• Simulate I-V curve under varying environment condition.
• Active measurement panel to measure voltage, current and power.
• Test and verify different parameters of PV system like- MPPT tracking algorithm.

• It is real time I/O interfaced controller.
• Board can be installed virtually in any PC using PCI slot.
• It can accept Simulink block diagram and generate mode code via Simulink coder.

• It mimics the behaviour of wind turbine for hardware level simulations.
• System has a DC motor coupled with induction generator which is controlled as per the speed reference, calculated by mathematical model of wind turbine.
• Induction generator terminal is connected with bidirectional inverter with battery bank system.

• It is based on dry hydrogen fuel cell training system.
• The output power variation with change in hydrogen supply can be performed in standalone system.

• The Real-Time Digital Simulator (RTDS) has 6 racks where each is capable of simulating 72 single phase nodes.
• The RTDS has inbuilt GTAO, GTAI, GTDO, GTDI ports which supports Hardware-In- Loop (HIL) and Power-Hardware-In-Loop (PHIL) experimentation with the external hardware.
• RTDS is used for real time simulation of large-scale power systems networks with un parallel precision.

• Each has a buck-boost converter topology.
• Made of Semikron make IGBTs with 20 A capacity.
• The maximum output voltage of 900 V DC.
• The maximum output voltage of 900 V DC.
• Accept pulses by the external controller.

• Each one is 4 leg, 2-level inverter.
• Made of Semikron make IGBTs with 20 A capacity.
• The maximum output voltage of 440 VAC (L-L).
• Accept pulses by the external controller.

• Simulate Voltage - SOC curve under different battery model.
• Active measurement panel to measure voltage, current and power.
• Bidirectional current flow capability with adjustable output impedance.
• High resolution, high precision and high stability.
• Bidirectional energy flow between the DUT and AC grid.

• Load with constant voltage, constant current and constant impedance model.
• Bidirectional power flow capability.
• Accurate readback of current and voltage.
• Readback sample time to 50 kHz.
• High accuracy and resolution.

• It is the multi-ended current differential protection relay.
• It is used for AC protection.
• Following communication protocols are available: Modbus, DNP-3, IEC 61850.

• Simulations measurement of 4 independent or combined electrical signals.
• Simultaneous measurement of single phase or DC signal and a three phase signal's (such as input and output) for efficiency calculation.
• Measurement of.- RMS, DC component, AC component, Rectified Mean, Peak Value, Peak-Peak, Crest Factor, Form factor, Fundamental Component, Harmonic Distortion, Harmonic Content, Ilarmonic factor for voltages and currents, Active Power, Reactive Power, Apparent Power, Power Factor, Phase Shift, Efficiency, Impedance, Ripple voltage and ripple current measurement.
• Unbalance analysis and Phasor diagram display and Voltage and current waveform in oscilloscope mode.

• Controls application (PWM Generation ) for HIL Simulations.
• Machine Motor & Drives application (Plant & Controller simulations).
• Power Electronics application (simulation capability of simulating a PE device of upto 32 power electronic switches in nano seconds).
• Power System application (simulation capability of simulating a Power System Network as big as IEEE 39 Bus Network in micro seconds).
• Microgrid Application and IEC61850 Goose & SV Communication Protocol applications.