Solar Water Wheel Aerator for High-Yield Aquaculture
The Solar Water Wheel Aerator is an extremely efficient, energy-saving aeration system specifically engineered for high-yield fish, shrimp, and crab farming operations. This equipment features variable frequency solar technology that eliminates electricity bills while providing ultimate safety with zero underwater electrical leakage risks.
Advanced Motor Technology
Powered by an advanced brushless inverter motor, this aerator saves up to 30% more energy compared to traditional motors. Utilizing a shaft-impeller integrated design, it aggressively splashes the surface and lifts lower-layer water, rapidly boosting dissolved oxygen levels to prevent hypoxia-related die-offs and significantly improving economic benefits.
Technical Specifications
| Feature |
Specifications (Metric / US Customary) |
| Motor Drive Type |
Brushless Inverter Motor (30% Energy Saving) |
| Motor Power |
0.75 kW - 3.0 kW |
| Oxygenation (O.C.) |
1.1 - 6.8 kgO2/h (2.4 - 15.0 lbs/h) |
| Impeller Quantity |
2 to 6 pcs (Detachable plastic blades) |
| Service Area |
1 - 15 Mu (approx. 0.16 - 2.5 Acres) |
| Gearbox Design |
Low-Impedance (Carbonitrided tooth surfaces) |
| Shaft Material |
Engineering Plastic + Stainless Steel Tube |
| Noise Level |
< 78 dB to < 85 dB |
Key Applications
- High-Density Aquaculture Aeration: Perfect for intensive shrimp, fish, and crab farming ponds. By significantly improving water quality and dissolved oxygen, it allows for higher stocking densities, making it essential for high-yield operations.
- Directional Bulk Flow Creation: When multiple units are strategically deployed, they create continuous, directional water flow throughout the entire basin, eliminating dead zones and ensuring uniform oxygen distribution.
Frequently Asked Questions
How exactly does this solar aerator reduce long-term operational costs?
First, by utilizing solar energy, it operates with zero electricity costs and completely removes the need for expensive underwater cable trenching and wiring. Second, its advanced brushless inverter motor combined with a low-impedance gearbox (featuring new bearings and precision gears) inherently consumes 30% less energy than conventional motors, ensuring maximum mechanical efficiency.
Given the harsh conditions of aquaculture ponds, are the impellers and shafts durable and easy to maintain?
Absolutely. The main shaft utilizes a composite structure of engineering plastics combined with a stainless steel tube, delivering superior physical strength, sun resistance, and rust-proofing. Furthermore, the system features an easy-disassemble impeller design with fully detachable blades. If a blade is ever damaged, operators can simply replace the individual blade rather than the whole assembly, drastically cutting down on maintenance time and replacement costs.
