SOLAR/WIND ENERGY MODULAR TRAINER WITH BATTERY CHARGE REGULATOR

Modular trainer for the theoreticalpractical study of the electrical installations with photovoltaic solar energy and windenergy.

Complete with connecting cables,experiment manual and software for data acquisition and processing

TRAINING OBJECTIVES
 Measuring the load current, voltage and power
 Setting the solar panel to the most irradiated position
 Changing the inclination of the solar panel
 Changing the azimuth of the solar panel
 Covering the solar panel with different materials
 Obtaining the solar irradiation data
 Obtaining the solar panel voltage-irradiation curve
 Calculating the inner resistance of the solar panel
 Obtaining the solar panel current-voltage curve
 Obtaining the solar panel current-power curve
 Overloaded solar panel measurements
 Battery charging
 Supplying DC load
 Supplying AC load
 Identification of wind turbine components
 Wind turbine installation and testing
 Anemometer installation and testing
 Operating the wind turbine and the anemometer
 Braking in the no load operation /open circuit/ free spinning mode
 Braking in the braking mode
 Using the wind turbine to charge the battery
 Supplying AC load with wind power stored in a battery
 Supplying AC load with wind power and a battery
 Supplying AC load with a hybrid system

Description

TECHNICAL SPECIFICATIONS
 A photovoltaic inclinable module, 90W, 12V, complete with a cell for measuring the solar irradiation and with a temperature sensor.
 A wind turbine
 Wind turbine 12 Vdc, 160 W.
 Supporting frame 1.5 m.
 Anemometer and wind direction sensor.
 A set of modules with a supporting frame:
 A battery control module, 12V, 32A, with battery.
 A load module with two 12V lamps, dichroic 20W and LED 3W, with independent switches.
 A load module with two mains voltage lamps, dichroic 35W and LED 3W, with independent switches.
 An electronic regulation module, with LCD screen.
 A rheostat.
 A module for the measurement of: solar irradiation (W/m2), solar panel temperature (°C), current, voltage and power.
 A module for measuring wind speed and direction.
 A stepper motor kit for indoor use of the wind turbine.
 A dc to ac converter module, with sinusoidal output at mains voltage. Average power: 300 W.

Average training hours: 10h.
Approx. packing dimensions: 2.12 x 1.12 x 1.13 m.
OPTION:
DL SIMSUN – module with lamps to provide suitable lighting for
the solar panel when used indoor.

SOLAR/WIND ENERGY MODULAR TRAINER WITH BATTERY CHARGE REGULATOR

Related products

Login