Hybrid Solar-Wind-Diesel Power Generation System
The hybrid solar-wind-diesel power generation system incorporates a diesel generator or a commercial power network into the overall power supply system. This integration allows for the utilization of the diesel engine or commercial power when the solar energy, wind power, or energy storage system experience power shortages. This ensures a continuous power supply, preventing any interruptions or insufficiencies caused by natural factors.
- The combination of solar energy, wind energy, commercial power, and diesel generation resources creates a stable and reliable system.
- The modular design ensures easy installation and maintenance.
- Allows for remote monitoring of its status.
- Supports two working modes: storage battery optional.
- In the mode without a storage battery, solar energy is given priority, with the mains supply serving as a supplementary power source for the load.
- Utilizes SPWM technology for pure sine wave output.
- Incorporates PFC technology to achieve a high power factor and reduce grid capacity occupation.
- The MPPT technology employed ensures a tracking efficiency of over 99.5%.
- The solar inverter can deliver output while the commercial power is being charged, thereby avoiding any detrimental effects of unstable voltage on the load.
- With a simple one-key control, the AC output can be easily switched between the mains supply and the inverter output.
In various scenarios such as islands, frontier defense, communication base stations, transportation, water conservancy and hydrology, and forest fire prevention, it is crucial to ensure uninterrupted operation of important equipment around the clock. These scenarios often involve high power requirements, making it necessary to have a contingency plan in place for emergency situations. This can be achieved by utilizing diesel generators or grid power to provide the necessary support.
