
Dc Aerators
A DC aerator performs a important position in keeping choicest water high-quality in shrimp and fish farms with the aid of ensuring continuous oxygenation, which is important for shrimp & fish health and growth. Powered through a right away present day (DC) source, often related to sun panels or batteries, this kind of aerator presents a sustainable answer for remote or off-grid shrimp farms. The device circulates water to save you stagnation, reducing the accumulation of dangerous substances like ammonia and nitrites. Furthermore, aerators help stabilize temperature and distribute vitamins calmly for the duration of the pond, assisting a more fit surroundings for shrimp.
Regular operation of the aerator, in particular at some point of warmer months, can substantially improve survival charges and productiveness. To attain the pleasant results, shrimp farmers need to monitor oxygen ranges and alter the aerator’s runtime for this reason.
Benefits of DC Aerators in Shrimp & Fish Farming:
Energy Efficiency:
- Operates on renewable power assetsIdeal for farms located some distance from grid energy. like sun, decreasing operational expenses.
- Highly efficient and designed to run for extended periods.
Reliable in Remote Areas:
- Ideal for farms located some distance from grid energy.
- Functions independently of strength outages, ensuring steady oxygenation.
Environmental Sustainability:
- Promotes inexperienced farming practices by way of making use of renewable electricity resources.
- Reduces carbon footprint compared to diesel-powered aerators.
Improved Shrimp & Fish Health:
- Ensures solid oxygen stages, reducing pressure on shrimp and fish.
- Enhances survival charges and boom by preserving best water situations.
Flexibility and Scalability:
- Suitable for small and huge ponds.
- Modular structures permit for clean growth.



Types of DC Aerators for Shrimp & Fish Farming:
Paddle Wheel Aerators:
- Most typically utilized in shrimp and fish farming.
- Efficiently circulates water and oxygenates by means of growing floor agitation.
- DC fashions can run without delay from solar or battery sources.
Diffused Air Systems:
- Employs DC-powered blowers to push air through submerged diffusers.
- Generates microbubbles for efficient oxygen transfer.
- Ideal for maintaining deep-water oxygenation.
Vertical Pump Aerators:
- Creates upward water motion to mix oxygen into deeper pond layers.
- Effective in shallow and medium-depth shrimp and fish ponds.
Solar Aerators:
- A entire sun-powered answer.
- Combines solar panels, rate controllers, and batteries to make sure uninterrupted operation.
Considerations for Using DC Aerators in Shrimp & Fish Ponds:
Sizing and Capacity:
- Determine pond size and stocking density to pick out the appropriate aerator capability.
- Higher stocking densities can also require a couple of gadgets or better-potential models.
Energy Backup:
- Ensure the gadget includes battery storage for nighttime or cloudy-day operation.
- Hybrid structures with grid or generator backup provide brought reliability.
Durability:
- Choose aerators designed for harsh out of doors and aquatic environments.
- Look for corrosion-resistant materials, especially for saline water use.
Maintenance:
- Regularly smooth the aerator components and check for wear and tear.
- Monitor battery health and sun panel performance for long-time period reliability.
Advantages for Shrimp and Fish Farming:
- Reduces the danger of hypoxia, mainly during essential increase stages.
- Promotes even distribution of oxygen throughout the pond.
- Facilitates better water great by using enhancing the breakdown of natural waste.
- Enhances shrimp yield and quality due to healthier growing conditions.
Parameter | Details |
---|---|
🔸 Input Voltage | AC 220V |
🔸 Output Voltage | DC 48V (via SMPS converter) |
🔸 Current Draw | Approx. 2.3A (AC) / 12.5A (DC) |
🔸 Power Consumption | Approx. 600W |
🔸 Airflow | Up to 118 m³/h |
🔸 Static Pressure | Up to 200 mbar |
🔸 Motor Type | Brushless DC motor |
🔸 Bearing Type | NMB ball bearings (durable, long-life) |