingly using the Internet of Things (IoT) to make fire detection systems smarter and more connected. IoT technologies enable remote monitoring and more efficient maintenance of systems, as devices are continuously supplied with data that can be evaluated in real time. With the Nexospace Fire System Explorer, Bosch offers a platform that provides a detailed overview of all fire protection systems and simplifies remote maintenance. This not only saves time, but also enables early error detection and correction.
On an international level, Bosch has successfully installed fire protection solutions in numerous large-scale projects, including major airports and industrial facilities such as the Continental Gummifabrik in Temisvar. These projects demonstrate the flexibility and scalability of Bosch systems, which can be adapted as needed to meet safety requirements in different environments.
Knauel concludes by saying that in the years to come, Bosch will continue to develop innovative solutions that further improve the precision and response speed of fire detection systems. The company remains committed to constantly improving its technologies and raising safety standards in various sectors.
In the Adriatic region, Bosch plans to focus on specific industries such as hotels, tourist complexes, industry and healthcare to implement its advanced security solutions. These combine traditional security approaches with innovative technologies to further increase efficiency and security.
Summary from https://www.asadria.com
