Intelligent Solar Submersible Jet Aerator for Fish Farming - 2-5 mg/L*h Oxygenation, Deep Water 5m

Price Negotiable

Price: USD1000-2000

MOQ: 1

Delivery Time: 7-15 Days

Brand: ABG

Product Description

Intelligent Solar-Powered Submersible Jet Aerator

Advanced Deep Water Aeration Solution

This solar-powered jet aerator provides efficient oxygenation for fish farming operations, featuring intelligent control systems and deep water performance capabilities up to 5 meters depth.

Key Features & Benefits

Solar Powered Operation - Zero electricity consumption with carbon-free operation, ideal for remote aquaculture sites
High-Efficiency Oxygenation - 30% higher oxygen transfer efficiency than traditional impeller aerators with dissolved oxygen increase rate of 2-5 mg/L*h
Water Circulation Enhancement - Promotes upper and lower water body mixing to balance temperature differences
Water Quality Improvement - Reduces harmful substances including ammonia nitrogen and hydrogen sulfide concentrations
Intelligent Control System - Optional light control + time control with remote monitoring via mobile app
Corrosion Resistant Construction - Built with 304 stainless steel and engineering plastics for extended service life
Low Noise Operation - Quiet performance suitable for residential and park environments
Easy Installation & Mobility - Float design allows free movement without fixed foundation requirements

Technical Specifications

Parameter	Specification
Power Source	Solar photovoltaic panels
Oxygenation Rate	2-5 mg/L*h dissolved oxygen increase
Efficiency	30% higher than traditional impeller aerators
Construction Materials	304 stainless steel, engineering plastics
Control Options	Light control, time control, remote monitoring
Operating Depth	Deep water applications up to 5 meters

Product Image

Intelligent solar-powered submersible jet aerator for fish farming with fountain spray design

Applications

Ideal for fish farming operations, aquaculture facilities, park lakes, community water features, and landscape water bodies requiring efficient oxygenation and water quality management.