Description
The Solar bench Flash, model 02.025.3, represents the pinnacle of modern urban furniture, blending advanced technology with timeless design. Designed by Iwona Żaczek as a key element of the Flash line, this smart city solution is engineered to provide comfort and functionality in public spaces. The structure is available in either durable carbon steel (S235JR) or high-grade stainless steel (AISI 304), ensuring long-term resilience against environmental factors. With its ergonomic backrest and one-sided profile, this street furniture piece is crafted to accommodate users in high-traffic areas, offering a perfect marriage of aesthetic elegance and practical utility for contemporary landscapes.
Performance and sustainability are at the core of the Flash solar bench, which features a 160 W photovoltaic panel and a high-capacity battery system available in Gel 36 Ah or Lithium 40 Ah configurations. This solar bench is equipped with industry-leading charging capabilities, including an inductive wireless charger and a comprehensive suite of ports: two USB-A 3.0 and one USB-C 3.0 Quick Charge outlets. The system maintains optimal performance across a wide temperature range of -20°C to 60°C. Further enhancing the user experience, municipalities can opt for integrated Wi-Fi hotspots and sophisticated audio modules, including Bluetooth speakers or internal memory sound systems, transforming the product into a versatile digital hub.
Customization is central to the design, allowing for seamless integration into any architectural context. The seat and backrest are available in various premium finishes, including European coniferous wood, durable hardwood of European origin, oiled or premium exotic wood, and sustainable eco-planks. These material options ensure that the benches maintain a natural aesthetic while providing a sturdy, comfortable seating surface. Clients also have the option to personalize the unit by milling a custom logo directly into the wood. Designed for secure installation, the Flash bench is mounted via bolting, making it an essential, high-performance addition to any forward-thinking development focused on connectivity and sustainable urban design.
