Project Background
Aquaculture farms are mostly located in remote areas with weak power grid coverage and unstable power supply. Critical equipment such as aerators and feeders are highly dependent on electricity, and power outages will directly lead to fish death due to lack of oxygen.
Core Issues
- Unstable power grid supply and frequent power outages pose high risks to aquaculture. Diesel generators are costly, noisy, and difficult to maintain.
- Photovoltaic power generation is highly volatile and lacks energy storage for regulation.
- Dispersed equipment lacks unified energy management.
Project Solution
Adopting an “integrated photovoltaic and energy storage” design, combining photovoltaics and energy storage, it constructs off-grid or grid-connected microgrids. The system is automatically dispatched to ensure uninterrupted power supply to critical equipment 24 hours a day.
Project Highlights
Off-grid operation capability: Supports fully off-grid operation, suitable for areas without power grid.
Intelligent dispatching: Prioritizes photovoltaic power supply, stores excess electricity, and automatically discharges at night or on cloudy days.
Waterproof and dustproof design: Outdoor cabinet design, suitable for high humidity and high temperature environments.
Remote monitoring: Real-time monitoring of power and load status via mobile phone, supporting remote operation and maintenance.
Aquaculture safety: Eliminates the risk of fish mortality due to power outages.
