Name of the Lab:

Electrical Power & Energy Lab

Location: Block G, floor L1

Lab Facilities: - Solar module simulator comprises

- Solar module simulation - 3 x 23V / 2A - Solar module with solar altitude emulator - Solar charge controller - 12 / 24V, 6A - Solar battery - 12V / 7Ah - Off-grid inverter - 230V / 275VA - Loading unit for solar modules - 1kOhm / 500W

- Wind power plant with a doubly-fed induction generator (DFIG) - Controller for a wind power plant's doubly-fed induction generator - Dynamic grid fault simulator - Three-phase, multi-function machine (doubly fed generator) - Three-phase isolating transformer for a wind power plant - Servo-machine test stand (1 kW)

- Electrical Machines with UniTrain-I - Universal motor, 0.3kW - Dissectible machine - Single-phase induction motor with bifilar starting winding - Single-phase induction motor with starting & operating capacitor, 0.3kW - Split-pole motor - Three-phase asynchronous motor, squirrel-cage, 0.3kW - Three-phase asynchronous motor with squirrel-cage, pole-changing according to Dahlander, 0.3kW - Three-phase asynchronous motor, with two separate windings, 0.3kW - Three-phase motor with slip-rings (slip-ring rotor) - Servo machine test stand for 0,3kW machines incl. software - Mains synchronisation - Three-phase reluctance machine

- Power Electronics - Line commutated converter circuits - Self-commutated converter circuits - Converter drives with DC motors - Frequency converter drives with three-phase asynchronous motor

- Distribution Trainer - Radial Distribution System - Voltage Control through Reactive Power Compensation - Tapped Distribution Transformer for Load Voltage Control - Distribution System under Faults - Ring Distribution System

Name of the Lab:

Electrical Engineering Lab

Location: Block G, Ground floor

Lab Facilities: The Electrical Engineering laboratory is equipped with Experiments on electrical circuit analysis. It enriches the students understanding basic electrical and electronics circuits connections, Kirchhoff’s voltage law (KVL), Kirchhoff’s current law (KCL), Thevenin’s and Norton theorem. The main teaching units employed in this lab are as follows:

Power supplies

Function generators

Oscilloscopes

Digital millimeters

Electronics boards

Basic discrete components such as

resistors, capacitors, and Electronics

Components.

Name of the Lab:

Instrumentation & Control Lab

Location: Block G , Ground floor

Lab Facilities : Measuring Electrical Quantities

AC/DC Stabilizer Function Generator 200 kHz, 230 V Sensor-CASSY 2 Starter Bridging plugs

Strength measurements with strain gauge Strain Gauge Transducer Tensile Test Bar Torsion Bar Dial gauge DC-Power Supply ± 15 V/3 A DC bridge amplifier Sensor-CASSY 2 Starter

Temperature measurement Reference Variable Generator Power Amplifier Oven Model 20 V, 20 W NiCr-Ni Thermocouple Thermocouple Connection Pt-100 Resistance Probe NTC Temperature Probe

Temperature control PID Digital Controller Reference Variable Generator Temperature Control System Power Amplifier Two position controller Profi-CASSY Starter 2

Liquid Flow - Measurement and Control

Modules and Transfer Elements P Controller Integral-Action Element Derivative-Action Element

Recording of Frequency Responses

Name of the Lab:

Analogue and Digital Electronics

Lab

Location: Ground floor, G block

Lab Facilities: The Analogue and Digital Electronics Laboratory offers a design/project based works for students to explore and learn the electronics circuit design and output analysis using electronic components, with various power sources. The Analogue and Digital Electronics Laboratory comprises several experiments and design projects. Students work in groups to investigate the characteristics of various electronic components such as Silicon diodes, Zener diodes, BJTs, and JFETs, and also various circuits such as clippers, clampers, amplifiers, frequency response of the amplifiers, operational amplifier applications, and digital logic gates. The Laboratory is equipped with the basic facilities such as Digital Oscilloscope, DC power supply and signal generators. Students will have chance to learn differences between practical circuit outputs and ideal simulation results (PSPICE results).

Digital Oscilloscopes. Function Generators. DC Powers Supply. DC Powers Supply, BK Precision Digital Multimeter Project Board CMOS-HCT-TTL-ECL Operational Amplifier kits Digital Electronics Logic Probe & Logic Pulser Discrete components such as resistors,

capacitors, inductors, analog and digital integrated circuits.

Name of the Lab:

Communications & DSP Lab

Location: Ground floor, G block

Lab Facilities: The Communications & DSP Laboratory supports

Communication Systems courses. These courses

enable students to familiarize with components and

devices of communication systems. It also provides

the students to understand the practical concept of

communication system through the laboratory

exercises. Communications & DSP Laboratory has

the facilities to perform a complete evaluation of

the transmission lines characteristics, sampling

techniques, Analogue and digital modulation

techniques. This laboratory is equipped with:

Digital Oscilloscope

Function Generator

Transmission Line Trainer

Tims System Kit

Tims Cards

Uni Train Kit

Coaxial - Transmissio Line

Coaxial Cables (Card Kit)

Fibre Optic (Card Kit)

Digital Multimeter

Spectrum Analyzer

Mixed Signal Oscilloscope

Desktop PC

Name of the Lab:

Microcontroller and

Microprocessor Lab

Location: Ground floor, G block Lab Facilities: 68000 microcomputer Trainer

AVR starter Kit 500

UP3 Education Kit

UP2 Education Kit

Precision Modular Servo System Kit

Magnetic levitation Kit

Modular Servo System DC,

sync,AC,MSI50-1

PC computer

Name of the Lab:

Renewable Energy Lab

Location: G-Building, G4-01 Lab Facilities: Experimental work related to renewable energy resources and technology is presented in this lab. Different types of renewable energy technology can be investigated. As example, solar photovoltaic, solar thermal, wind turbine, hydrogen production and fuel cells. Students from different background attend this lab (Electrical & Computer, Mechanical & Mechatronics, Chemical and Civil Engineering). This laboratory is equipped with: Alternative Energy 40036

Heat lamp. Solar assembly Digital thermometer. Wind turbine and fan. Solar oven, balloons, pith balls, and wood.

Hydrogen and Fuel Cell Technology The equipment in this set use to demonstrate and test PEM Fuel Cells (Proton Exchange Membrane) and PEM electrolysers. Different experiments can be implemented from this set as follows: Solar energy Solar – hydrogen production and storage Solar – hydrogen system H2/O2, H2/Air Fuel cell vehicle and solar hydrogen gas station Solar hydrogen system with reversible fuel cell

Fuel Cell Monitor U103-U104

The Fuel Monitor (FCM) consists of measuring

transformer card and evaluation software. The

FCM is available in two versions: As Standard

Version U104 Fuel Cell Monitor 3.0 and as

extended Version U103 Fuel Cell Monitor Pro 3.0.

Both versions provide the possibility of measuring,

storing and evaluating various measured

transformer card which is connected to the PC

using USB cable.

Name of the Lab:

Electrical Workshop

Location: Block G, floor L1

Lab Facilities: Protomat S42 PCB ( Printed Circuit

Boards Prototype ).

Digital DC Power Supplies LS1330 Treble

output DC Power Supply.

High accuracy Digital Multi-meters.

SMD 3in1 rework station (Heat Gun).

Professional electrician tool box.

Soldering Irons.

Different sizes of Prototype Universal

fiber PCB Board.

Different collections of consumables

such as resistors, capacitors, inductors,

analog and digital integrated circuits.