Renewable Energy Training Equipment
Model: DLXNY-ST02 Solar Power Teaching Experiment Platform
1. Input Power: 220V ± 10% 50HZ
2. Equipment Size: 1550mm × 200mm × 800 mm
3. Area: 2 square meters (single)
4. The device overall weight 30Kg
5. Working environment: Temperature -10 ℃ ~ 40 ℃
6. The relative humidity <85% (25 ℃)
Details introduction
Overview
Solar power teaching experimental platform consists of a solar cell module modules, battery modules, solar tracking system, environmental monitoring systems, solar testing systems, solar power systems and solar inverter applications (load regulation control module), the monitoring instrumentation module, PC machine monitoring modules and other components. This educational training equipment designed to meet the renewable energy-related professional photovoltaic solar cell performance testing and teaching applications related training needs in higher education and technical vocational schools.
Equipment Features
1. The renewable energy training system that uses light intensity control and time control which are two control method to achieve automatic tracking solar panels solar.
2. Opening of the solar tracking system, offers a variety of training, to strengthen the students' ability.
3. The solar panels work environment monitoring, closer to the actual use of industrial-grade solar panels.
4. The multi-block industrial solar panels can be connected in series and combined grade imitation KW photovoltaic system solar panel system set up.
5. The solar tracker using desktop activities. Other systems use hanging box design, directly linked to the main table body, modular design is more conducive to students' operation, post-expansion flexibility.
6. Students will make solar panels, controllers, inverters, and battery are combined to form a solar photovoltaic power generation system. And offers a variety of applications load test: inductive, resistive, functional application test.
Training projects
- Solar cell power generation principle experiment
- Photovoltaic panels energy conversion experiment
- Environmental impact of photovoltaic conversion experiment
- Solar photovoltaic system directly load characteristics test
- Solar controller working demo
- Reverse protection experiment
- Solar controller battery overcharge protection experiments
- Solar controller battery over-discharge protection experiments
- Anti-anti-charge at night experiment
- Off-grid inverter working demo
- Automatic tracking demonstration solar photovoltaic panels
- Illuminometers use
Get In Touch
E-mail:
admin@didactic.cnWhatsApp:
+8613615315720Tel:
+86 531 8758 6199
