TB20230308R-010 Clean Energy Trainer Teaching Equipment

TB20230308R-010 Clean Energy Trainer

Features :

– Experimenting in solar, wind and hydrogen based electricity production

– Solar Energy Experiments unit

– Wind Power Experiments unit

– Hydrogen Energy Experiments unit

– The entire set of experiment unit consists of modules that can be easily attached and

removed to main unit depending on the experimental work to be carried out

Main Unit :

– Mobile stand : min. made of 45×90 sigma aluminum profile

– Table in which suitable for laboratory conditions : min. 140x80x3 cm

– Cable holder : min. 5 corrugated cable holder with min. 40 cable capacity

– Module area : min. 3 aluminum areas where the modules can be located in the main unit

– Mobile casters

Module :

1. Wind Turbine Module

1.1. Power: min. 200W

1.2. Aluminum body

1.3. DC motor driven : min. 150W

1.4. Connection terminals: min. 4mm safety sockets

2. Wind Simulator Module

2.1. Module has IEC connector, lamp and fuse

2.2. Selection switch for manual and PC operation

2.3. Manually adjusting the DC engine rpm

2.4. Ability to adjust DC motor rpm with computer

2.5. Control power : min. 200W

2.6. Connection terminals: min. 4mm safety sockets

3. Wind Turbine Charge Control Module

3.1. Rated voltage of the battery: min. 12 / 24V

3.2. Wind turbine braking voltage: min. 15 / 30V

3.3. Aluminum body with coolant specification

3.4. Connection terminals: min. 4mm safety sockets

4. Light Angle Adjustable Solar Panel

4.1. Mobile stand : min. made of 45×45 sigma aluminum

4.2. polycrystalline panel : min. 2 pieces 10W

4.3. min. 3 different settings for solar position simulation

4.5. Scale indicating the setting value

4.6. Projector : min. 500W

4.7. Connection terminals: min. 4mm safety sockets

5. Accumulator Module

5.1. Maintenance-free type

5.2. Voltage: 12V

5.3. Capacity: min. 7Ah

5.4. Overcurrent protection

5.5. Connection terminals:min. 4mm safety soc+D21kets

6. 220V AC Lamp Module

6.1. E27 or E14 lampholder

6.2. Energy saving lamp

6.3. LED Lamp

6.4. Connection terminals: min. 4mm safety sockets

7. 12V DC Lamp Module

7.1. Halogen Lamp : min. 20W

7.2. LED lamp : min. 2W

7.3. Operation voltage: 12V

7.4. Connection terminals: min. 4mm safety sockets

8. Energy Distribution Module

8.1. IEC sockets : min. 4 pcs

8.2. Grounded sockets : min. 2 pcs

8.3. Connection terminals: min. 4mm safety sockets

9. Light Source Control Module

9.1. PC and manual adjustment options

9.2. Analog input connector for manual control

9.3. output power : min 1000W

9.4. Connection terminals: min. 4mm safety sockets

10. PC Interface Module

10.1. Module has IEC connector, lamp and fuse

10.2. min. 2 pcs independent analog signal outputs (0-5V)

