Magnet power conversion buildings (32-33) and reactive power control building (38)

The European Joint Undertaking for ITER and the Development of Fusion Energy ("Fusion for Energy")

The scope of the contract covers all activities from preliminary design (study of basic documents, development of technical specifications and drawings (CATIA models included)), to the construction, testing and take-over by the employer of the magnet power conversion buildings (numbers 32 & 33) and the reactive power control building (number 38).
The above includes the foundations, main structure, earthing and lightning protection systems, all finishing works (cladding, doors, metal works, partitions, stairs, louvers, etc.) as well as all technical services such as heating ventilation and air conditioning (HVAC), mechanical (including all fluids, industrial drainage, rain water drainage, etc.), electrical (the building’s distribution panels and boards, lighting systems, electrical plugs, etc.), instrumentation and control, liquid and gas, drainage, handling devices and fire protection.
Buildings number 32 and 33: The magnet power conversion buildings are similar, independent structures housing the coil power supply system (CPSS) comprising the AC/DC converters and the associated systems for the conversion and delivery of high voltage DC power used by the Tokamak magnets.
Each building shall consist of a long, single-storey hall for two rows of system units with the main DC busbars located in the centre bays. These busbars go from buildings 32 and 33 to the Tokamak complex via bridges.
The process equipment is supported by the raft at ground level with sub-floor trenches which house electrical cables and cooling water pipes.
The surrounding external networks of buildings 32 and 33 are part of the scope of work and include rain water collectors, electrical galleries and buried networks associated to the buildings.
Building number 38: The reactive power control building is to provide accommodation for the systems associated with the reactive power compensation, in particular the thyristor valve, an operational room and cable distribution to Area 39. The building shall have the structural strength to support the thyristor controlled switches and associated systems.

Plazo
El plazo para la recepción de ofertas era de 2012-06-18. La contratación se publicó en 2012-04-27.

Proveedores
Los siguientes proveedores se mencionan en decisiones de adjudicación u otros documentos de contratación:

• • Ferrovial Agroman, S.A.

¿A quién?

• • The European Joint Undertaking for ITER and the Development of Fusion Energy ("Fusion for Energy")

¿Cómo?

• • Trabajos de construcción de almacenes y edificios industriales › Trabajos de construcción de edificios industriales › Trabajos de construcción de locales industriales
• • Trabajos de instalación en edificios › Trabajos de instalación eléctrica
• • Trabajos de instalación de calefacción, ventilación y aire acondicionado › Trabajos de instalación de ventilación y aire acondicionado
• • Trabajos de instalación en edificios › Instalaciones mecánicas