This Solar Bench Just Turned Every City Street Into a Charging Hub - Yanko Design
Briefly

This Solar Bench Just Turned Every City Street Into a Charging Hub - Yanko Design
"Picture this: you're exhausted from walking through the city, desperately need to charge your phone, and suddenly spot the perfect bench bathed in soft light. You sit down, plug in, and realize this isn't just any piece of street furniture. It's actually harvesting energy from the sun and transforming the urban landscape around you. Welcome to Perovia, a design project that's making us rethink what public spaces can be."
"The name itself is a clever nod to perovskite, a revolutionary solar material that's been causing quite a stir in renewable energy circles. Unlike traditional bulky solar panels, perovskite cells are flexible, efficient, and can be integrated into all sorts of surfaces. TAIWA took this cutting-edge tech and asked a simple question: what if our city furniture could work as hard as we do?"
"Perovia functions as what the designers call "a node of light in the urban circuit." During the day, it quietly soaks up solar energy through its integrated perovskite cells. As evening falls, it transforms into a glowing beacon, providing ambient lighting that makes public spaces feel safer and more inviting. But it doesn't stop there. The bench also features USB charging ports, because let's be honest, in 2025, a dead phone battery is basically a modern emergency."
Perovia is an urban bench that integrates flexible perovskite solar cells to harvest solar energy during the day. The bench emits ambient lighting at night, acting as a glowing beacon and a node of light in the urban circuit that enhances safety and atmosphere. Integrated USB charging ports provide convenient device charging for passersby. Perovskite cells enable low-profile, efficient solar integration across varied surfaces, allowing street furniture to contribute to municipal sustainability goals. The design blends futuristic aesthetics with practical functions to reduce grid-dependent street lighting and address multiple urban challenges simultaneously.
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