Given the scale and complexity of the ODE Project, fire safety compliance and protection posed several challenges. One of the primary concerns was installing a fire detection system that could operate effectively in both commercial and residential spaces, as well as underground areas. The presence of ongoing construction activity also introduced the issue of dust interference, which can trigger false alarms in conventional smoke detectors. Additionally, the project required a scalable and interconnected fire alarm system to ensure rapid response in the event of an emergency, covering all office and residential areas, including Booking.com B.V.’s EU headquarters, which will occupy all office spaces.

To address these challenges, WES3 wireless fire alarm units were deployed across the site. A total of 130 WES3 units were installed, including 1 Connect unit, 19 WES3 call points, and 18 WES3 dust-resistant smoke detectors. The dust-resistant smoke detectors were particularly crucial in mitigating the impact of construction dust, ensuring reliable fire detection without frequent false alarms.

The wireless connectivity of WES3 allowed for a flexible and scalable installation, adapting to the evolving construction phases without requiring extensive rewiring. Additionally, the system’s ability to integrate call points across the site provided an immediate and efficient way to alert workers and occupants in case of fire, significantly improving response times.

The decision to utilize WES3 underscores Strabag’s commitment to fire safety and compliance with industry regulations. By integrating advanced dust-resistant smoke detection technology, the project team effectively addressed one of the most persistent challenges in construction fire safety. The successful implementation of WES3 in the ODE Project sets a precedent for future developments requiring reliable, wireless, and dust-resistant fire detection solutions. As construction progresses, the modular nature of WES3 allows for further system expansion, ensuring continued safety for workers and future occupants alike.