2024 - Rolling in the deep

War, a word both solemn and relentless, imbues every life with its brutal mark. Whether on the front lines or in the rear, the shadow of war relentlessly descends on their peaceful days, sowing unforeseen devastation and profound psychological trauma. It tears through the veil of peace, plunging humanity into the terror of losing loved ones, homes, and safety. But in these long, dark nights, sanctuaries seem like rare oases, hard to find. Basic necessities become as precious as gold, and a space where people can gather to share warmth and hope is even more distant. War not only destroys homes but also severs opportunities for communication, thinning once warm interpersonal bonds and ruthlessly tearing apart communities. In such moments, the luminous spherical structure stands as a gentle light piercing through the fog, providing a space for those scarred by war to reunite, communicate, and share hope. Based on real war environments, our team has meticulously designed an innovative spherical structure aimed at providing convenience for those affected post-war. The primary goal of this design is to ensure that the sphere can be rapidly deployed alongside emergency supplies to disaster-stricken areas. During the day, the sphere’s solar panels silently capture every ray of sunlight, converting it into usable electricity. As darkness falls, the sphere emits a soft glow through its stored electricity, serving as a beacon for displaced individuals, guiding them to this place. Moreover, the solar power stored in the sphere can not only benefit the post-war populace but also aid international rescue teams. People use the electricity from the device, such as charging flashlights (or others), for use at night.When many unfolded devices are stacked, small communities are formed to gather and enhance people’s interaction.When the device transforms back into a ball, people can push it to the desired location.
When fully deployed, the sphere’s outermost five faces are formed by sturdy support tubes encased in a transparent ETFE film. This layer not only effectively repels rain and maintains a dry and comfortable interior space but also significantly enhances the efficiency of solar panels, maximizing the use of every ray of sunlight. This design ensures that the sphere provides shade while also balancing environmental sustainability with practicality.