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Joint Research Project Participation

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Submit Date Name Organisation Statement of capabilities/facilities
2019-06-24. Carlo Stefano Ragusa Politecnico di Torino The Department of Energy “Galileo Ferraris” is the point of reference at Politecnico di Torino for the areas of knowledge regarding energy and sustainable development.

Facilities: Power Electronics Innovation Center (PEIC), the Enertronics Laboratory, and the REsearch Laboratory on Electromagnetism - RELE.
Capabilities: testing of high voltage power electronics; validation of powertrains; experimental and theoretical analysis of magnetic materials, power inductors, and transformers.

Proposed activity
Experimental and theoretical analysis of loss in power inductors and transformer for applications in power electronics.
Develop measurements systems and procedures for the accurate evaluation of losses in inductors and transformers. Different supply conditions, typical of Switch Mode Power Supplies (SMPS) can be considered, asymmetric triangular fluxes up to 10 MHz with a bias (quasi DC supply conditions), and distorted AC.
2019-06-24. Carlo Stefano Ragusa Politecnico di Torino The Department of Energy “Galileo Ferraris” is the point of reference at Politecnico di Torino for the areas of knowledge regarding energy and sustainable development.

Facilities: Power Electronics Innovation Center (PEIC), the Enertronics Laboratory, and the REsearch Laboratory on Electromagnetism - RELE.
Capabilities: testing of high voltage power electronics; validation of powertrains; experimental and theoretical analysis of magnetic materials, power inductors, and transformers.

Proposed activity
Experimental and theoretical analysis of loss in power inductors and transformer for applications in power electronics.
Develop measurements systems and procedures for the accurate evaluation of losses in inductors and transformers. Different supply conditions, typical of Switch Mode Power Supplies (SMPS) can be considered, asymmetric triangular fluxes up to 10 MHz with a bias (quasi DC supply conditions), and distorted AC.
2019-06-17. Gareth Hinds NPL Metrology for high energy density batteries and supercapacitors, battery/supercapacitor testing (cells, modules and packs), in situ diagnostics, modelling, development of standard test methods
2019-06-17. Gareth Hinds NPL Metrology for high energy density batteries and supercapacitors, battery/supercapacitor testing (cells, modules and packs), in situ diagnostics, modelling, development of standard test methods
2019-06-17. Gareth Hinds NPL Metrology for high energy density batteries and supercapacitors, battery/supercapacitor testing (cells, modules and packs), in situ diagnostics, modelling, development of standard test methods
2019-06-17. Stanislav Maslan Czech Metrology Institute Capabilities related to SRT:
- Development of signal processing algorithms for power and PQ evaluation.
- Calculating uncertainty, creating fast uncertainty estimators.
- Modelling analogue setup components.
- Numeric validation of algorithms (with or without analogue part).

Facilities:
- Supercomputer and experience with evaluation of algorithms (sensitivity analysis, uncertainty calculation, numeric validation).
2019-06-17. Stanislav Maslan Czech Metrology Institute Capabilities related to SRT:
- Development of signal processing algorithms for power and PQ evaluation.
- Calculating uncertainty, creating fast uncertainty estimators.
- Modelling analogue setup components.
- Numeric validation of algorithms (with or without analogue part).

Facilities:
- Supercomputer and experience with evaluation of algorithms (sensitivity analysis, uncertainty calculation, numeric validation).
2019-06-13. Domenico Giordano INRIM Capabilities:
- development of voltage transducer with high frequency bandwidth
- design and development of on-site measurement setups for power systems
- electromagnetic computation for stray parameter estimation

Facilities:
- high voltage amplifier up to 30 kV peak, bandwidth 2 kHz high signal - 30 kHz
small signal.
- 30 kV reference divider with adgiustable scale factor
- Setup for the arbitrary High Voltage waveform generator
- 100 kHz 100 A transconductance amplifier
- Voltage measurement in dc and ac from power frequency up to 200 kHz (in
extension to 300 kHz).
- Amplitude (dc, ac or dc+ac) 1.5 kV
- Ratio expanded ac relative uncertainty 500 ppm @200 kHz
- Phase expanded uncertainty ≤ 700 μrad @200 kHz
2019-06-13. Domenico Giordano INRIM Capabilities:
- development of voltage transducer with high frequency bandwidth
- design and development of on-site measurement setups for power systems
- electromagnetic computation for stray parameter estimation

