1. Industrial and Commercial Distributed Wind and Solar Grid Connection Project
The roofs of factories, industrial parks, and vacant land in the factory area are equipped with solar panels and small wind turbines to achieve complementary wind and solar power generation, self use, and surplus electricity grid connection, reducing the cost of electricity consumption for enterprises.
2. Distributed new energy grid connected system for villages and towns
Rural household and village level new energy projects, taking into account local wind and solar resources, make up for the shortcomings of unstable single photovoltaic or wind power generation, and connect to the public power grid.
3. Off grid integrated microgrid project
Mining areas, islands, and border defense stations can be connected to the grid for operation, and can switch to islanding mode for independent power supply when the power grid is cut off, suitable for integrated microgrids of wind, solar, and energy storage.
4. New Energy Demonstration Science and Education Project
Wind solar complementary demonstration power station and campus science popularization training platform, used for showcasing new energy technologies and teaching experiments.
5. Grid connected power supply scenario for field stations
When monitoring stations and some communication base stations have grid connection conditions, wind and solar power supply can be combined to reduce the consumption of mains electricity.
6. Small and medium-sized wind solar complementary power stations
Small and medium-sized distributed wind solar hybrid power stations coordinate the output of wind turbines and photovoltaic arrays to achieve power regulation and grid protection.
