Vocational Solar Wind Energy Trainer Engineering Lab Power Generation Training System
I. Overview
DLXNY-FN02 wind and solar power generation training system consists of a photovoltaic power
system, solar power systems, wind power equipment, wind power system, inverter and load
system, monitoring system components. DLXNY-FN02 wind and solar power generation system
using training modules type structure, the devices and systems with separate functions, can be
combined into photovoltaic training systems, wind power training systems
II Technical parameter
1. Input voltage: AC220V ± 10% / 50Hz
2. Power consumption: wind simulation: 0.75KW simulated solar light: 200W
3. The system output power: 220VAC 1500W 12VDC 500W
The wind turbine: 12V / 300W
5. Start wind speed: 2.0 m
6. Wind wheel diameter: 1.3 m
7. The axial fan: 220V / 0.75KW 0-1440r / min
8. Solar Panel: monocrystalline 17.5VDC 10WP
Polycrystalline 17.5VDC 30WP
9. Working environment: 0 ℃ ~ 40 ℃
10. Relative humidity: ≤85% RH
III Training content
1. Wind and solar Experiment
2. The wind power experiment
3. The photovoltaic power generation experiment
4. Experimental wind and solar controller
5. The battery charging and discharging experiments
6. The off-grid inverter load test run
7. Experimental solar panel series
1) Experimental solar panel energy conversion
(2) environmental impact of photovoltaic conversion experiments
(3) solar photovoltaic system directly load characteristics test
(4) solar controller works experiment
(5) reverse polarity protection test
(6) solar controller battery overcharge, over-discharge protection experiments
(7) Night reverse charge experiment
(8) off-grid inverter working principle experiment
(9) independent photovoltaic power generation experiment
(10) The maximum output power panels computational experiment
(11) panels conversion efficiency measurement experiment
8. Solar Battery Controller test series
(1) solar battery charging control experiment
(2) The controller charge and discharge protection experiments
(3) the battery voltage, current testing experiment
(4) Estimation of battery power experiment
(5) controls the battery current input and output test
(6) The controller ambient temperature measurement experiment
(7) The controller does not control, time control output experiment
9. Solar PV inverter test series
(1) The inverter works analysis experiments
(2) output voltage, current testing laboratories
(3) the maximum output power estimation experiments
(4) overload or short circuit protection demonstration experiment
(5) anti-reverse input voltage demonstration experiment
(6) Input voltage range Testing Laboratory
(7) conversion efficiency of computational experiments