Facilities:
- high voltage amplifier up to 30 kV peak, bandwidth 2 kHz high signal - 30 kHz
small signal.
- 30 kV reference divider with adgiustable scale factor
- Setup for the arbitrary High Voltage waveform generator
- 100 kHz 100 A transconductance amplifier
- Voltage measurement in dc and ac from power frequency up to 200 kHz (in
extension to 300 kHz).
- Amplitude (dc, ac or dc+ac) 1.5 kV
- Ratio expanded ac relative uncertainty 500 ppm @200 kHz
- Phase expanded uncertainty ≤ 700 μrad @200 kHz
2019-06-09. luca pugi University of Florence, Department of Industrial Engineering UNIFI offers a qualified engineering support to activities of partners.
UNIFI research group has a wide experience concerning Models of road and railway electric vehicles including on board systems (Modular Models supporting RT implementation and Hardware in the Loop Testing). Lumped models of electric power-trains including power sources, storage systems, drive, motors and interaction with vehicle loads can be developed in order to support development and testing of proposed measurement and identification techniques. Also FEM Multi-Phisical models of studied systems can be provided to refine the design of proposed systems.
More generally UNIFI offer the competences that are needed to reproduce operational scenario of proposed measurement systems and to properly support their development giving support to design of model based identification filters optimized not only in terms of performances but also of reliability and robustness respect to possible industrial applications
2019-06-07. Luigi Pastena Hitachi Rail S.p.A. My company is able to offer valid support to carry out the project activities both in the study of new energy measurement methods and for experimental activities to test new measurement solutions.

2019-06-03. Antonio Delle Femine University of Campania Experties
Power/energy Measurement
Power quality evaluation
Digital Signal Processing
Data acquisition systems
Instrument Transformers calibration
Synchronization techniques

Facilities for the project
Voltage generation (10 kV peak, DC-30 kHz)
Current generation (500 A peak, DC-10 kHz)
AC/DC Transfer standard (Fluke 792A)
PMU Calibration (Fluke 6135A PMUCAL)
Current comparator 50/60 Hz up to 5000 A (Hafely 4764)
Reference shunts (100 A/100 kHz, 500 A/50 Hz)
Reference Dividers (30 kV/50 Hz)
Atomic clock (Rubidium-GPS disciplined)
Data Acquisition, Synchronization boards, Generation Boards
2019-05-31. Carmine Landi Università della Campania - L. Vanvitelli Experties
Power/energy Measurement
Power quality evaluation
Digital Signal Processing
Data acquisition systems
Instrument Transformers calibration
Synchronization techniques

Facilities for the project
Voltage generation (10 kV peak, DC-30 kHz)
Current generation (500 A peak, DC-10 kHz)
AC/DC Transfer standard (Fluke 792A)
PMU Calibration (Fluke 6135A PMUCAL)
Current comparator 50/60 Hz up to 5000 A (Hafely 4764)
Reference shunts (100 A/100 kHz, 500 A/50 Hz)
Reference Dividers (30 kV/50 Hz)
Atomic clock (Rubidium-GPS disciplined)
Data Acquisition, Synchronization boards, Generation Boards
2019-05-30. Daniele Gallo University of Campania "Luigi Vanvitelli" Experties

Digital Signal Processing

Data acquisition systems

Synchronization

Power/energy

Power quality



Facilities

Voltage generation (10 kV peak, DC-30 kHz)

Current generation (500 A peak, DC-10 kHz)

PMU Calibration (Fluke 6135A PMUCAL)

Reference shunts (100 A/100 kHz, 500 A/50 Hz)

Reference Dividers (30 kV/50 Hz)

Atomic clock (Rubidium-GPS disciplined)

Data Acquisition, Synchronization boards, Generation Boards
2019-05-30. Mario Luiso Università degli Studi della Campania "Luigi Vanvitelli" Experties
Digital Signal Processing
Data acquisition systems
Synchronization
Power/energy
Power quality

Facilities
Voltage generation (10 kV peak, DC-30 kHz)
Current generation (500 A peak, DC-10 kHz)
PMU Calibration (Fluke 6135A PMUCAL)
Reference shunts (100 A/100 kHz, 500 A/50 Hz)
Reference Dividers (30 kV/50 Hz)
Atomic clock (Rubidium-GPS disciplined)
Data Acquisition, Synchronization boards, Generation Boards

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