Power Engineering
- Power Engineering Generation Trainer
- Power Engineering Transmission Line Trainer
- Power Engineering Double Bus Bar Trainer
- Power Engineering Double Fed Induction Generation Trainer
- Power Engineering High Voltage DC Transmission Line Trainer
- Power Engineering DC Network Analyzer
Model | XPO-PET-GEN |
Usage | Power Engineering Trainer |
Country of Origin | Made in India |
Input 3 Phase DOL Starter Panel | 1 no. |
FWD/REV Switch, Star-Delta Starter Panel | 1 no. |
Instrumentation Power Supply cum Multichannel DPM Panel | 1 no. |
SCR Actuator (Variable DC) cum Sensor Signal Conditioning Panel | 3 nos. |
Rotor Resistance cum 3 Phase Synchronous Motor Control Panel | 1 no. |
Integrated AC 3 Phase Measurement Panel | 1 no. |
1 Ph Motor, Alternator & Syncronous Motor Panel | 1 no. |
Resistor Load Panel | 1 no. |
LC Load Panel | 1 no. |
Trunnion Mounted DC Integrated Machine 30 coupled to 3 Phase Salient Pole Alternator | 1 set |
Power Engineering Generation Trainer - Model: XPO-PET-GEN
Simulates power plant generation setup
Experiments:
- Regulation of Three Phase Alternator by Synchronous Impedance Method, ZPF & Poitier Method, Actual Load Test
- Determination of Direct Axis and Quadrate Axis Subtransient Reactance Xd" & Xq", Zero Sequence Reactance X0, Negative Sequence Reactance X2
Specifications:
- Trunnion Mounted 300 W DC Integrated Motor coupled to Three Phase Salient Pole Alternator
- Input Three Phase DOL Starter Panel
- FWD / REV Star Delta Starter Panel
- Instrumentation Power Supply cum Multi Channel DPM Panel
- SCR Actuator (variable DC) cum Sensor Signal Conditioning Panel
- Rotor Resistance cum Three Phase Synchronous Motor Control Panel
- DC Voltmeter and DC Ammeter Panel
- Integrated AC Three Phase Measurement Panel
- Resistor Load Panel
- LC Load Panel
Additional Information:
- Delivery Time: 12 weeks from the date of receipt of order
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Power Transmission Line Trainer
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Minimum Order Quantity: 1 Set
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Model | XPO-PET-TL |
Model Name/Number | Power Transmission Line Trainer |
Usage | Power Engineering Trainer |
Country of Origin | Made in India |
Input 3 phase DOL Starter Panel | 1 no. |
FWD-OFF-REV, Switch Panel | 1 no. |
Integrated AC 3 Phase Measurement Panel | 2 nos. |
VAR Compensation Panel (Dual Panel) | 1 no. |
Transmission Line Panel | 1 no. |
RLC Load Panel | 1 no. |
3 Phase Dimmer Panel | 1 no. |
Power Engineering Power Transmission Line Trainer - XPO-PET-TL
Simulates 400 KV, 50 / 60 Hz, 3 Phase, 100 MVA Power Transmission lineby scaling it down by 1:1000
Experiments:
- Working with bi-directional three phase AC measurement panel, observing flow of real and reactive power
- No load test and Ferranti effect
- Determination of transmission line constants (ABCD) by experimental measurement using two-port method and by knowing components values and its verification
- Load test and calculation of regulation, efficiency of transmission line
- Working with power circle diagram and to find steady stste power limit of transmission line
- Capacitive VAR compensation
- Per unit representation
- Symmetrical and unsymmetrical faults in transmission line
- Predicting power flow in transmission line (2 bus) by numerical method (Newton Raphson / Gauss-Seidel method
Specifications:
- Input Three Phase DOL Starter Panel
- FWD-OFF-REV Switch Panel
- Integrated AC Three Phase Measurement Panel
- VAR Compensation Panel (Dual Panel)
- Transmission Line Panel: Simulated model for short transmission line using R, L, C, simulated models for medium / long (125 km / 250 km) length transmission line for ∏ model and T model
- RLC Load Panel
- Three Phase Dimmer Panel
Additional Information:
- Delivery Time: 12 weeks from the date of receipt of order
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Model | XPO-PET-DBB |
Usage | Power Engineering Trainer |
Country of Origin | Made in India |
Input 3 Phase DOL Starter Panel | 2 nos. |
1 Phase Bidirectional Power cum Energy Meter Panel | 6 nos. |
24 V AuxPower Supply Panel | 1 no. |
In Feeder Panel | 4 nos. |
Bus Coupler Panel | 2 nos. |
Out Feeder Panel | 2 nos. |
Section Coupler Panel | 1 no. |
