MR420E Training Kit In The Generation Of Electricity With Photovoltaic And Wind Renewable Energy Renewable Training Equipment Teaching Equipment
1. Equipment introduction
1.1 Overview
This training device and system can simulate and demonstrate the process of wind power generation and solar power generation, allowing students to have a preliminary intuitive understanding of wind and solar hybrid power generation systems. Wind turbines are driven by blowers, and solar panels are driven by high-intensity lights. Through relevant experiments, students can develop corresponding knowledge and skills.
1.2 Features
“The Renewable Energy Coach is designed to understand the generation of electricity from photovoltaic, wind and solar energy.”
1. Electric wind power generation system: fan/generator/battery.
2. Photovoltaic power generation system: light source/photovoltaic panel/battery.
3. The control system includes: wind and solar hybrid controller.
4. Load unit.
5. Wind turbine: driven by a fan to simulate wind, metal structure, horizontally adjustable. Dimensions approx: 1500 x 1000 x 1500 mm.
6. Solar panels: "Metal structure/with 4 30 W solar panels/allows connection in series or parallel." Maximum operating nominal power. About 30wp / short current about 1.9 A / peak current about 1.7A / open circuit voltage 18.5V.
7. Photovoltaic panels and sunlight simulator (4 lights) Vertical orientation/size adjustable, max: 1500 x 1000 x 1500 mm.
8. Workbench: column structure and metal support/high density/treated panel to withstand high temperatures/wheels at the bottom/has 3 doors and 2 drawers/dimensions approx: 1400 x 700 x 1500 mm.
10. Fan type: "Automatically adjustable wind/nominal workplace power from 200 to 500 watts/maximum speed about 40 meters/second".
11. Battery: 4 pieces 12V / 8 AH / allowed to be connected in series or parallel.
13. Inverter: "12V/24V input, output 220V./Maximum output power 600W (1000W peak power)."
2. Technical parameters
1. Input power supply: AC220V±5%.
2. Wind power generation device: The fan unit adopts an aluminum profile structure, and the blower can be rotated and adjusted 360 degrees in the horizontal direction.
3. Solar power generation device: All-aluminum alloy structure, the angle of the photovoltaic panel is adjustable, and the simulated light source can be adjusted 120 degrees in the vertical direction.
4. Dimensions of the training platform: aluminum profile frame structure, aluminum alloy hanging box unit form, with universal wheels at the bottom, overall dimensions of 1400mm × 700mm × 1500mm (length, width and height), about 150KG.
5. Working conditions: ±5% temperature -10～+40℃; temperature ≤80℃.
6. Ambient air: does not contain corrosive, flammable gases, or large amounts of conductive dust.
3. Components list and detailed introduction
3.1 Main part:
No Name
1 Wind Turbines
2 solar power panel
3 Fireproof desktop
4 fan
5 simulated sun lamp
6 Power input port
3.2 Power box part:
No Name Qty
1 2p Circuit breaker with leakage protection 1
2 Power Indicator 1
3 six hole socket 2
4 Simulated air source speed knob 1
5 Analog light source intensity knob 1
6 DC 12V battery 4 groups
7 DC 30V voltmeter 1
8 Solar photovoltaic panel port 4 groups
9 Wind turbine port 3
3.3 Accessories
No Name Qty
1 4mm safety connection cable 1 meter double color 5
2 4mm safety connection cable 1 meter blue 5
3 4mm safety connection cable 1 beige 5
4 4mm safety connection cable 1 meter red 10
5 4mm safety connection cable 1 meter black 10
6 digital multimeter 1
7 charger 1
8 Software (CD) 1
9 communication line 1
10 Fuse 30A 4
11 Fuse 10A 4
12 Fuse 5A 4
13 electrician tools 1
14 link cable 4
4. Experiment list
Experiment 1 Battery Charging Characteristics and Discharge Protection
Experiment 2 Home Energy Production Teaching System Connection Training Experiment
Experiment 3 Basic Principles of Inverter Experiment
Experiment 4 Photovoltaic panel open circuit voltage test experiment
Experiment 5 simulated wind power generation system experiment
Experiment 6 Series and parallel experiments of photovoltaic panels
Experiment 7 Maximum power measurement experiment of photovoltaic panels under different lighting conditions
Experiment 8 Wind Energy Charging Control Experiment
Experiment 9 Inverter power supply drives AC load experiment
Experiment 10 Direct load experiment of wind power generation system
Experiment 11 Experiment on the influence of wind speed changes on wind power generation system
Experiment 12 Principle Experiment of Speed Limiting Mechanical Protection System of Wind Power Generation System
Experiment 13 Principle Experiment of Speed Limiting Electronic Control Protection System of Wind Power Generation System
Experiment 14 Fan overpower protection experiment
Experiment 15 Fan overspeed protection experiment
Experiment 16 Wind power generation curve experiment at different speeds
Experiment 17 Wind condition detection experiment
Experiment 18 Independent fan system experiment
