Renewable Energy Training Series

The experimental platform has strong practical value. The solar panels, intelligent controllers, and batteries used are the same as those used in the field, which can enable students to deeply understand the field application of solar photovoltaic power generation.

1. The daily system adopts two control methods of light intensity control and time control to realize automatic solar tracking of solar panels.
2. The solar tracking system is open to provide various practical training to strengthen students' practical ability.
3. The working environment monitoring of solar panels is closer to the use of solar panels in actual industrial applications.
4. Adopt multiple industrial-grade solar panels, which can be combined in parallel and series to imitate the solar panel system formation of the KW-level photovoltaic power generation system.
5. The solar tracker adopts a movable desktop. Other systems adopt a hanging box design, which is directly hung on the main table body. The modular design is more conducive to student operation and flexible in later expansion.
6. Ask students to combine solar panels, controllers, inverters, and batteries to form a solar photovoltaic power generation system. And provide a variety of application load experiments: inductive, resistive, functional application tests.

1. The system design draws on the relevant standards of the WorldSkills Competition
The training content is in line with international standards. This system is based on the World Skills Competition Plumbing and Heating Project (Plumbing and Heating 15) and the international advanced piping system. Through practical training, players can broaden their horizons, improve their learning ability, realize the importance of craftsmanship, and feel the connotation of craftsman spirit.
2. Openness
The open design of this system allows users to use device resources for secondary design.
3. Practicality
This system adopts quasi-physical design.
4. Environmental protection
The system adopts high-quality aluminum profiles, with stable structure and strong rigidity. It can be recycled repeatedly, greatly reducing waste and lowering the impact on the environment.

DLXNY-WP01 Wind-solar Hybrid Complementary Renewable Energy Training Equipment training purpose is to study the basic knowledge of Renewable Energy training system Wind Power Training Equipment & solar power generation training system (solar energy, wind energy, hybrid etc.) production equipment design, manufacturing process and application maintenance, and have the production, manufacturing, installation, debugging, testing, maintenance and technical management capabilities of Wind-solar new energy Complementary Training Equipment (solar energy, wind energy, etc.) equipment, High-quality technical and skilled personnel engaged in the operation and management of simple mechanical equipment and new energy equipment etc Technical vocational training skills. The renewable energy educational training equipment Employment orientation is mainly for new energy (solar, wind, etc.) production equipment manufacturers and new energy Photovoltaic Power Training Equipment (solar, wind, etc.) product manufacturers, engaged in system design, production, manufacturing, installation, testing, maintenance and management of Renewable Energy training system new energy production equipment, and new energy projects Engineering equipment operation and management.

Dolang is manufacutre for vocational training equipment, with rich experiences on didactic equipment, Dolang have good reputation in the world.Technical Education Renewable Energy Green Energy Wind Power Training Equipment is a kind of educational training equipment for technical education.,mainly composed of wind power equipment, wind power system, the inverter and the load system, monitoring system.

Wind power training equipment is an important renewable energy educational training equipment of dolang didactic equipment, mainly composed of wind power supply device, wind power supply system, inverter and load system, and monitoring system. DLXNY-FN01 renewable energy wind power training system adopts a modular structure, and each device and system has independent Functions can be combined into a wind power training didactic equipment.

1. The system has complete functional configuration, modular design and fine workmanship.
2. The experimental platform has strong practical value. The solar panels, intelligent controllers, and batteries used are the same as those used in the field, which can enable students to deeply understand the field application of solar photovoltaic power generation.
3. The experimental platform is equipped with a xenon lamp whose luminous effect (spectrum) is closest to the sunlight to simulate the solar light source, so that the training project can be carried out at any time, so there is no need to be restricted by weather changes.
4. It has two control modes: photovoltaic type and household type.
5. With battery power storage system, it can be charged from the mains to form a hybrid power supply system. The photovoltaic module upgrade port is reserved, and higher-power photovoltaic modules can be externally installed. Photovoltaic modules can be placed in indoor and outdoor modes.

The portable solar power experiment box is a solar photovoltaic power supply system, through which it can provide a practical teaching, experiment and demonstration platform for the working principle of solar cells, controllers and sine wave inverters.

The system adopts a vertical structure, the panel adopts a standard mesh plate, and the experimental modules are completely exposed. It has a strong sense of presence and can quickly allow learners to enter the learning role. The completely closed-loop control method allows users to operate more humanely.