Polaris Advantage- Wind Generators for Farms

Why we beat our competition

Low cut in speed
20 year rated lifespan
Ultra quiet breaking
Industry best power to weight ratio
Low operating noise level (50-55 db) at 100ft
Lightest generators available
Standard operational enviornmental conditions -10°C to 40°C (14°F to 104°F)
Extreme temperature range -25°C to 50°C (-13°F to 122°F)
High efficiency levels

Benefits of purchasing a Polaris Wind Turbine

Generate power faster
Superior Performance
Easy to transport and install
Built to last
Faster ROI

Our Advanced PM

When the generator is operating and producing electricity, it produces heat. As the heat increases, generator efficiencies decrease. To solve this problem, our generators include an air cooling system. This drastically reduces the associated wear that high-temperatures can cause, and thus improves the life-span of our generators.

Competitive Comparison

	POLARIS	COMPETITION
Cut in Speed	2.5m/s	3 to 3.5m/s
Rated Wind Speed	12m/s	11 to 13.8m/s
Low Wind Speed Option (8m/s)	YES	NO
Permanent Magnet System	YES	NO
Ultra Efficient	YES	NO
US Military Grade	YES	NO
Power to Weight Ratio	HIGH	LOW
Breaking System (Ultra Quiet)	REGENATIVE/RESISTIVE	PITCH/MAGNETIC

Key Advantages

Price

Our turbines operate using a technology that is not only innovative but has reduced the price point on our systems to ensure a faster return on investment to the end user.

Engineering

State of the art systems equipped with rugged generators ensure that turbines operate in even the harshest of conditions. All electronics are mounted, pre-wired and pre-tested in NEMA rated 3R cabient prior to shipment saving installation/start up time.

Installation

The form factor design of our generators allows for installation ease, thereby minimizing upfront costs and minimizing your environmental footprint.

Specifications

With the lowest cut-in speed in the industry, electricity is produced sooner and more efficiently.

Maintenance

With our AFPM generator, cogging problems are completely eliminated as the technology has no core on the stator coil, thereby minimizing down time and reducing maintenance costs over the life of the system.