

Polar Field Services has extensive experience in designing, building, deploying and maintaining remote power systems in some of the harshest, most remote locations on the planet. Our personnel, including
a NABCEP certified solar installer, have created reliable power solutions for use on streams of moving ice in Antarctica, on the treeless plains of Alaska’s tundra biome, and on the deserted ice cap covering Greenland. Our expertise includes methods that enable us to deploy and maintain these systems in the most cost-effective manner possible.

Our clients cannot afford to get stuck with complicated systems that are unreliable or difficult to service. Polar Field Services works with the customer to ensure that they get the system they need, and that they understand its operation and maintenance. We provide training and clear documentation to this end. If desired, we also offer service maintenance contracts, ensuring professional upkeep of critical systems, at a reasonable cost.
Our design philosophy begins with a thorough review of the power requirements. We implement energy efficiency measures on the front end, as it generally less expensive to conserve energy than to create it. Once we’ve maximized energy usage, we analyze the renewable energy resources to determine the most reliable and cost-effective approach.
Renewable energy can often provide for 100% of a project’s energy requirements without the noise, pollution and fuel-handling requirements associated with a generator. When an on-demand power source is required as part of a hybrid system, Polar Field Services has the expertise to integrate the appropriate solution to work in conjunction with the renewable resources, minimizing maintenance and fuel usage.
Our extensive experience with federal contracting ensures that all requirements are met for purposes of accounting and audits.
To discuss your power needs, please Contact Us >> |
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Grid interactive, 6kW wind turbine at Summit Station, Greenland

Fuel fired generators can be part of efficient hybrid power systems. Barrow Environmental Observatory, Alaska

Pre-deployment testing reduces problems in the field. Testing a solar powered power/ communications system at PFS-South

Innovative solutions are our specialty. Here an asynchronous wind turbine is integrated with a three-phase diesel generator electrical grid via three SMA inverters
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