Germany – Engineering design services for mechanical and electrical installations for buildings – Fritz-Haber-Institut der Max-Planck-Gesellschaft, Berlin Umbau und Erweiterung Gebäude T: ELT

The Fritz-Haber-Institut (FHI) was founded in 1911 as the Kaiser-Wilhelm-Institut für Physikalische Chemie und Elektrochemie in Berlin-Dahlem and was incorporated into the MPG in 1953. The focus of the research activities is on the fundamental understanding of elementary processes in physical chemistry and thus the relationship between structure, reactivity and dynamics on surfaces, interfaces, nanostructures, molecules and clusters. Currently, there is a significant shortage of highly equipped, wet-chemical laboratory areas with a design suitable for automated operation. To meet the demand, building T is to be converted and expanded into a laboratory building. The office cubes arranged on the north side of the hexagonal building and the central hall are to be partially demolished and the technical equipment completely dismantled. The resulting spaces, between the two partially demolished cubes, are to be used to "insert" the extension into the existing building. In this new building, all highly equipped rooms, such as laboratories and hazardous material stores, as well as most of the central technology and technical services, are to be housed on three floors, including a basement. The "core" of the new area is to be the AI-controlled automated laboratory, which is to be created on the ground floor. On the floor above, wet chemistry laboratories with evaluation workstations are to be created, which can be subdivided into several laboratory rooms. The future building T is to have a NUF of approx. 1,400 m² (approx. 3,370 m² BGF), with the planned usable areas distributed as follows: 80m² chemical storage, approximately 440 m² each robot-operated AI-supported large chemistry laboratory, approximately 440 m² wet chemistry laboratories, approximately 340 m² office space, approximately 100 m² storage space. For the NUF 7, a space requirement of approximately 100 m² has been determined, and for the technical areas approximately 500 m². The estimated total construction costs (KG 200 to 700) for the conversion and expansion amount to approximately 22,800,000 € net. During the planning phase, cost estimates are to be prepared, separated according to costs for the extension and the conversion/renovation of the existing building, and combined in an overall summary. The subject of the contract is the electrical engineering design for the extension with office and laboratory areas of building T. The electrical supply to the building is via medium voltage. Variants are to be examined in advance. These are to be taken into account in the planning. The exact interfaces with other technical systems, such as fire alarm system (BMA), access control system (ZuKo), data technology or other safety and operational systems, are to be coordinated professionally and defined in detail during the planning process. A photovoltaic system is to be planned for the extension. The boundary conditions from architecture, statics, fire protection, grid connection and the integration into the energy concept of the entire building are to be taken into account. For selected areas of the extension, a presence and daylight-dependent lighting control is to be provided. The aim is to achieve energy-efficient, user-oriented lighting while taking into account the respective usage requirements of office and laboratory areas. Special note regarding tender questions due to special external events (e.g. SARS-COV-2 or Ukraine war): Please take into account any possible or recognizable impairments in your offer, e.g. with regard to the availability of materials and products, workforce, a possible delayed submission of required evidence, effects on any subcontractors, etc. Questions arising in this context, please submit in good time before the deadline via the eVergabe messaging system.