SS20240422A04 Smart Grid Teaching Workbench Equipment Educational Technology Renewable Training Equipment
1. Product Introduction
1.1 Product Description
The equipment can simulate wind power generation experiments and photovoltaic power generation experiments.
The electricity generated by simulating light irradiation on photovoltaic panels is charged to the battery through the solar controller, and the solar controller outputs direct current through the battery when needed.
Simulate wind power generation in real life, and generate electricity by blowing micro wind turbines.
The experimental kit includes solar control module, load module, photovoltaic panel module, measurement module, power supply box and other parts, which can cover all relevant educational content in a specific experiment.
1.2 Product Features
1. Integrated design: The photovoltaic power generation experimental teaching equipment integrates photovoltaic components, wind components, and energy storage device components. This integrated design enables the equipment to simulate real photovoltaic power generation and wind power generation environments.
2. Modular structure: The experimental device usually adopts a modular structure design, and the electrical test points are connected to the experimental wires with safe experimental jacks, which is convenient for teaching and experimental operation.
3. Versatility: The equipment not only has high-precision measurement functions, but also can monitor photovoltaic systems and wind power generation in real time, including effective monitoring of parameters such as voltage and current.
5. Comprehensive protection functions: The equipment has multiple protection functions to ensure the safety of the experimental process.
6. Load unit: The equipment contains DC load and AC load, which can be used for solar photovoltaic system power generation experiments and wind power generation experiments.
7. Strong environmental adaptability: The equipment is usually designed with a wide operating temperature range and humidity requirements to adapt to different experimental environments.
8. Combination of teaching and practice: The power generation experiment teaching equipment aims to deepen students' understanding of power generation technology and enhance professional ability and practical skills through practical operation and management system.
2. Technical specifications
2.1 Technical parameters
Battery: DC12V; 8AH
Halogen lamp: 120V; 500W
Solar controller: PWM; 10A; 12/24V universal
Solar photovoltaic panel: DC18V; 10W; 290*240
Ducted fan: DC12V; 4.5A
LED bulb: 12V; 5W
2.2 Dimensions and weight
Dimensions: 1090mm×450mm×1080mm
Weight: <48kg
3. Product component names and function introduction
3.1 Product module part
No. Name
1 Solar controller module
2 Photovoltaic panel module
3 Fan module
4 Wind turbine module
5 Motor load module
6 Load module
3.2 Product power box
No. Name
1 Circuit breaker
2 Emergency stop switch
3 AC output unit
4 DC output unit
5 Battery unit
6 DC voltage measuring unit (50V)
7 DC current measuring unit (500mA)
8 Socket
3.3 Product accessories
No. Name
1 Digital multimeter
2 USB cable
3 4mm safety electrical cable (yellow)
4 4mm safety electrical cable (blue)
5 4mm safety electrical cable (double)
6 4mm safety electrical cable (red)
7 4mm safety electrical cable (black)
8 Fuse (5A)
4. Product Configuration List
No. Name Qty
1 Solar controller module 1
2 Photovoltaic panel module 1
3 Fan module 1
4 Wind turbine module 1
5 Motor load module 1
6 Load module 1
7 Circuit breaker 1
8 Emergency stop switch 1
9 AC output unit 1
10 DC output unit 1
11 Battery unit 1
12 DC voltage measurement unit (50V) 1
13 DC current measurement unit (500mA) 1
14 Socket 1
15 Digital multimeter 1
16 USB cable 1
17 4mm safety electrical cable (yellow) 5
18 4mm safety electrical cable (blue) 5
19 4mm safety electrical cable(double) 5
20 4mm safety electrical cable(red) 5
21 4mm safety electrical cable (black) 5
22 Fuse (5A) 5
5. Product Teaching Experiment List
(1) Battery Charging Experiment
(2) Battery Discharging Experiment
(3) Photovoltaic Power Generation Experiment
(4) Wind Power Generation Experiment
(5) Software Usage Experiment
