Centrale solaire déployable

The patent removes the rails from the system entirely, extracting the harmful guiding element that caused weight and size increases. Instead of using rails to guide panel deployment, the invention uses the terrain itself as the guiding surface, with wheels rolling directly on the ground to achieve deployment without additional structural components.

The patent introduces wheels as intermediary elements between the solar panels and the terrain. These wheels serve as the mediating component that enables guided deployment through rolling motion on the terrain surface, replacing the need for rigid rail structures while maintaining control over the deployment process.

The patent removes the rails that required delicate and time-consuming manipulations for installation and removal. By eliminating this complex guiding infrastructure, the deployment process becomes simpler and faster, relying instead on the natural terrain for guidance.

The terrain itself serves as the guiding surface, providing automatic guidance for panel deployment without requiring external rail structures. The wheels naturally follow the terrain surface, enabling self-guided deployment that reduces manual intervention and time requirements.

The patent positions wheels in different spatial planes rather than aligning them in a single plane. This dimensional arrangement allows wheels to be distributed across multiple levels, enabling larger wheel diameters for terrain mobility while maintaining compact folded volume through strategic spatial distribution.

The patent arranges wheels at different heights and positions so that they can nest or overlap in the folded configuration. This nesting arrangement allows larger diameter wheels to be accommodated within the compact folded volume, as wheels are positioned in staggered planes rather than requiring uniform spacing.