Description
The Art Nouveau solar bench (model 02.484.1) represents a sophisticated integration of classical aesthetics and modern smart city technology. Designed as part of the Szczepańska product line, this urban furniture piece features a minimalist, backless silhouette that complements both historic and contemporary architectural environments. The robust structure is crafted from high-quality carbon steel (S235Jr), providing exceptional durability for high-traffic public spaces. The seating surface is available in various premium wood finishes, including European coniferous or exotic hard wood, ensuring comfort and aesthetic versatility. With a width of 300 cm and a ergonomic seat height of 47 cm, this bench offers a substantial yet elegant presence in any landscape.
Functionality is at the core of this street furniture design, which serves as an autonomous hub for the modern commuter. The unit is equipped with a 100 W photovoltaic panel system, powering an array of smart features including two USB A 3.0 and one USB C 3.0 quick charge ports. To ensure reliable performance regardless of daylight conditions, the bench is available with either gel 36 Ah or high-efficiency lithium 40 Ah battery packs. The integration of 2 x 1m neutral white LED ambient lighting enhances safety and visibility during evening hours, while optional features such as a 10 W wireless charger, Bluetooth speaker systems, and 4G Wi-Fi hotspot capabilities allow for extensive customization to meet the specific connectivity needs of any municipality.
Installation is designed for stability and longevity, utilizing a secure bolt-to-foundation mounting method that ensures the 159 kg structure remains fixed in its designated location. The product is engineered to withstand extreme environmental conditions, boasting a broad operational temperature range of -20°C to 60°C. For projects seeking unique branding, ZANO offers the option to mill custom logos directly into the wooden seating slats. As a premier example of solar street furniture, this model demonstrates how sustainable energy can be seamlessly merged with functional design to create intelligent and inviting public spaces, serving as a functional piece of infrastructure that addresses the digital demands of modern society.
