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Atlas Copco

Last updated February 26, 2026
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Kinematic solar array deployment geometry: Atlas CopcoRecent Research Landscape

Mechanical instability and footprint constraints during transport increase deployment costs for mobile power systems. Engineering the hinge articulation and rod connectivity ensures structural integrity and precise spatial configuration of foldable photovoltaic arrays.

What technical problems is Atlas Copco addressing in Kinematic solar array deployment geometry?

Structural instability during deployment

(4)evidences

Mechanical instability and structural failure during the unfolding of large-scale panels. Ensuring geometric integrity during deployment prevents component damage and operational failure in remote environments.

Deployment mechanism transport damage

(3)evidences

Conventional solar arrays suffer from restricted surface area and mechanical vulnerability when folded. Increasing the active absorption area while maintaining structural integrity during transport is a critical performance bottleneck.