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| Categories | Renewable Energy Trainer |
|---|---|
| Material: | Durable Plastic and Metal Components |
| MOQ: | 1 unit |
| Purpose: | Demonstrate and teach renewable energy concepts |
| Productname: | Renewable Energy Trainer |
| Brand Name: | Ruimu |
| Warranty: | 1 Years |
| Userlevel: | Intermediate to Advanced Students |
| Powersupply: | Rechargeable Battery and External Adapter |
| Certification: | ISO9001/ISO45001/ISO14001 |
| Compatibility: | Compatible with standard multimeters and sensors |
| Type: | Educational Trainer Kit |
| Place of Origin: | HENAN,CHINA |
| Model Number: | RM-F121 |
| Payment Terms: | T/T |
| Manufacturer: | GreenTech Educational Solutions |
| Delivery Time: | 30-60days |
| Packaging Details: | Wooden packaging |
| Company Info. |
| Henan Ruimu Intelligent Technology Co., Ltd. |
| Verified Supplier |
| View Contact Details |
| Product List |
Electrical Training Equipment designed to meet training requirements for electricians engineers and technical personnel development
>Ø >Product Introduction
The solar photovoltaic power generation experimental training device is an integrated training device based on solar power generation, rectification, storage, and inversion of electrical energy. The system consists of seven parts: a simulated solar device, photovoltaic cells, a controller module, an off-grid inverter module, a synchronous grid-connected module, an instrumentation and monitoring module, and an AC/DC load module.
Technical Specifications
1. Solar Cell Parameters:
◆ Peak Power: 30W
◆ Maximum Power Voltage: 17.5V
◆ Maximum Power Current: 1.95A
◆ Open Circuit Voltage: 22V
◆ Short Circuit Current: 2.2A
◆ Installation Dimensions: 350*490*18mm
>Ø >Practical Training Projects
Experiment 1: Solar Photovoltaic Panel Energy Conversion
Experiment;
Experiment 2: Environmental Influence on Photovoltaic Conversion Experiment ;
Experiment 3: Direct Load Characteristics of Solar Cell Photovoltaic System Experiment;
Experiment 4: Working Principle of Solar Controller Experiment;
Experiment 5: Reverse Connection Protection Experiment;
Experiment 6: Overcharge Protection of Battery by Solar Controller
Experiment;
Experiment 7: Over-discharge Protection of Battery by Solar
Controller Experiment;
Experiment 8: Working Principle of Off-Grid Inverter Experiment ;
Experiment 9: Independent Photovoltaic Power Generation Experiment
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