| • The unit demonstrates the practical
application of such a combined system for student to conduct the |
| investigation of photovoltaic
generation. |
| • The light intensity can be controlled by
rotary knob on panel, by using six-freedom type mechanical |
| support, the height / distance / angle
of light source can be adjusted easily to allow investigation of |
| solar panel under different working
conditions, so as to achieve system performance inside the |
| laboratory irrespective of outside
conditions. |
| • Maximum power point tracking type solar
charge controller is adopted for the high efficiency power |
| generation control and monitoring, with
LCD screen for the display of system voltage / current / power. |
| • Dedicated instrumentation includes, AC/DC
voltmeter and ampere meters for investigation of system |
| efficiency and characteristics. |
|
| > TRAINING CONTENT |
| • Solar panel open circuit voltage test |
| • Solar panel short circuit current test |
| • Solar panel iv characteristic test
experiment |
| • Solar panel maximum power output
characteristics experiment |
| • Solar panel transfer efficiency
experiment |
| • Solar panel PV characteristics experiment |
| • Load power supply experiment |
| • Storage battery charging experiment |
| • Solar panel output voltage test under
different height / angle / intensity |
| • DC resistive and inductive load
experiment |
| • AC resistive and inductive load
experiment |
| • Integrated load experiment |
