Construction of Underground Cistern and Parking Area
Published 22 March 2026
Location
Eutin, Schleswig-Holstein, Germany
Suggested bid value
~EUR 650,000
Source
oev
Description
This tender from Eutin, Schleswig-Holstein, Germany, concerns a structural engineering project involving the construction of a 200 cubic meter underground concrete cistern. The work includes above-ground suction connections, suggesting a likely function for water storage or similar fluid management. A paved parking area is also part of the scope, incorporating cable ducts and concrete foundations designed to accommodate charging infrastructure.
The presence of the cistern indicates excavation and potentially complex concrete work, including waterproofing considerations. The parking area, while less structurally demanding than the cistern itself, introduces electrical infrastructure elements requiring coordination and specialist skills. The integration of the cistern with the parking area layout will necessitate careful planning and execution.
The lack of a published deadline and CPV codes makes initial assessment more challenging. Contractors should investigate these details promptly if interested. Given the relatively small size of the cistern (200m3) and the standard parking area construction, this is likely a medium-sized project.
Original description
Construction of a 200m3 underground concrete cistern with above-ground suction connections and a paved parking area with cable ducts and concrete foundations for charging infrastructure.
Deutsch
Bau einer unterirdischen Zisterne und Stellplatzanlage
Bau einer unterirdischen 200m3 Beton-Zisterne mit oberirdischen Sauganschlüssen und einer gepflasterten Stellplatzanlage mit Kabelkanälen und Betonfundamenten für die Ladeinfrastruktur.
Français
Construction d'une citerne souterraine et d'une aire de stationnement
Construction d'une citerne souterraine en béton de 200 m3 avec raccords d'aspiration hors sol et d'une aire de stationnement pavée avec des conduits de câbles et des fondations en béton pour l'infrastructure de charge.