10.3. min. 1 pcs USB terminal

10.4. min. 2 pcs RS 485 ports

10.5. min. 1 pcs RS 232 port

10.6. Connection terminals: min 4mm safety sockets

11. AC/DC Measurement Module

11.1. Ammeter : min 0-5A for AC and DC

11.2. Voltmeter : min. 0-500 V for AC and DC

11.3. Operation voltage :  230V, 50Hz

11.4. Communicating with the training set software via RS 485 port

11.5. Connection terminals: min 4mm safety sockets

12. Diode Module

12.1. min. 6 pcs high-current diodes

12.2. Connection terminals: min. 4mm safety sockets

13. Off – Grid Inverter Module

13.1. Input voltage : 12V DC and output voltage : 230V AC

13.2. Output voltage is full sine, output power : up to 300W

13.3. Thermal and overload protection

13.4. Protection of short circuit and reverse connection

13.5. Connection terminals: min. 4mm safety sockets

14. Solar Charge Regulator Module

14.1. 12/24V automatic input voltage switched

14.2. Charging / Discharge current : min. 10 A

14.3. Solar, Battery and DC load connection terminals

14.4. Connection terminals: min. 4mm safety sockets

15. Electronic Meter Module

15.1. 3 phase measurement specifications

15.2. Rated voltage: 220/400V

15.3. Frequency: 50 Hz

15.4. Operation current: min. 0.2 – 5 A

15.5. Connection terminals: min. 4mm safety sockets

16. Electronic Potentiometer Module

16.1. Touch screen

16.2. Power: 100 W

16.3. Ability to set operation voltage and current via touch screen

16.4. Adjustable via PC

16.5. Connection terminals: 4mm safety sockets

17. Solar Panel Emulator Module

17.1. Operation voltage : min. between 88-264 VAC, 47 … 63 Hz

17.2. Output voltage: min. 20V

17.3. Short circuit current: min. 2 A

17.4. Bypass diode connection

17.5. The connection of blocking diode

17.6. Connection terminals: min. 4mm safety sockets

18. Analog Measurement Module

18.1. Analog ammeter : min. 0-5A

18.2. Analog voltmeter : min. 0-20V

18.3. Connection terminals: min. 4mm safety sockets

19. Linear Potentiometer Module

19.1. min. 0-1K Ohm

19.2. min. 0-50 Ohm maximum 6A

19.3. min. 51-200 Ohm maximum 2A

19.4. min. 201-1K Ohm max 0.6A

19.5. Connection terminals: min. 4mm safety sockets

20. AC Energy Analyzer Module

20.1. Operation voltage: 100-240V AC, 110-250V DC

20.2. Current inputs: up to 5A

20.3. Measurement accuracy: min. ± 1%

20.4. Module has IEC connector, lamp and fuse

20.5. PC connection

20.6. Connection terminals: min. 4mm safety sockets

21. DC Power Supply Module

21.1. min. 0-30V adjustable short circuit and over current

protection,programmable power supply

21.2. DC source current : min. can be set in the range 0-5A.

21.3. Power supply with color LCD monitor shows current, voltage and instantaneous

power values.

21.4. The front panel of the energy unit is made of min. 4 mm compact laminate.

21.5. Text and figures on the panel are formed by mechanical scraping.

21.6. The body of the energy unit : made min. of 0.8 mm sheet metal and painted

with electrostatic paint.

21.7. Connection terminals: min. 4mm safety sockets

22. Hydrogen Energy Module

22.1. Fuel cell rated power: min. 30W

22.2. Number of Cells: min. 14

22.3. Rated performance: min. 8.4V, 3.6A

22.4. Purge valve voltage: min. 6V

22.5. Fan voltage: min. 5V

22.6. Hydrogen pressure: min. between 0.45 – 0.55 bar

22.7. Fan with coolant

22.8. Output gas flow amount: max. 0.42L / min

22.9. Hydrogen purity (%): up to 99,995 (dry hydrogen)

22.10. System efficiency: at least 39% at Full power

22.11. Connection terminals: min. 4mm safety sockets

Solar Energy Experiments List :

1. Photovoltaic Panel Experiments
2. Measurement of Photovoltaic Panel Open Circuit Voltage
3. Measurement of Photovoltaic Panel Short Circuit Current
4. Photovoltaic Panel Current Voltage Characterization
5. Examination of Photovoltaic Panels No-load Output Voltage Relative to the

Whole-Day Movement

6. Examination of Photovoltaic Panels Loaded Output Voltage Relative to the

Whole-Day Movement

7. Examination of Photovoltaic Panels Seasonal No-load Output Voltage
8. Examination of Photovoltaic Panels Seasonal Loaded Output Voltage
9. Series Connection of Photovoltaic Panels
10. Examination of Parallel Connection of Photovoltaic Panels
11. Examination of Photovoltaic Panel Simulator
12. Examination of Shadow Effect on Photovoltaic Panels
13. Examination of Bypass Diode Effect on Photovoltaic Panels
14. Examination of Mismatching Effect on Photovoltaic Panels
15. Examination of the Effect of Blocking Diodes on Photovoltaic Panels
16. Photovoltaic Panel Emulator Examination
17. Photovoltaic System Experiments
18. Directly Connecting Photovoltaic Panel to Load
19. OFF GRID Inverter Startup (No-Load)
20. Installation of the Basic Photovoltaic System (DC Load)
21. Installation of Basic Photovoltaic System (AC Load)
22. Examination of OFF GRID Inverter Output Signal with DAQ Module
23. OFF GRID Inverter Output Signal Measurement by Energy Analyzer
24. Measurement of Energy Taken from OFF GRID Inverter
25. Measurement of OFF GRID Inverter Output Power and its Efficiency
26. OFF GRID Inverter SCADA Application
27. Examination of ON GRID Inverter

Wind Power Experiments List :

1. Examination of the Relationship between Turbine Speed and Wind Turbine Output

Voltage (No-load Operation)

2. Examination of the Relationship between Turbine Speed and Wind Turbine Output

Voltage (Loaded Operation)

3. Examining Wind Turbine Controller Effect on the Relation Between Turbine Speed

and Turbine Output Voltage (No Load Operation)

4. Examining Wind Turbine Controller Effect on the Relation Between Turbine Speed

and Turbine Output Voltage (Loaded Operation)

5. Examination of Wind Turbine Output Voltage
6. Examination of Wind Energy System

Hydrogen Energy Experiments List :

1. Examination of Hydrogen Fuel Cell Output Voltage

Supplied including:

– Standard accessories