Since standalone wind and solar power cannot guarantee a continuous supply of electricity during weather conditions like windless or rainy days, remote areas without access to the grid often need to equip themselves with energy storage systems of considerable capacity when relying solely on wind or solar power. Therefore, adopting Wind-Solar Hybrid Power Generation After the integration of solar cells, wind turbines, and storage batteries, the issue of intermittent power generation from a single source can be effectively addressed, ensuring a consistently stable electricity supply. Wind-solar hybrid power generation technology is primarily applied in the following areas within China:

　　1. Electricity for daily life and production in rural areas without power

　　In China, villages without access to electricity are often located in regions rich in wind and solar energy, making wind-solar hybrid power systems a highly promising solution to address their energy needs. Implementing standardized wind-solar hybrid systems can significantly accelerate economic development in these areas, helping to elevate their overall economic standards. Moreover, leveraging these systems to harness abundant renewable energy resources can provide affordable and reliable electricity services to rural populations in remote areas, fostering sustainable development in otherwise isolated communities.

　　China has already established centralized power systems powered entirely by renewable energy sources, but these systems currently provide only lighting and basic household electricity—they cannot support or are not designed to handle productive loads, which significantly limits their economic viability. To ensure the long-term, economically sustainable operation of independent, renewable-energy-based centralized power systems, key factors must be addressed, including system ownership, management mechanisms, electricity pricing standards, production load management, as well as the sources, amounts, and distribution channels for government subsidy funding. Nonetheless, this sustainable development model holds profound implications for all developing countries, including China.

　　2. Applications of LEDs in Outdoor Lighting

　　In the context of growing global energy and environmental challenges, the energy-saving potential of wind-solar complementary LED lighting technology is attracting increasing attention worldwide. The basic principle of this system involves intelligently charging batteries via a controller that combines solar and wind energy in a complementary manner. At night, various outdoor LED lighting fixtures automatically turn on and off based on ambient light levels. The smart controller features wireless network communication capabilities, enabling three-way remote management (remote monitoring, remote signaling, and remote control) with a backend computer system. Additionally, the intelligent controller boasts powerful AI functionalities, allowing for advanced, computer-assisted three-way management of the entire lighting project—including real-time monitoring of lighting fixture performance, as well as automatic alerts for faults and theft prevention. Outdoor LED lighting projects typically include:

　　(1) Roadway lighting project for vehicle traffic (expressways, main roads, secondary roads, and access roads).

　　(2) Urban residential area lighting projects (street lights, courtyard lights, lawn lights, underground lights, wall lights, etc.).

　　Currently developed new-energy, next-generation outdoor lighting projects include: wind-solar hybrid LED smart streetlights, wind-solar hybrid LED community road lighting projects, wind-solar hybrid LED landscape lighting projects, and wind-solar hybrid LED smart tunnel lighting projects.