Renewable Energy Hot Water Production: Thermosyphon Solar Water Heater Vacuum Tube Sensor on Metal Frame Teaching Equipment Green Energy Training Equipment

AFR031 Renewable Energy Hot Water Production: Thermosyphon Solar Water Heater Vacuum Tube Sensor on Metal Frame Teaching Equipment Green Energy Training Equipment
 

1. Product Introduction
1.1 Product Description
The heat-absorbing element of this equipment is a metal heat-absorbing tube (usually copper or aluminum). The surface of the heat-absorbing plate is coated with a solar selective absorption coating; the upper heat-collecting tube is welded, and the heat-absorbing tube is made of high-transmittance glass. The vacuum tube collector is made of all-copper material, and the heat-absorbing coating uses a blue coating and black chrome process. Each square meter of heat-collecting plate can replace 150kg of coal, equivalent to 147 kWh of electricity, and collects about 80kg of hot water per square meter at a temperature above 50°C. It adopts a dual circulation system, is not prone to scaling, can discharge wastewater, does not burst pipes, and is not afraid of hail. The collector is equipped with a selective absorption coating, the collector tilt angle is adjustable, and it is equipped with a water pump, expansion tank, safety valve, and other measuring instruments.
1.2 Product Features
(1) Portability: The test stand has good portability, making it convenient to conduct tests in different sites and environments.
(2) Simulation of Real-World Scenarios: The test stand can simulate real-world solar water heater facilities, allowing trainees to be trained in a near-real-world working environment. (3) The test bench should provide systematic training courses covering basic knowledge of safety facilities, operating methods, maintenance, etc.
(4) Safety performance: The test bench should possess certain safety features, such as waterproofing, dustproofing, and drop resistance, to ensure stable operation in various environments.
(5) It should have multiple measurement data acquisition and data communication capabilities.
2. Technical Specifications
2.1 Basic Technical Parameters
Operating power supply    Single-phase three-wire, AC 220V/50Hz
Ambient temperature    -10℃～+40℃
Ambient humidity    ＜85% (25℃)
2.2 Equipment Appearance Parameters
Dimensions    1380mm*850m*2100mm
Weight    200kg


3. Product Introduction
3.1 Main Body of Equipment
No.    Name    Qty
1    Air release valve    1
2    High-pressure valve    2
3    Cold water circuit of solar collector    1
4    Hot water circuit of solar collector    1
5    Steam collector tube    15
6    Pressure thermometer    1
7    Power supply box    1
8    Schematic diagram    1
9    Pressure tank    1
10    Water tank    1
11    Heat exchanger    1
12    Water tank circuit    1
13    Water pump    2
14    Cast wheels    4
3.2 Equipment Accessories
No.    Name    Qty
1    Stainless steel pipe clamp    2
2    Water pipe (2m)    1
3.3 Introduction to Touchscreen Interface
3.3.1 Main Page
No.    Name    Qty
1    T1    1
2    T2    1
3    T3    1
4    T4    1
5    T5    1
6    T6    1
7    T7    1
8    T8    1
9    P1    1
10    P2    1
11    F    1
12    W    1
13    Run indicator light    1
14    Run button    1
15    M2    1
16    M1    1
17    M2 Water Pump Operation Indicator Light    1
18    M1 Water Pump Operation Indicator Light    1
19    Next Page Button    1
3.3.2 Parameter Setting Page
No.    Name    Qty
1    Antifreeze temperature    1
2    M1 Water Pump Operation Indicator Light    1
3    M2 Water Pump Operation Indicator Light    1
4    Temperature Difference    1
5    Temperature Difference Operation Indicator Light    1
6    High Temperature    1
7    High Temperature Alarm Indicator Light    1
8    Operation Indicator Light    1
9    Operation Button    1
3.3.3 Curve Graph Page
No.    Name    Qty
1    Values    1
2    Graphs    1
3    Home    1
4    From    1
3.3.4 Table Page
No.    Name    Qty
1    Table    1
2    Home    1
3    Picture    1
4. List of Product Teaching Experiments
(1) Water Injection Experiment
(2) Light Irradiation Experiment