As a preliminary step to the creation of wind farms, the multifunctional oceanic station FLORA was to monitor avifauna with radar and record meteocean data autonomously. Its original design weighed 178.67 tons and we had to redesign the structure to meet new engineering constraints: not to exceed 6.32 tons and to reach a maximum Vertical Center of Gravity (KG) of 12.51 meters. Part of the challenge was also to give a pure design and form to a marine infrastructure, moving away from the traditional.
PROCESS
Squircle superstructure to defy marine monotony
To achieve our goal, we mapped the technicians' experience and developed the conceptual design of the station based on the information obtained. We opted to break the traditional circular mold and adopted a "squircle" (square with rounded corners) geometry for the superstructure. This allowed us to free the roof of objects and integrate the flexible photovoltaic panels into the perimeter railings. A comprehensive emergency evacuation system was also developed, analyzing all risk scenarios to ensure a quick and safe extraction of technicians in any contingency.
RESULT
Impact results: security, intelligence and an IF Design Award
The resulting redesign strictly complies with the constraints proposed by Wedge's engineers. By opting for the new "squircle" shape, we were able to create our own visual identity, optimize platform space and improve safety for technicians. All this positions Flora as a benchmark in operational safety and optimized energy efficiency for autonomous monitoring. The project received an iF Design Award in 2024 for "setting a design precedent in the marine infrastructure sector, traditionally oriented towards technique rather than design."
Visual identity and geometric differentiation: Breaking with the dominant circular shapes in marine devices and redesigning the "squircle" geometry.
Energy optimization and foundational optimization of the roof: Integration of flexible photovoltaic panels in the perimeter railings, with an inclination that maximizes solar gain.
Improved maintainability and equipment protection: The roof dimensions were increased, thus facilitating repairs.
Safety Improvement: Evacuation System Personnel safety was a fundamental pillar of the redesign.
FLORA was not just a design challenge; it was a feasibility challenge. Engineering and industrial design not only solve problems, but are the engine to transform a product into an efficient, safe and unmistakable brand identity.
LET'S WORK TO _LET'S WORK TO _LET'S WORK TO _LET'S WORK TO _LET'S WORK TO _
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