The solar panel integrated into the superstructure can be evaluated to contribute to energy supply with appropriate orientation and system design. Panel power is planned according to battery capacity and, when necessary, the energy needs of grid connection, lighting and charging equipment.
The wide top panel creates a shaded area above the seating area. Lighting that follows the perimeter of the canopy and vertical carriers emphasizes the unit's form and increases its visibility in the evening hours.
The empty space left next to the bench can be arranged as a waiting point for wheelchair users. Approach distances and usage height of charging equipment can be determined according to project needs.
It can be used in parks, campuses, office campuses, city squares and common areas of housing projects.
The dimensions of the bench, canopy width, wood type, metal color, charging equipment and lighting can be custom-made upon request. Logo applications and energy system options can be adapted to the project.
Contact us to produce a solar panel seating bench suitable for your project.
Combining electric vehicle, bicycle and scooter charging points with a rest area, this station offers an integrated design for modern transportation areas. With its metal body, solar panel roof and wooden bench, it creates a defined waiting point that can be used while charging.
The dark-coloured metal structure gains a simple architectural appearance with rounded roof corners and curved side carriers. The wooden slats and bench under the ceiling complement the metal surfaces with a natural texture.
Body material, surface finish and wood type can be determined by the conditions of the installation site. Ventilation openings, service access and cable placement can be planned along with the charging equipment to be used. Metal border elements on the front help organize the space around the unit.
Ports located separately on the front panel allow charging equipment for different vehicle types to be offered in the same unit. The socket type, power capacity and control system can be selected to be compatible with the targeted vehicles.
Digital display can be evaluated to display charging status, usage steps and service information. The lockers on the side can be configured as storage areas for helmets and small personal items.
Solar panels on the roof can contribute to energy supply with appropriate system design. Panel power, battery and grid connection are designed according to the total energy needs of the station.
Lighting located on the roof edge, side carrier and under the bench highlights the usage area and the lines of the design. The shaded seating area offers short-term rest during charging.
It can be used in parking lots, campuses, office campuses, hotels and transportation transfer points.
The station’s dimensions, number of charging points, cabinet layout, seating area, metal color and lighting can be custom-made according to demand. Electronic equipment and energy system can be configured according to project needs.
Contact us for a metal charging station design suitable for your project.
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