Behnisch Architekten Partnerschaft mbB

KIT Energy Lab

KIT Energy Lab
© David Matthiessen

KIT Energy Lab

Behnisch Architekten

MEP
Sef Ingenieurgesellschaft Mbh

CLIENTS
Eggenstein-leopoldshafen., Germany, Facility Management Kit, Eggenstein-leopoldshafen

AREA
1730 m²

MANUFACTURERS
Autodesk, Fabromont Ag, Kalzip, Knauf, Lindner, Remmers, Adobe, Dlw Ag, Mero-tsk International, Mosa, Orca, Prokulit, Schüco International

FIRE PROTECTION
Endress Ingenieurgesellschaft Mbh, Ludwigshafen

ELECTRICAL
Ingenieurgesellschaft Jergler Mbh & Co. Kg

CIVIL ENGINEERING
Ingenieurgesellschaft Fuhr & Müller Mbh

STRUCTURAL ENGINEER
Kreiling Krieger Lietzow Mbh Beratende Ingenieure

LANDSCAPE
Behnisch Architekten

ELECTRICAL AND LIGHTING
Ingenieurgesellschaft Jergler Mbh & Co. Kg, Karlsruhe, Germany

DESIGN TEAM
Jörg Usinger, Kari Silloway, Nevyana Tomeva

LIGHTING
Ingenieurgesellschaft Jergler Mbh & Co. Kg

CATEGORY
Office Building

LOCATION
Eggenstein-leopoldshafen, Germany

YEAR
2019

Text description provided by the architects.

The Energy Lab 2.0 at Karlsruhe Institute of Technology (KIT) is an intelligent platform, set up to explore the interplay of components in the energy systems of the future and in particular to speed up the energy transition in Germany through the integration of renewable energy in the production of electricity.

KIT Energy Lab
© David Matthiessen
KIT Energy Lab
© David Matthiessen
KIT Energy Lab
© David Matthiessen

Electrical, thermal, and chemical energy flows, as well as new information and communication technologies, are combined in a cluster of facilities.

Project partners are the Helmholtz Centers, the National Aeronautics and Space Research Center of the Federal Republic of Germany (DLR), and Forschungszentrum Jülich (FZJ). The new construction of building 668 on a site formerly used for experiments with solar energy in the north of the Campus Nord provides an attractive, high-quality and flexible location for this research.

KIT Energy Lab
© David Matthiessen
KIT Energy Lab
© David Matthiessen

The detached building has the appearance of a homogenous unit with a translucent building envelope made of polycarbonate that allows the wooden construction on the interior to shimmer through and accommodates an ample, column-free test hall as well as a two-storey office wing.

The main approach is from the west via a glass vestibule in the central zone of access, which leads between the offices and the hall, alongside a lightweight glass wall, into the building, allowing generous views between these building sections. The right side opens up onto a hall, while the office spaces are aligned on the left.

KIT Energy Lab
© David Matthiessen
KIT Energy Lab
© David Matthiessen

The control station, the test preparation area, the meeting rooms, and the auxiliary rooms are also located here. In the building center, a stairway and elevator lead to the upper storey, where additional office and preparation rooms are located, as well as a small staff kitchen with seating.

The rooms allocated to the test areas are adjacent to the hall atrium and provide direct views into this open space. The test hall accommodates the areas “Power-Hardware in the Loop” (PHIL) and “Smart Energy System Control Laboratory” (SESCL) as well as assembly areas for tests.

KIT Energy Lab
© David Matthiessen
KIT Energy Lab
© David Matthiessen

The hall and the saw-tooth roof are generously clad with translucent polycarbonate plates, which allow a consistent amount of daylight to enter the entire test area.

Adjacent assembly areas for technical construction elements with large thermal loads are not part of the energy system of the building envelope but instead, with their slatted facade, ensure consistent heat removal and ventilation of the construction elements. The material of the hall incorporates references to the neighbouring buildings with their industrial character.

KIT Energy Lab
© David Matthiessen
KIT Energy Lab
© David Matthiessen

Window openings set in specific places in the office facade enable a selective illumination of the interior spaces with their unobtrusive design. While here wood and simple glass facades are the dominant design element, the hall is characterized by the polycarbonate facade and the wooden construction of the saw-tooth roof.


KIT Energy Lab
Section CC
KIT Energy Lab
Section DD


KIT Energy Lab
Elevations
KIT Energy Lab
Concept
KIT Energy Lab
First floor plan
KIT Energy Lab
Second floor plan
KIT Energy Lab
Site plan

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