Presentación de PowerPoint3 Location •SUPRASYS is located in the landmark building of Avenue Lehendakari Aguirre 11, in Bilbao, Spain. •15 minutes by car from the Airport

SUPRASYSSome experiences in technology transfer

25th October 2019

SUPRASYS CONFIDENTIAL information shared. Total or partial sharing of the information is not permitted without the agreement of SUPRASYS

Contents

• SUPRASYS• Location

• Technology based

• Business model

• Resources

• Collaborations• Some relevant contributions

• References


3

Location

• SUPRASYS is located in the landmark building of Avenue Lehendakari Aguirre 11, in Bilbao, Spain.

• 15 minutes by car from the Airport.


4

Technology based

• Cryostat design, configuration and start-up:• Cryogen-free cooling system• Refrigeration with cryogenic fluids• Closed-cycle based system

• Selection and design with specific materials

• Design of superconducting power applications

Cryogenics, Vacuum & Superconductivity


5

Technology based

• Thermal, structural and electromagnetics

• Based on the commercial software ANSYSTM and OPERATM

• Development of own software (Fortran, Python)

Multiphysics analysis


6

Technology based

• Superconducting, resistive and permanent magnets

• Industrial electromagnetic systems: motors, actuators, ...

• Experimental test bench conceptual design

• Characterization and analysis of superconducting wires and coils

• Current leads design and fabrication

• Quench calculation

Electromagnetic systems


CLARA dipole at Daresbury. Picture courtesy of Antec.

1

X

YZ

ANSYS 15.0

APR 12 2016

23:30:24

NODAL SOLUTION

STEP=2

SUB =1

TIME=2

BSUM (AVG)

RSYS=0

PowerGraphics

EFACET=1

AVRES=Mat

SMN =.227E-06

SMX =2.5309

1

MN

MX

XY

Z

.227E-06

.281212

.562423

.843634

1.12485

1.40606

1.68727

1.96848

2.24969

2.5309

7

Technology based

• Thermometry

• Magnetic measurements

• Strain gauges measurements

• Control and acquisition systems

• Quench detection and protection

• System global analysis

Laboratory instrumentation and testing


8

Business model

Support in technical challenging projects for Universities, Institutes and Enterprises

Promotion and execution of business R&D

Advanced Calculation technical Studies and Services in the fields of Electromagnetics and Multiphysics

analysis

Development of own R&D product-oriented projects


9

Business model

SUPRASYS covers part or the whole process of technological

solutions development


10

Resources• Highly qualified staff

• Advanced Software:• ANSYS 19.2 Mechanical Maxwell 3D, Ansys

Mechanical Enterprise and Emag.• OPERA 19 Simulation Software• SolidWorks Professional 2018• Draftsight 2018

• Hardware: • High performance Workstation for

calculations• Access to the supercomputing Cluster “Ariña”

(University of the Basque Country)


Contents



• Business model

• Resources


• References


12

Relevant contributions (particle accelerators):❑ Technical support for QUACO PCP Phase II

• Development of a first-of-a-kind double aperture quadrupole magnet for High-Lumi LHC


Buyer’s group

Suppliers

13

Relevant contributions:❑ Technical support for QUACO Phase II

• This PCP Project has been developing in three phases: conceptual design, detailed design and prototype manufacturing. This project corresponds to the technical support given by SUPRASYS to the company ANTEC during the phase II development including:• Magnet conceptual and detailed design• Multiphysics FEM simulations including structural

and EM FEM analysis• Mock-up design and testing

• The 2D and 3D static non- linear EM simulations were conducted by ANSYS APDL. The EM forces were calculated and coupled to the structural analysis, including ferromagnetic parts.

❑Bi-directional technology transfer: from institutes to industry and from the industry to the institutes (co-creation)

ANSYS Release 19.0

Build 19.0

JUL 31 2018

17:56:43

NODAL SOLUTION

STEP=2

SUB =1

TIME=2

BSUM (AVG)

RSYS=102

PowerGraphics

EFACET=1

AVRES=Mat

SMN =.005601

SMX =5.69572

1

MN

MX

X

Y

Z

.005601

.637837

1.27007

1.90231

2.53454

3.16678

3.79901

4.43125

5.06349

5.69572


14

Relevant contributions (fusion):❑Superconducting magnet feasibility study for UKAEA

• The objective of this study was to analyze the viability of a large-scale fusion component test bed, where simultaneously a static magnetic field of 4 T is applied together with an orthogonal collapsing field of 0.5 T in a large volume (~ 600 x 600 x 1600 mm3) corresponding to the sample part exposed to high magnetic field. The following aspects were afforded:• Magnetic design. The coil dimensions are stablished, for both the

resistive and superconducting solenoid. 2D and 3D static and transient FEM studies were afforded with ANSYS APDL.

