The subject of the service to be awarded are engineering services from the field of electrical engineering acc. §§ 53 ff. HOAI "Technical Equipment" for LPH 2-3 and 5-9 for the "Cyber Valley New Building" project of the Max Planck Institute for Intelligent Systems in Stuttgart (MEWE). The project is to be carried out as an OpenBIM project. The services of the BIM specialist coordinator are an integral part of the services to be provided (see enclosed service profile). The following system groups (AG) are to be processed:
- AG 4: high-voltage systems;
- AG 5: Telecommunications and information technology systems;
- AG 6: conveyor systems.
According to an initial cost estimate, the costs that are likely to be charged for the aforementioned plant groups are approximately EUR 2.4 million net. The estimated total construction costs (KG 200 to 700) amount to approx. EUR 26.3 million net.
The total area for this construction project (NF 1-6) is approx. 3 150 m
The draft contract provided is decisive for the services to be awarded as well as for the remuneration.
More detailed and important information on the planning services to be awarded (object of the contract) is described under point II.2.4) of this announcement.
Cyber Valley is one of the largest research collaborations in Europe in the field of artificial intelligence and robotics, in which partners from science and industry research and develop intelligent systems. In the Cyber Valley Initiative, funded by the state of Baden-Württemberg, the Max Planck Society and the Max Planck Institute for Intelligent Systems, the two universities of Tübingen and Stuttgart are joining forces with industrial partners. The Max Planck Institute for Intelligent Systems is a basic research institute that emerged from the Max Planck Institute for Metals Research (MEWE) and was founded in 1975. Since then, scientific research has taken place on the MPG campus in Stuttgart-Büsnau and on the institute building in Tübingen.
In this context, the Max Planck Society is planning a new building for the Cyber Valley Center as an extension to the MPG campus in Stuttgart-Büsnau, with its two institutes for intelligent systems and solid state research. The structure is to be built south of the institute building for intelligent systems (Heisenbergstrasse 3 / MF 2000) and connected directly to it. In addition to physical laboratories and offices, a central experimental hall ("high bay") is the essential element of the building. The structure should fit into the topology and structure of the existing institute buildings. At the same time, it is important for the Max Planck Society that the new building has the beacon character of the CyberValley initiative and that this is clearly visible.
South of the new building are building S (H5S) and the precision laboratory (H7), two special components of the campus. The adjacent park, like the institute building Heisenbergstrasse 1, was added to the list of monuments of the State of Baden-Württemberg at the end of 2019. Preservation orders must be taken into account when connecting.
For the central media supply between the new building and the adjacent buildings, the construction of a media channel is part of the planning. This is to be built as an accessible shaft structure.
All line supplies for low-voltage technology: data services, telephony, fire alarm technology, access control, paging, announcement system, kitchen billing system and fiber optic laser measurement lines of the users must be laid in the media channel. An uninterrupted operation of Building S and precision laboratories must be guaranteed.
A new customer-owned transformer station is planned in the new building. The supply takes place via the MPI internal 10kV medium voltage ring. On the floors, the supply takes place via sub-distributors and busbars in the hall area. The expected electrical power is approx. 1 360 kVA.
A replacement network with a diesel generator is not planned.
A central UPS system must be set up to supply the server room and data rooms.
A central battery system with appropriate sub-centers must be set up for emergency lighting.
A central data center room is approx. 45 m
There will be a VoIP telephone sub-center for the telephone supply, which must be connected to the campus center.
The IT and communication systems from the institute campus and the nearby university are to be integrated.
Access control is carried out by expanding the "Dorma Kaba" system in the entire MPI campus with online card readers and a physically separate network.
The closure of the accesses in the outer skin is to be switched to the hazard manager at the gate. The windows are not monitored.
A nationwide fire alarm system must be planned for the new building and connected to the control center of the Stuttgart fire brigade (in expansion of the entire campus).
A voice alarm is not provided.
The building is to be equipped with a central BOS system.
A combined passenger and freight elevator with a load capacity of 3,000 kg and cabin dimensions such as existing buildings must be provided.
Furthermore, an indoor crane with a load capacity of 10 t including a second hoist with a load capacity of 2 t on the trolley is required.
The functions of the gate of the five-story new building will be taken over by gate Heisenbergstrasse 3 of the MPI.
The planning and implementation of the measure is carried out as a Building Information Modeling (BIM) pilot project of the Max Planck Society in OpenBIM. The exchange and coordination of the building construction, ELT, HLSK, laboratory and TWP trades takes place via corresponding ifc models. The individual services are listed in the service profile and in the client information requirements (AEOI) of the MPG.
The construction work takes place while the adjoining buildings are in operation. Any experiments must not be affected by the construction work.
The Max Planck Society attaches great importance to the fact that the applicants can demonstrate profound knowledge in the area of the execution of technically highly installed research buildings.
When planning, not only the special requirements with regard to the technical systems, but also the work processes customary for such objects must be taken into account.
The planning must be carried out at least in accordance with the generally recognized rules of technology. Planning must also take into account economic and energy aspects as well as sustainability criteria.
By submitting an application to participate, the applicants declare that they are able to provide the services within the period (see II.2.7) and, in particular, that they have the necessary technical, personnel, factual and time resources.
The special requirements for the provision of services may make it necessary to be available frequently / at short notice at the client's request for coordination talks on site or in Munich.