Electrical Lab

Intelligent Grid Management System which includes the following

as a minimum

• 3 phase Double Bus Bar Distribution system with transmission
• line system and protection relay
• Energy Management system with Static and Dynam ic loads
• SCADA Panel Designer
• SCADA PLC
• 3 Phase Grid tied Photovoltaic system
• Industrial Battery storage systems which integrates into grid
• and remote-control using SCADA
• Topics covered by the system as a minimum Hardware training

Requirement of the intelligent Grid System:

• Intelligent Grid System
• Training contents:
• Basic circuits of a three-pole, double busbar system
• Three-phase, double busbar system with load
• Busbar changeover without interruption of the branch
• Preparation of algorithms for various switching operations
• Busbar coupling

Investigations on Three-phase Transmission Lines

• Training contents:
• Voltage increases on open-circuit lines
• Voltage drop as a function of line length
• Voltage drop as a function of cos-phi
• Capacitive and inductive power losses on a line as a function of V and I
• Phase shift on a line

FEATURES:

This System included different KNX component e.g. Power Supply module, USB module, line coupler module, push button with multifunction module 4 fold, push button with multifunction module 2 fold, output actuator module, 4 fold with current detection, dimming actuator module 2 fold, shutter actuator module, 4 fold and different types of load like lamp load, curtain

• ETS software is provided for configuration and programming of different KNX devices.
• User friendly, self explanatory system.
• Practice troubleshooting skills.
• Experiments configurable through patch board.
• Enhanced electrical safety considerations.
• Caster wheel (with locking mechanism) at the legs of Workbench for easy movement.
• MCB provided with AC supply for safety purpose.

The Solar/Wind Energy Training System has the capability to train students in photovoltaic, small wind turbines, solar and wind hybrid systems, and the electronic components required to support these electricity-generating devices. The system allow the student to install, operate, and maintain photovoltaic and small wind systems, as well as learn troubleshooting techniques through the use of instructor-inserted faults. The training system contain the following equipment:

Mobile Workstation (Assembled):- 1 Qty.

• The Solar/Wind Energy Mobile Workstation consists of a
• sturdy, Welded Steel frame painted using powder coated paint
• for a durable surface.
• The unit is mounted on four swivel casters with a locking
• mechanism that allow easy motion and stable operation.
• The workstation includes two perforated work surfaces for
• module installation and operation.

Digital Multimeter 1Qty

• Type Digital, handheld (portable)
• Functions AC/DC voltage, dc current, resistance, continuity
• diode test, and battery test
• Accuracy ±2.0% or better
• Display 3% digit, liquid-crystal
• Safety-recessed test lead connections, low battery indication,
• audible continuity, overload protection, mounted on a base
• that clamps to the work surface using quick-lock fixations

Power Inverter with Remote Control 1 Qty.

• The Power Inverter with Remote Control consists of a 1 kW dcto- ac
• Converter that converts 12 V dc power to 120 V ac power
• Type Pure sinusoidal power inverter (with remote)
•  Input Rating 12 V dc

FEATURES:

• A complete demonstration of conversion of Mechanical Energy into Electrical Energy
• Good quality Pelton wheel in double hemispherical cup/ bucket
• Compact Hydro Turbine with digital voltage and current measurement
• Various load applications like resistive bulb and fan are provided with the product
• Robust and transparent casing to observe Pelton wheel rotation with changing water flow
• 304 grade SS tank for storing water
•  Easily transportable

TECHNICAL SPECIFICATIONS:

• Water Pump: 0.5HP, Single Phase, 50Hz
• Ammeter: 0 to 2A
• Voltmeter: 0 to 100V
• Load Resistance SOU
• DC output: 20V, 1A
• Pelton wheel PCD: 100mm
• Nozzle Diameter: 5mm