• Mechanical design. A conceptual design of the support structure is performed, as well as the internal mechanical parts of the cryostat.

• Quench analysis. The superconducting coils can transit to the resistive state. In that case, it is mandatory to guarantee that the magnet will survive this transitory process. Current, voltage and temperature evolution are simulated an analyzed to determine the required quench protection system. 3D transient thermal FEM model was made with OPERA.

• Transitory analysis. Effects of the orthogonal field while collapsing were analyzed in SC magnet and cryostat.

❑Technology transfer from industry to research institute

1

MX

X

Y

Z

.904E-03

.7615781.52225

2.282933.0436

3.804274.56495

5.325626.08629

6.84697

OCT 12 2018

04:24:42

NODAL SOLUTION

STEP=1

SUB =1

TIME=1

BSUM (AVG)

RSYS=0

SMN =.904E-03

SMX =6.84697


1

MN

MX

X

Y

Z

450.285

171998343545

515093686640

858188.103E+07

.120E+07.137E+07

.154E+07

OCT 12 2018

00:28:14

NODAL SOLUTION

STEP=8

SUB =1

TIME=.525

JCSUM (AVG)

RSYS=0

SMN =450.285

SMX =.154E+07

1

MN

MX

X

Y

Z

.161E+07

.265E+07.369E+07

.473E+07.577E+07

.681E+07.785E+07

.889E+07.993E+07

.110E+08

OCT 12 2018

00:30:23

NODAL SOLUTION

STEP=8

SUB =1

TIME=.525

JCSUM (AVG)

RSYS=0

SMN =.161E+07

SMX =.110E+08

15

Relevant contributions (medical systems):

❑Orbit Corrector: Steerer for Proton Therapy• The objective of this study was to

analyze the magnetic performance of a steerer for orbit correction in a High Energy Beam facility for Proton Therapy• 2D Magnetic design.

• 3D Magnetic design and optimization

❑International technology transfer • Development made in collaboration

between accelerator developer and magnet designer/manufacturer (open specs)


1

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Y

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APR 5 2019

12:11:37

ELEMENTS

MAT NUM

1

XY

Z

MAR 25 2019

07:06:12

ELEMENTS

1

MX

X

Y

Z

.657E-07

.032696.065392

.098088.130784

.16348.196176

.228872.261568

.294264

APR 5 2019

11:58:02

NODAL SOLUTION

STEP=1

SUB =1

TIME=1

BSUM (AVG)

RSYS=0

SMN =.657E-07

SMX =.294264

1

MN

MXX

YZ

.107E-03

.132957.265806

.398656.531506

.664355.797205

.9300551.0629

1.19575

MAR 25 2019

07:34:07

NODAL SOLUTION

STEP=1

SUB =1

TIME=1

BSUM (AVG)

RSYS=0

SMN =.107E-03

SMX =1.19575

Contents



• Business model

• Resources


• References


17

References: Our Clients

Antec Magnets The Vacuum Projects


CiematUKAEA

18

International and Spanish references

In 201824% of turnover came from

international clients

Thank you very much for your attention!

Gustavo Sarmiento MuñozDirector General y Cofundador CEO & [email protected] +34 946 85 58 37M +34 668 71 33 34www.suprasys.esAvda. Lehendakari Aguirre, 11, 7º Dpto. 748014 Bilbao (Spain)

Santiago Sanz CastilloDirector de Tecnología y Cofundador CTO & [email protected] +34 946 85 58 37M +34 647 40 36 80www.suprasys.esAvda. Lehendakari Aguirre, 11, 7º Dpto. 748014 Bilbao (Spain)

mailto:[email protected]

http://www.suprasys.es/

mailto:[email protected]

http://www.suprasys.es/

Documents

Presentación de PowerPoint3 Location •SUPRASYS is located in the landmark building of Avenue Lehendakari Aguirre 11, in Bilbao, Spain. •15 minutes by car from the Airport