Transmission Line Panel | 1 no. |
RLC Load Panel | 1 no. |
Power Engineering Double Bus Bar Trainer - Model: XPO-PET-DBB
XPO-PET-DBB represents a double bus bar switching station with 9 switching bays. It is equipped in such a way that the requirements of both the grid and power station operation are dealt in a practice oriented way. Two bus bar segments are represented. Here the interlocking conditions in a switching station can be learnt in order to conduct safe switching operations, as the situation requires, on the grid and power plant. The double bus bar setup can be used for 3 bus and 4 bus load flow study
Experiments:
- Single bus bar operation with two incoming feeders
- Double bus bar operation with two incoming feeders
- Bus bar change without interruption
- 3 bus power flow study
- 4 bus power flow study
Specifications:
- Transmission Line Panel consisting of 2 nos. transmission lines of 0.3 pu for 125 km, 2 nos. transmission lines of 0.2 pu for 75 km, 1 no. transmission line of 0.13 pu for 50 km, RLC Load Panel
- Input DOL Three Phase Starter Panel
- Three Phase Bi-directional Power cum Energy Meter Panel
- 24 V Auxilliary Power Supply Panel
- In Feeder Panel
- Bus Coupler Panel
- Out Feeder Panel
- Section Coupler Panel
Additional Information:
- Delivery Time: 12 weeks from the date of receipt of order
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Power Engineering Doubly Fed Induction Generation Trainer
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Minimum Order Quantity: 1 Set
Model Name/Number | XPO-DFIG |
Brand | Anshuman Tech |
Country of Origin | Made in India |
Input DOL Starter Panel | 1 no. |
Instrumentation Power Supply cum Multichannel DPM Panel | 1 no. |
Variable AC & DC Power Supply Panel | 2 nos. |
3 Phase Bidirectional Power cum Energy Meter Panel | 3 nos. |
Synchronization Panel | 1 no. |
DC Voltmeter & DC Ammeter Panel | 3 nos. |
8 NoIGBT Power Circuit & Sensing Panel | 1 no. |
FPGA Based Controller Panel | 1 no. |
SCR Actuator (Variable DC) cum Sensor Signal Conditioning Panel | 1 no. |
LC Filter Panel | 1 no. |
1 Phase Supply Panel 3 HP | 1 no. |
Resistor Load Panel 0.5 HP | 1 no. |
Table Top Variable AC & DC Supply Panel | 1 no. |
Power Engineering Doubly Fed Induction Generation Trainer - XPO-DFIG
Experiments:
- To verify F1±F2 algebraic addition of delta connected stator of DFIG
- To verify F1±F2 algebraic addition of star connected stator of DFIG
- To calculate the efficiency of DFIG (delta stator) setup when connected ON grid by manual synchronization of DFIG with grid supply
- To calculate the efficiency of DFIG (star stator) setup when connected ON grid by manual synchronization of DFIG with grid supply
- To study DFIG (delta stator) power sharing between grid & load when grid tied
- To study DFIG (star stator) power sharing between grid & load when grid tied
- To study active and reactive power control of DFIG (delta stator) when grid tied
Features:
- 2 models: 0.5HP & 3HP power ratings
- The 3 phase slip ring alternator acts as DFIG coupled to trunnion mounted DC shunt motor simulating variable speed wind power (F1) with electronic torque & speed sensors mounted to determine wind power input accurately
- Manual synchronization with grid provided using 3 lamp method & synchroscope
- Variable frequency & variable amplitude VFD provided to supply rotor winding of DFIG (F2)
- 16X2 LCD is provided to observe VFD frequency
- Multifunction Measurement AC analysers (MMM) read the rotor input voltage / power and stator voltage / power & frequency
- Experiments with ON grid & OFF grid measurements to verify F1±F2 algebraic addition of shaft frequency & VFD frequency to match supply grid frequency
Technical Specifications:Input 3 Phase DOL Starter PanelInstrumentation Power Supply cum Multichannel DPM PanelVariable AC & DC Supply Panel3 Phase Bidirectional Power cum Energy Meter PanelSynchronization PanelDC Voltmeter & DC Ammeter Panel8 Nos. of IGBT Power Circuit and Sensing PanelFPGA Based Controller Panel XPO-EST FPGA-II (XC3S400)SCR Actuator (Variable DC) cum Sensor Signal
Conditioning PanelLC Filter Panel1 Phase Supply Panel 3 HPResistor Load PanelTable Top Variable AC & DC Supply Panel
Additional Information:
- Delivery Time: 12 weeks from the date of receipt of order
