Micro wind turbines

Air 30 Wind Turbine

The AIR 30 delivers reliable off-grid power for land-based applications with high-wind performance and simple installation.

Why choose the AIR 30

The AIR 30 is engineered for high-wind, land-based environments — built to power essential systems with lightweight, plug-and-play reliability.

Produces up to 30 kWh/month in optimal wind conditions
RoHS compliant with CSA and CE certifications
Pairs with solar PV for consistent, year-round output
Advanced microprocessor technology with no mechanical braking
Lightweight, simple to install, and ideal for remote land-based use

Real-world uses for this turbine

Built for locations that need reliable power without the grid

Off-grid infrastructure monitoring

Perfect for powering small-scale SCADA systems and sensors in remote, land-based locations without grid access.

Off-grid infrastructure monitoring

Perfect for powering small-scale SCADA systems and sensors in remote, land-based locations without grid access.

Rural telecom installations

Keeps communication equipment online in remote or low-access regions with high wind reliability.

Security and surveillance setups

Delivers consistent energy for powering remote cameras, alarms, and lighting systems at off-grid locations.

Security and surveillance setups

Delivers consistent energy for powering remote cameras, alarms, and lighting systems at off-grid locations.

Cathodic protection systems

Used to power corrosion prevention systems in remote pipelines or land-based infrastructure.

Cathodic protection systems

Used to power corrosion prevention systems in remote pipelines or land-based infrastructure.

In detail

Everything you need to know about the AIR 30

The AIR 30 is purpose-built for land-based, off-grid applications in high-wind environments. With technology inspired by megawatt-scale turbines, it delivers dependable power for mission-critical systems like SCADA, telecom, and security infrastructure.

At the heart of the AIR 30 is an advanced microprocessor that intelligently manages performance and battery charging. This ensures smoother operation, better energy efficiency, and increased protection — all without the need for mechanical braking.

Its lightweight, plug-and-play design makes it easy to install in remote areas, and its rugged build ensures it continues to perform where other systems might fail. The AIR 30 is also fully RoHS compliant and backed by CSA and CE certifications for safety and quality.

Ideal as a standalone solution or paired with solar PV, the AIR 30 is trusted worldwide as a high-performing, low-maintenance wind power option for land-based energy needs.

Data sheet

Everything you need to know about the performance and build of this model in one place

VALUE

SPECIFICATION

Energy

Approx. 30 kWh/mo at 5.5 m/s (12 mph)

Swept Area

1.07 m2 (11.5 ft2)

Rotor Diameter

1.17 m (46 in)

Weight

5.9 kg (13 lb)

Shipping Dimensions

686 x 318 x 229 mm (27 x 12.5 x 9 in) 7.7 kg (17 lb)

Startup Wind Speed

3.59 m/s (8 mph)

Voltage

12, 24, and 48 VDC

Turbine Controller

Microprocessor-based smart controller

Body

Permanent mold cast aluminum

Blades

(3) Injection-molded composite

Alternator

Permanent magnet brushless

Overspeed Protection

Electronic torque control

Survival Wind Speed

40.2 m/s (90 mph)

Mount

1.5 in schedule 40 pipe 48 mm (1.9 in) outer diameter

Get the full specs and install details

Everything you need to plan, install and integrate this turbine is ready to download

Get the full specs and install details

Everything you need to plan, install and integrate this turbine is ready to download

Performance

Understand your turbine’s output

See how this model performs and what kind of energy it can deliver in real conditions

AIR Power Curve

See how this model performs in varying wind conditions, and how it optimizes energy production over time

AIR Power Curve

See how this model performs in varying wind conditions, and how it optimizes energy production over time

AIR Energy Curve

Visualising the estimated monthly energy yield based on average wind speed is helpful for site planning and feasibility

AIR Energy Curve

Visualising the estimated monthly energy yield based on average wind speed is helpful for site planning and feasibility

Gallery

See this turbine in action

Explore real-world installations and get a better sense of the scale, structure and design in the field

Over 180,000 Ryse products deployed worldwide

Ready to power your project with Ryse?

Whether you're just getting started or ready to build, our team is here to help.

Over 180,000 Ryse products deployed worldwide

Ready to power your project with Ryse?

Whether you're just getting started or ready to build, our team is here to help.