1.Overview
DLXNY-WP01 wind-solar photovoltaic complementary training system is a complete system for Solar and wind Hybrid training. It demonstrates the working principle of winder turbines and solar cells.
The solar and wind Hybrid training equipment use sunlight and wind to be the energy sources.
System function
-Training panel with standard patch board,integrated with wind measurement alarm system,with full-closed control mode
-The Solar and wind Hybrid training equipment use PWM mode for stepless unloading, Keep the battery in the best state of charge
-Off-grid inverter module with Overload protection, internal overtemperature protection, output short circuit protection, input undervoltage protection, input overvoltage protection
-All the components are lead to the panel by wires
-The data of Wind power generation, photovoltaic power generation, battery storage can be tested by meters, the users can monitor the parameter, data and curve.
3.Training contents
-According to the power requirements, the selection, installation and connection of photovoltaic cell modules;
-According to power requirements, the selection, installation and connection of wind turbines;
-MCU-based maximum power tracking program design of photovoltaic cell modules;
-Program design of the maximum power tracking of the wind turbine based on the MCU;
-Battery capacity matching calculation and selection;
-Battery charging and discharging parameter setting, protection parameter setting;
Inverter parameter setting;
-Monitoring system configuration and operation;
-Debugging of photovoltaic power supply system;
-Debugging of wind power supply system;
-Debugging of wind-solar hybrid power generation system;
-Monitoring, debugging and analysis of power quality.
DLXNY-GF21 New Energy Hybrid Training System
Overview
The cabinet type solar power generation experimental equipment is a solar photovoltaic power supply system, which can provide a practical teaching, testing and demonstration platform for the working principles of solar cells, controllers and sine wave inverters. Its working process is to first convert solar energy into low-voltage DC power by solar cell module, then charge the 12V battery through the controller, and also supply power to the inverter behind. The inverter converts 12V DC power into 220V AC power for various loads.
