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ATB20230308R-016 Renewable Energy Smart Grid for Training & Applied Research Didactic Equipment

ATB20230308R-016 Renewable Energy Smart Grid for Training & Applied Research Didactic Equipment

ATB20230308R-016 Renewable Energy Smart Grid for Training & Applied Research

 

Features:

– Laboratory for solar, wind, hydrogen and fuel cell technology

* Set-up of hybrid system with solar, wind, hydrogen and fuel cell technology, as well as batteries

* High reliability and safety

* Comprehensive system software

System consisting of:

– Solar system: min. 1,400 Wp

– Small wind power module: min. 300 Wp

– Fuel cell module: min. 1,200 W

– Battery bank: min. 55 Ah

– Electrolyzer: min. 72 Nl/h optional on request min. 198 Nl/h

– Low-pressure metal hydride canisters: approx. 750 Nl

– Electronic load: max. 2,400 W

– Central energy management unit

– System controller with monitoring and control software

– Measuring technology, such as anemometer, H² flow meter

– On Grid inverter

Accessories:

– Solar Tracking System alternative to the mobile version

– Extra Sensor Kit optional

Training Topics:

– Renewable energy generation & energy management

– Introduction to solar, wind, hydrogen and fuel cell technology

– Design, set-up and operation of hybrid energy systems

– Examination of renewable energy sources and energy storage technologies

– Off -grid operation of consumer loads (120V, 230V, 12V)

– Observation of the following scenarios: night-time operation, periods of no wind, peak loads

Technical Specification: Energy Components:

– Solar panels min. 1440 Wp

– Wind turbine min. 400 Wp

– Fuel cell min. 1.2 kW

– Hydrogen generator min. 60 sl/h

– Hydrogen storage canister min. 1500 sl

– Battery min. 55 Ah @ 48V

– Electronic load max. 2400 W

Measuring Technology and Data Recording:

  1. Solar

1.1. Solar radiation

1.2. Module temperature

1.3. No-load voltage

1.4. Output power (current, voltage)

1.5. Short circuit current

1.6. Recording of U/I curve

1.7. Recording of time curve (current, voltage, radiation, temperature)

  1. Wind

2.1. Wind speed

2.2. Output power (current, voltage)

2.3. Recording of time curve (current, voltage, wind speed)

  1. Fuel Cell

3.1. Hydrogen fl ow rate

3.2. Hydrogen pressure

3.3. No-load voltage

3.4. Output power (current, voltage)

3.5. Recording of U/I curve

3.6. Measurement of time curve (current, voltage, AH2 fl ow rate, AH2 pressure)

  1. Hydrogen Generator

4.1. Power consumption (current, voltage)

4.2. Hydrogen flow rate

4.3. Hydrogen pressure

  1. Battery

5.1. Input power

5.2. Output power

5.3. Recording of time curve (current, voltage, temperature)

  1. Software

6.1. Monitoring

6.2. Data logging

6.3. Visualization of current in real time

6.4. Visualization of hydrogen fl ow rate in real time

6.5. Visualization of voltage in real time

  1. System Safety

7.1. Hydrogen sensor

7.2. Power circuit breaker

7.3. Temperature monitoring

7.4. Smoke detector

7.5. Monitoring of hydrogen pressure

  1. Hydrogen storage canister

8.1. Hydrogen pressure

8.2. Hydrogen temperature

8.3. Hydrogen fl ow rate

  1. External loads

9.1. Power consumption

9.2. Voltage

9.3 Current

Supply including:

– 1 unit Personal Computer (PC)

  • Processor : min. AI5
  • RAM : min. 8GB
  • SSD : min. 240GB
  • DVD RW
  • VGA : min. Nvidia 2GB
  • Display : 19″
  • OS : Windows 10
  • including keyboard and mouse

– Standard accessories

 

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