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PVSPPMCD3 Desktop Design PVSPPMCD3 SCADA
Desktop Design SCADA
PVSPPMCD3 2 Workplaces
16 Basic Experiments For 2 Team Members
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Lifetime Support

2-year warranty & further tech back up

Misuse excused

Protection from short circuits, negligence & damage

Didactic guides

Step-by-step tutorials included for your quick start

Customization

Add extra modules needed or remove unwanted ones

PV Module Characteristics (Finding voltampere characteristic, energy characteristics, dependence of short circuit current from irradiance, dependence of short circuit current from angle of light rays inclination toward surface of PV module, dependence of short circuit current from the temperature of PV module, dependence of open-circuit voltage from the temperature of PV module, dependence of maximum power from the PV module temperature)

Autonomous PV Solar Power Plant Model (Finding time dependence of PV module output power during 24 hours any given day of the year. Finding electric energy, which PV module can produce of specified nominal power within a given day and within an year, broken down by month. Comparison of electric energy amounts generated within a day and a year when PV module is installed at two different geographical latitudes. Comparison of electric energy amounts generated by PV module daily and yearly when its plane is installed with two different azimuths. Comparison of electric energy amounts produced by PV module daily and yearly when its plane is installed at two different inclination angles to horizon. Comparison of electric energy amounts generated daily and yearly when photovoltaic module is mounted stationary on single- and two-coordinate tracker. Comparison of electric energy amounts generated by of PV module daily and yearly when loading it on constant resistor and loading on battery and constant resistor through controller with maximum power demand function. Finding operating characteristics of rechargeable battery controller with maximum power demand function. Simulation of modes of autonomous PV solar power plant)
Active Load;
Charge-discharge Controller;
PV Module;
Light Source;
PV ModuleTerminal;
Two Multimeters Module;
Double level Frame with Container;
Accessories Kit;
Notebook with SCADA Software
Width х Depth х Height: 910 х 300 х 800 mm
Weight: ~20 kg
Power supply: 220 V / 50 Hz
Appliance Class: I
Basic Experiments Guide