Water Generator (AWG)

Boyard compressors for atomospheric water generators (AWG) are designed to efficiently extract water from the air. These compressors provide reliable performance, ensuring a consistent supply of clean water. Boyard compressors are ideal for use in areas with limited water resources, offering a sustainable and efficient solution for water generation.

The Critical Role of Compressors in AWG Systems

AWGs operate by drawing in ambient air, cooling it below its dew point to condense water vapor, filtering the moisture, and storing it.The compressor is the linchpin of this process: it pressurizes the refrigerant, raising its temperature to enable efficient heat release in the condenser.A subpar compressor leads to reduced water output, high energy use, or breakdowns.AWGs demand compressors that:

Maintain consistent cooling across varying humidity (10–90% RH) and temperatures (-15℃ to 45℃).
Minimize energy use to lower operational costs.
Withstand harsh conditions (dust, salt, moisture) in diverse settings.

Boyard Rotary Compressors: Engineered for AWG Excellence

Boyard’s rotary compressors are designed to exceed these demands, combining innovation with rigorous quality control. Here’s how they deliver:

1.Twin-Cylinder Structure: Silent, Stable Operation

Traditional single-rotor compressors generate vibrations and noise due to uneven rotation. Boyard’s twin-cylinder (double-rotor) design uses two symmetrical rotors rotating in opposite directions, balancing forces to reduce vibration by up to 30% and noise levels significantly. This makes Boyard compressors ideal for quiet spaces like homes, offices, or hotels—no disruptive hum during peak operation.

Beyond noise reduction, the twin-cylinder structure distributes mechanical stress evenly, minimizing wear on components like bearings and shafts. This extends the compressor’s lifespan, reducing maintenance needs.

2.Fully Enclosed Structure: Protection in Harsh Environments

AWGs face diverse challenges: desert sand, coastal salt, industrial dust, or moisture.Boyard’s compressors feature a fully hermetic, corrosion-resistant steel casing that shields internal components from contaminants. This design prevents dust clogging, salt corrosion, and water damage, ensuring reliable performance in remote, off-grid, or harsh settings.

3.In-House Precision Manufacturing: Reliability You Can Trust

Boyard operates its own state-of-the-art facilities, controlling every step from material selection to assembly. CNC machines grind rotors to micron-level accuracy (±0.01mm), minimizing friction and energy loss. Each compressor undergoes rigorous testing—temperature cycling (-3℃ to 50℃), load simulation (10,000+ hours), and vibration analysis—to meet IATF16949 standards. In-house production ensures batch-to-batch consistency, so manufacturers can trust Boyard compressors for unwavering performance.

4.Energy Efficiency & Low-GWP Compatibility

Sustainability is key. Boyard compressors achieve a COP of 3.25 in low-humidity conditions (30% RH)—20% higher than conventional models—lowering energy costs by 30% for a 500L/day AWG. They are also certified for low-GWP refrigerants (R290, R32, R454B), aligning with global regulations and reducing carbon emissions.