EF-6.2 -Wind Energy
EF-6.2 Wind Energy kit covers the principles of wind power generation.
This allows students to understand the functions of wind power plants. Including practical experiments into how wind speed, wind direction or rotor type influences the power output.
Description
EF-6.2 Wind Energy kit covers the principles of wind power generation.
This allows students to understand the functions of wind power plants. Including practical experiments into how wind speed, wind direction or rotor type influences the power output.
Technical Specifications
- 1 x Base unit large
- 1 x Resistor module
- 1 x Potentiometer module
- 1 x Savonius rotor module
- 1 x Capacitor module 220 mF, 2.5V
- 1 x LED-module 2mA, red
- 1 x Wind rotor set
- 1 x Wind machine
- 1 x Wind turbine module
- 1 x Buzzer module
- 1 x Light bulb module
- 1 x Motor module without gear
- 1 x Colour discs – Set 1
Operational conditions
Storage Temperature: -10°C to +70°C
Operating temperature range: +10°C to +50°C
Operating relative humidity range: 0 to 95%, non-condensing
Features & Benefits
- Tray based solution that can be easily stored in the EF-WS workstation
- Simple plug and play operation
- Specifically designed to bridge theoretical physics with practical experimentation in wind energy generation
- Includes qualitative and quantitative experiments
- Includes fundaments of basic electronic circuits
- Supplied with comprehensive teachers and students manual
- Includes an Savonius rotor and a three-blade rotor
- Influence of the wind speed
- Start-up wind speed of a wind turbine
- Comparison of the start-up wind speed of a Savonius and a three-blade rotor
- Change the turbine voltage by connecting a consumer
- Examine the wind speed behind the rotor
- Energy balance sheet at a wind turbine
- Calculating the efficiency of a wind turbine
- Storing electric energy
- Energy conversion in a wind turbine
- Examine colour wheels using a wind turbine
- Comparison of a Savonius rotor and a three-blade rotor
- Comparison of two, three and four-blade rotors
- Characteristic curves of a wind turbine
- Influence of the wind direction
- Influence of the rotor blade pitch
- Influence of the rotor blade pitch on the start up speed of a wind turbine
- Influence of the blade shape
- Physics
- Electrical Engineering
- Renewable Energies
EF-WS Engineering Fundamentals Work Station
- EF-6.3 Engineering Fundamentals – Anemometer
- EF-6.8 Accessories Kit
Electrical supply: 110-230V AC 50-60Hz
- Level and stable work surface
PACKED AND CRATED SHIPPING SPECIFICATIONS
Volume: 0.021m³
Gross weight: 2.9Kg
Tray
Length: 0.435m
Width: 0.315m
Height: 0.15m
- EF-6.2 Engineering Fundamentals – Wind Energy
- EF-6.3 Engineering Fundamentals – Anemometer
- EF-6.8 Accessories Kit
- EF-WS Engineering Fundamentals Work Station
