The AirHES System: Harvesting Resources from the Atmosphere

AirHES harvests low-level clouds to deliver distilled water and zero-carbon power in a single step. Gravity drives the process, so no fuel, brine or heavy batteries are required.

How AirHES Technology Works

Our innovative process leverages natural forces and advanced materials to efficiently capture and convert atmospheric resources:

AirHES System Overview

Cloud Layer (600-1800m) Abundant Atmospheric Moisture Ground Station Kite & Collector Water Column ⚡ Clean Electricity 💧 Pure Water

High-level schematic. Detailed aerodynamics and controls are available in our tech brief on request.

1

Kite Ascent & Positioning

A UHMWPE-reinforced kite climbs to 600–1800 m and holds station using live weather data.

2

Atmospheric Water Capture

A low-drag mesh on the kite surface coalesces cloud droplets into a continuous water flow.

3

Gravity-Fed Water Delivery

Water travels down the tether pipe under gravity, forming a steady column to the ground station.

4

Dual Resource Generation

At ground level we store the distilled water and spin a micro-hydro turbine with the same flow, producing clean electricity.

Core Advantages & Unique Selling Propositions (USPs)

What makes AirHES different from desalination, AWGs and solar-plus-storage:

Integrated Water & Energy Production

One device delivers two products: drinking-grade water and renewable power.

Truly Off-Grid & "Anywhere with Clouds"

Deploy where clouds form—deserts, islands, mountain villages, disaster zones.

No Batteries or External Fuel Required

Gravity replaces fuel and batteries; maintenance stays on the ground.

Ultra-Low Operational Costs & Rapid ROI

Few moving parts aloft, no fuel bills. Modelled payback < 12 months in eight climates.

Zero Waste & Environmental Impact

No brine or pollution; minimal concrete footprint compared to traditional infrastructure.

Modular & Scalable Solutions

Build systems from 10 m² to 10,000 m²; scale from households to entire communities.

Technical Specifications & Performance

Key technical parameters that demonstrate system performance and capabilities.

System Configuration

Operating Altitude: 600 – 1,800 m
Kite Material: UHMWPE-reinforced fabric
Collector Mesh: Hydrophilic polymer fibers
Tether: Carbon fiber tube with water channel

Water Production

Collection Rate: 10 – 50 L/m²/day*
Water Quality: Distilled-grade purity
Storage: Ground-level tanks

* Depends on cloud density and meteorological conditions

Energy Generation

Power Output: 1 – 5 kW per system*
Efficiency: 85%+ micro-hydro efficiency
Storage: Optional battery bank
Grid Connection: AC inverter compatible

* Scalable configuration dependent

Operational Parameters

Wind Tolerance: Up to 25 m/s (90 km/h)
Weather Response: Automated system retrieval
Maintenance: Ground-based, quarterly
Lifespan: 20+ years (design target)