Facilities
          Concordia Power Electronics and Energy Research Group (PEER)

 
 Digital scope and Data Acquisition 
Rhode & Schwarz MSO 300 MHz, 4-Ch  Yokogawa DLM2024, 200 MHz, 4-Ch  Rigol MSO 100 MHz, 4-Ch
Rhode & Schwarz Yokogawa_DLM2024 Rigol MSO

 

Mixed Domain Oscilloscope MDO 3024
(Tektronix)

 

         Digital Oscilloscope 500 MHz,
         4 GS/sec LT 374 (LeCroy)
High Speed Data Acquisition SL1000
(Yokogawa)
 

Opal-RT & DSpace Real-Time Control Platforms
Real-Time Controller OP4510 (OPAL-RT) Real-Time Controller OP4112C (OPAL-RT) Real-Time Controller DS 1103 (dSPACE)
OPAL-RT
     
 

 
Power Converters
 
Two-Level Inverters
(Custom Built)
Three-Level Inverter
(Custom Built)
Three-Phase Rectifier/Inverter (Semikron)

Motor Drives
Four-Quadrant AC Drive 25 HP – ACS800 (ABB) Four-Quadrant DC Drive 18 HP–DCS800 (ABB) Programmable AC Power Source (California Instruments)

 

Core Loss Measurement Test Benches
Pulsating Core Loss Measurement (Donart System) Rotational Core Loss Measurement  (Custom Built)
Rotational Core Loss Measurement  (Custom Built)

 Steel Samples
  
 

Machine Dynamometer Test Benches
200 hp Dynamometer Test Bench 150 hp Dynamometer Test Bench
200 hp Dynamometer Test Bench 150 hp Dynamometer Test Bench

13 kW Dynamometer Test Bench (Hydro-Québec)

17.5 kW Dynamometer Test Bench
   
5 kW Dynamometer Test Bench 3 kW Dynamometer Test Bench
 
       

Machine Prototyping
Variable Flux Permanent Magnet (AlNiCo) Machine 
Variable Fulx 
Synchronous Reluctance Machine 
Synchronous Reluctance Machine 

Prototyped Motors 
Prototyped Motors 

Location
The PEER facilities are located in the new Concordia EV Building, in the corner of Ste. Catherine and Guy Streets.
 

Map
 


 

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Concordia University
Concordia Power Electronics and Energy Research Group (PEER)
Department of Electrical and Computer Engineering
SGW EV S3.605, EV Building
1515 St-Catherine Ouest,
Montréal, Québec H3G 1M8