Flux AI: eco-friendly innovation

eco-friendly innovation Flux Artworks

Photorealistic depiction of a lithium-ion tube battery made from mushrooms. Thin mycelium threads interwoven with electrodes. Cutaway view showing the internal structure. Horizontal orientation highlighting battery connections.
2 images

Photorealistic Mushroom-Based Lithium-Ion Tube Battery Illustration with Mycelium Integration

cutaway view
mushroom technology
lithium-ion battery
A breathtaking solarpunk metropolis is nestled within the hollow of a colossal ancient tree. Gnarled branches reach towards the sky. Buildings are constructed from woven vines and shimmering glass. The city is powered by bioluminescent flora and gentle breezes. A symphony of organic architecture and technological innovation exists. Holographic projections dance among the leaves. The artwork is inspired by Hayao Miyazaki, Moebius, and Syd Mead. The scene is detailed, vibrant, and shows harmony between nature and technology. This artwork appears to be rendered in Unreal Engine 5 with cinematic qualities.
2 images
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Breathtaking Solarpunk City Within a Colossal Ancient Tree - Eco-Futuristic Metropolis in Nature

artistic rendering
Unreal Engine 5
sustainable metropolis
An animated portrait of a smiling man with a long beard, wearing a light blue shirt. He has glasses and is standing in front of a sunny solar farm with rows of solar panels in the background. The scene conveys a positive and eco-friendly atmosphere. The colors are vibrant, with green fields and a clear blue sky. The character appears engaged and happy, representing sustainability and innovation.
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Animated Portrait of a Friendly Innovator in a Sunny Solar Farm Setting

smiling man
animated portrait
long beard
The image is a detailed schematic diagram illustrating a sand battery design with a volume of 30 cubic meters. At the core, a central steam release pipe is depicted, which plays a crucial role in the system's functionality. Below it lies a water capture basin designed to collect and recycle water for system efficiency. The walls and roof of the structure are insulated to maintain temperature, and large heat pipes are strategically positioned at the top. These pipes are reminiscent of those used in CPU coolers, ensuring effective heat distribution and retention for energy storage. The overall layout emphasizes sustainable engineering practices.
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Detailed Schematic of a 30 Cubic Meter Sand Battery with Central Steam Release Pipe and Water Capture Basin

Renewable Energy
sand battery
energy storage