01/2600026777_50072442_FAIR
At a glance
FAIR - Facility for Antiproton and Ion Research in Europe GmbH is procuring Particle accelerators (CPV 31643000) in Darmstadt, Kreisfreie Stadt (DE711). It is divided into 2 lots. Procedure type: Negotiated with prior publication of a call for competition / competitive with negotiation.
From the notice
LOT 1 Short Description of Power Supply for SIS100 Radiation Resistant Quadrupole Magnets A new international scientific research centre facility FAIR (Facility for Antiprotons and Ion Research) is under constructed next to the existing GSI Helmholtz Centre for Heavy Ion Research. FAIR will provide antiproton and ion beams of unprecedented intensity and quality. One of the essential parts of FAIR will be the Heavy Ion Synchrotron (SIS)100. Radiation Resistant Magnets are a component of SIS100 and it requires a power supply system. The current in the magnets must be ramped up to 850 A with an absolute accuracy of 1 x 10-4 *IN. The maximum output voltage is of about 300V. This power converter will be feed by 400 V supply system. LOT 2 Short Description of Power Supply for SIS100 Fast Quadrupole Magnet A new international scientific research centre facility FAIR (Facility for Antiprotons and Ion Research) is under constructed next to the existing GSI Helmholtz Centre for Heavy Ion Research. FAIR will provide antiproton and ion beams of unprecedented intensity and quality. One of the essential parts of FAIR will be the Heavy Ion Synchrotron (SIS)100. Fast Quadrupole Magnet is a component of SIS100 and it requires a power supply system. The current in the magnet must be ramped up to 1485 A with an absolute accuracy of 1 x 10-4 *IN. The maximum output voltage is of about 210 V. This power converter will be feed by 400 V supply system. A bidder may bid on one or both lots. If a bidder bids on both lots, the bidder may offer a discount on the respective lot by taking advantage of potential synergy effects into account. However, this is not mandatory.The contracting authority may award one or both lots to one single bidder.
Key facts
Each fact is from the official notice, last checked 10 November 2026, 10:30 (UTC+01:00).
- Status
- OpenOfficial notice · checked 10 Nov 2026, 10:30 (UTC+01:00)
- Deadline
- No deadline in the noticeOfficial notice · checked 10 Nov 2026, 10:30 (UTC+01:00)
- Buyer
- FAIR - Facility for Antiproton and Ion Research in Europe GmbH, Darmstadt, DEOfficial notice · checked 10 Nov 2026, 10:30 (UTC+01:00)
- Place of performance
- Darmstadt, Kreisfreie Stadt (DE711)Official notice · checked 10 Nov 2026, 10:30 (UTC+01:00)
- Main CPV
- Particle accelerators (CPV 31643000)Official notice · checked 10 Nov 2026, 10:30 (UTC+01:00)
- Procedure
- Negotiated with prior publication of a call for competition / competitive with negotiationOfficial notice · checked 10 Nov 2026, 10:30 (UTC+01:00)
- Lots
- 2Official notice · checked 10 Nov 2026, 10:30 (UTC+01:00)
- First published
- 14 July 2026, 15:42 (UTC+02:00)Official notice · checked 10 Nov 2026, 10:30 (UTC+01:00)
Fact sheet
Lots (2)
Lot LOT-0001: LOT 1: 2 units of Power Supply for SIS100 Radiation Resistant Quadrupole Magnets
Short Description of Power Supply for SIS100 Radiation Resistant Quadrupole Magnets A new international scientific research centre facility FAIR (Facility for Antiprotons and Ion Research) is under constructed next to the existing GSI Helmholtz Centre for Heavy Ion Research. FAIR will provide antiproton and ion beams of unprecedented intensity and quality. One of the essential parts of FAIR will be the Heavy Ion Synchrotron (SIS)100. Radiation Resistant Magnets are a component of SIS100 and it requires a power supply system. The current in the magnets must be ramped up to 850 A with an absolute accuracy of 1 x 10-4 *IN. The maximum output voltage is of about 300V. This power converter will be feed by 400 V supply system.
Lot LOT-0002: LOT 2: 1 unit of Power Supply for SIS100 Fast Quadrupole Magnet
Short Description of Power Supply for SIS100 Fast Quadrupole Magnet A new international scientific research centre facility FAIR (Facility for Antiprotons and Ion Research) is under constructed next to the existing GSI Helmholtz Centre for Heavy Ion Research. FAIR will provide antiproton and ion beams of unprecedented intensity and quality. One of the essential parts of FAIR will be the Heavy Ion Synchrotron (SIS)100. Fast Quadrupole Magnet is a component of SIS100 and it requires a power supply system. The current in the magnet must be ramped up to 1485 A with an absolute accuracy of 1 x 10-4 *IN. The maximum output voltage is of about 210 V. This power converter will be feed by 400 V supply system.
Timeline
- 14 July 2026, 15:42 (UTC+02:00): Original notice Notice, version 01 (Contract or concession notice – standard regime). Official notice
Buyer and place
Buyer
FAIR - Facility for Antiproton and Ion Research in Europe GmbH
Darmstadt, DE
Place of performance
- Darmstadt, Kreisfreie Stadt (DE711)
Classification
CPV codes
- 31643000: Particle accelerators
NUTS regions
- DE711: Darmstadt, Kreisfreie Stadt
Official documents
Links go to the publisher. Inteliwert does not copy the documents.
Questions and answers
Who is the buyer?
FAIR - Facility for Antiproton and Ion Research in Europe GmbH, Darmstadt, DE.
What is being procured (CPV)?
Particle accelerators (CPV 31643000).
Where is the work performed (NUTS)?
Darmstadt, Kreisfreie Stadt (DE711).
Is it divided into lots?
Yes, into 2 lots: LOT 1: 2 units of Power Supply for SIS100 Radiation Resistant Quadrupole Magnets and LOT 2: 1 unit of Power Supply for SIS100 Fast Quadrupole Magnet.
Which procedure is used?
Negotiated with prior publication of a call for competition / competitive with negotiation.
How do I submit a bid?
On the official notice or the portal it names. Inteliwert does not submit bids. Official notice
Am I eligible?
Inteliwert does not judge eligibility. The selection criteria are in the official notice. Official notice
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Source
- Publisher
- Bekanntmachungsservice
- Licence
- CC0 1.0
- Last checked
- 10 November 2026, 10:30 (UTC+01:00)
The official notice is authoritative. Inteliwert shows what the notice states and links to it.