ENGLISH HOME PAGE CONTACT DOWNLOADS SUPPORT COMPANIES SERVICES PROJECTS CAREER NEWS Energetic renovation of the Rüsselsheim Fortress Museum Client: City of Rüsselsheim, Faculty of Building Management Architect: Architectural firm Dipl.-Ing. Heinrich Böll, Essen TGA costs net €: 483,427.12 Period of performance: 2009 to 2011 Services: Planning and property monitoring, sanitary, heating and ventilation technology, electrical and communications technology, conveyor technology, building management technology, measurement, control and regulation technology, building automation The technical concept for the energetic renovation of the south wing of the Rüsselsheim Fortress Museum envisaged a ventilation system in addition to the use of radiant ceiling heating. The ventilation system ensures the necessary minimum air exchange in the exhibition rooms in order to guarantee a comfortable indoor climate. Due to the existing situation, the ventilation device was installed in a former stairwell. The ventilation ducts for supplying the individual floors are distributed from here. A large part of the duct assembly took place in the sloping roof in order to gain maximum exhibition space. The supply air is brought in via a shadow gap near the floor in the exhibition areas. To enable the rooms and floors to be flushed with the preconditioned air, the exhaust air was arranged centrally at the highest point. Radiant ceiling heating, also in the roof area, is installed to cover the required heating load. With an available roof area of approx. 400 m², 4000 m of plastic pipe and 3300 m of heat conducting sheets were installed. The pump hot water is provided by an existing modern gas heat generation system. In the course of the energetic renovation measures, the museum was equipped with a fire and burglar alarm system in terms of security. In addition to the area-wide monitoring by smoke detectors, all false ceilings were provided with a smoke extraction system so that a fire can be detected at an early stage. By using a fire control system, the conveyor technology is also integrated into the fire alarm system. The elevator was equipped with an electromechanical drive. This meant that there was no need for a machine room and the space gained was available as exhibition space. Special spotlights were used to achieve subtle but effective lighting in the interior. These are equipped with lenses and optical attachments, whereby the individual exhibits can be highlighted individually. Power rails, with which the lighting can be adapted to the respective exhibitions, ensure maximum flexibility. A high-resolution IP video camera system is used to monitor the exhibited loans and objects day and night. The recordings are digitally stored in a central server room. Photos: © Solveig Böhl (ZWP Ingenieur-AG) Keywords: energetic renovation of radiant ceiling heating Technical facts: Heat output surface heating approx. 24 KW Ventilation unit 5000 m³ / h Heat recovery: rotor with sorption GFA 1,935m² Previous project next project Back to overview BRANCHES Dresden Berlin Bochum | Construction management Hamburg Cologne Innovation | Cologne Munich Stuttgart Wiesbaden NEWSLETTER Subscribe now STAY IN CONTACT imprint Data protection This website does not use cookies.