Generator for Aquaculture

Power Output (kW or kVA):

• Estimate total power consumption of all equipment (pumps, aerators, lights, feeding systems, etc.).
• Consider peak load requirements and add a 20-30% margin for future expansion or unexpected demand.

Fuel Type:

• Diesel Generators: Preferred for aquaculture due to durability and fuel efficiency for continuous operation.
• Natural Gas Generators: Environmentally friendly but may be less practical in remote areas.
• Solar Backup with Hybrid Generators: Useful for sustainable farms.

Continuous Duty Rating:

• Aquaculture often requires 24/7 operation, so ensure the generator has a high continuous-duty rating.

Waterproofing and Corrosion Resistance:

• Saltwater farms require generators with marine-grade materials and corrosion-resistant coatings.

Automatic Transfer Switch (ATS):

• Ensures uninterrupted power by automatically switching to the generator during grid outages.

Noise Levels:

• Opt for soundproof enclosures if the farm is near residential areas or to reduce stress on fish.

Maintenance Requirements:

• Ensure ease of access for regular maintenance and servicing.

Environment and Location:

• Tropical areas may require cooling systems for the generator.
• Portable or stationary options depending on farm layout.

Voltage and Phase:

• Match generator output with the farm’s electrical system (single-phase or three-phase).