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Usage/Application | DC Network Analyzer Trainer |
Model Name/Number | XPO-DNA |
Country of Origin | Made in India |
Variable Power Supply Panel | 4 nos. |
Digital DC Voltmeter & Ammeter Panel | 14 nos. |
DC Transmission Line Panel | 1 no. |
Input 3 Phase DOL Starter Panel | 1 no. |
Load Panel | 1 no. |
Power Engineering DC Network Analyzer - XPO-DNA
Experiments for Study of 2 wire DC distribution system:
- Study 2 wire DC distribution fed at both ends and calculates
various load currents for short transmission line - Study 2 wire DC distribution fed at both ends and calculates various load currents for medium transmission line
- Study 2 wire DC distribution fed at both ends and calculates various load currents for long transmission line
Experiments for Study of 3 wire DC distribution system:
- Study 3 wire DC distribution and calculate the various load current for short transmission line fed at double end
- Study 3 wire DC distribution and calculate the various load current for medium transmission line fed at double end
- Study 3 wire DC distribution and calculate the various load current for long transmission line fed at double end
- Study to ring distribution system in DC network and calculate the various load current for ring connected transmission line
- Optionally verifying above results using PC based simulator
Technical Specifications:
- Variable Power Supply Panel
- Digital DC Voltmeter & Ammeter Panel
- DC Transmission Line Panel
- Input 3 Phase DOL Starter Panel
- Load Panel
Additional Information:
- Delivery Time: 12 weeks from the date of receipt of order
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Usage/Application | High Voltage DC Transmission Line Trainer |
Model Name/Number | XPO-HVDC-TL |
Country of Origin | Made in India |
Input 3 Phase DOL Starter Panel | 1 no. |
3 Phase Bidirectional Power cum Energy Meter Panel | 4 nos. |
FWD-OFF-REV Switch Panel | 1 no. |
Instrumentation Power Supply cum Multichannel DPM Panel | 1 no. |
3 P/PI Controller Panel | 1 no. |
6 SCR Firing / Synchronizing Panel | 3 nos. |
DC voltmeter and DC Ammeter Panel | 2 nos. |
Hall Sensor based AC / DC Current Measurement Experiment Panelrrent Measurement Expt. Panel | 1 no. |
Table Top DC Transmission Line Panel | 1 no. |
Table Top 415 / 110 V / 3 KVA Three Phase Transformer Panel | 1 no. |
Table Top RLC Load Panel | 2 nos. |
High Voltage DC Transmission Line Trainer - XPO-HVDC-TL
Experiments:
- To study & determine efficiency & power losses in DC transmission line
- Study of watt control in DC transmission line
- Study of VAR control in DC transmission line
- Study of load sharing in DC transmission line
- Study of solid state statcom using switched shunt capacitor (SSC/SVC) to manage VAR
- Study of solid state statcom (TCR) to control VAR across load
- Use of statcom in HVDC to control VAR into grid
- Fault ride through study in HVDC system for a) Voltage fluctuations in grid supply, b) Limited short circuit across DC link
- Working with harmonic filter a) Study of harmonic using FFT on DSO for single phase diode rectifier with load, b) Study of harmonic using FFT for 3 phase 6 pulse thyristor rectifier with load, c) Study of harmonic using FFT at inverter output and with converter at input source
Features:
- Scaled down (1000:1) lab grade simulated monopole HVDC transmission line of 200 KV @ 5KA / 1000 MW / 300 Km
- Facilitates experimental verification of efficiency, watt & VAR control in HVDC transmission line
- Use of solid state Statcoms to control reactive power in the grid, fault ride through behavior of HVDC system
Technical Specifications:
- Input 3 Phase DOL Starter Panel
- 3 Phase Bidirectional Power cum Energy Meter Panel
- FWD-OFF-REV Switch Panel
- Instrumentation Power Supply cum Multichannel
DPM Panel - 3 P/PI Controller Panel
- 6 SCR Firing / Synchronizing Panel
- DC Voltmeter and DC Ammeter Panel
- Hall Sensor Based AC / DC Current Measurement Experiment Panel
- Table Top DC Transmission Line Panel
- Table Top 415 / 110 V / 3 KVA Three Phase Transformer Panel
- RLC Load Panel
Additional Information:
- Delivery Time: 12 weeke from the date of recipt of order
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