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In October, a small team comprised of members from DRDC, Natural Resources Canada (NRCan) CanmetENERGY and the Royal Canadian Air Force | Aviation royale canadienne, deployed and commissioned the first made-in Canada transportable power and energy-generating shelter solution for uncrewed and autonomous operation at an austere Arctic location. To enable operation during polar nights and days throughout the year, the power and energy system is comprised of solar photovoltaic panels, small wind turbines, direct methanol fuel cells, and batteries.   This shelter prototype was developed under a US-Canadian bilateral effort to support NORAD’s system of systems that will enhance Canada’s surveillance capabilities.   This work further exemplifies the longstanding and successful collaboration between DRDC and NRCan’s CanmetENERGY to develop Arctic power and energy domain capabilities to meet the Department of National Defence and Canadian Armed Forces requirements. #ArcticScience #DefenceScience #NORADMod

  • Six individuals, 2 dressed in orange winter coats, 4 dressed in darker winter attire, standing infront of a large solar panel that has wind turbines attatched. Beyond panel is snowy land, and a solid white sky.
  • Solar panel is folded downward, a light glowing from it towards a snowy ground beneath. The sky is dim blue, with minimal light along a snowy horizon.
Trevor Highmoor

Enterprise IT for the SMB Customer

1w

Why not masts at each end that can fold down with larger turbines?

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Peyman Servati

CEO at Texavie and Professor at University of British Columbia

3w

Great work! You should use Texavie Neat SolarTex, the first solar textile, for making the solar panels super lightweight, durable and retractable. Let me know if there is interest.

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BRIJITH SHENOY

Director of Engineering at Max-Atlas International Inc.

3w

Congratulations, Remarkable achievement!

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