Wind-Solar Hybrid and Distributed Microgrid Systems

Micro-wind generators and photovoltaic systems possess natural complementarity in power generation timing (abundant sunlight during the day, while wind is often stronger at night or on cloudy/rainy days). In remote mountainous areas, islands, communication base stations, and areas with no/weak grids, building wind-solar hybrid microgrid systems significantly reduces reliance on traditional power grids, achieving true energy self-sufficiency and uninterrupted power supply.

Commercial and Industrial (C&I) Green Power Transformation & Cost Reduction

For factories, logistics parks, and commercial complexes, deploying distributed photovoltaic and micro-wind generation systems effectively revitalizes idle roofs and factory spaces. The system provides clean electricity locally, helping enterprises lower high daily electricity expenditures while accelerating zero-carbon park construction and achieving energy conservation and emission reduction targets.

Smart City Infrastructure and Rural Revitalization

In urban road lighting (wind-solar hybrid streetlights), smart agricultural environmental monitoring, landscape lighting, and new rural residential construction, the flexible combination of micro-wind generators and photovoltaic modules provides independent and secure off-grid power for distributed infrastructure. There is no need for expensive and complex long-distance cable laying, ensuring convenient construction and extremely low post-maintenance costs.

One-Stop System-Level Safety Assurance

Deeply integrating Chennuo Electric's core switching equipment—such as high-voltage vacuum circuit breakers, disconnectors, and vacuum contactors—in the grid-connection, inversion, and energy storage stages of photovoltaic and wind power systems enables precise dynamic switching, safe isolation, and short-circuit protection on the AC side of new energy systems, guaranteeing the absolute safety and stable operation of the entire microgrid.