Photovoltaic panels are an independent source of energy that allows outdoor exhibitions to operate at night without having to be connected to the electricity grid. This makes the exhibitions visible after dark, attracting attention and extending their availability to visitors.
The system of photovoltaic panels for outdoor walls enables self-sufficient power supply for lighting – lamps for illuminating boards from the front or rear without the need to run 230 V cables through the exhibition area. The set includes a solar panel, control module, battery, twilight sensor and, optionally, a motion detector, which allows the lighting to be switched on automatically after dark. This solution increases the attractiveness of the exhibition by drawing in interested visitors even after dark.
A well-chosen panel can provide power for several hours after dark – for example, one ROUND Line panel can power 12 lamps illuminating single-sided walls for approximately 8 hours or 16 lamps for approximately 6 hours; similar requirements are planned for outdoor cubes. The solar kit eliminates the need for access to an electrical connection and any safety measures associated with the use of high-voltage cables, which simplifies logistics and reduces operating costs.
Application in museums and target groups
- Open-air museums, heritage parks, historical gardens – thanks to photovoltaic panels, exhibitions can be placed outside the building and remain impressively lit at night, which increases their visibility and accessibility.
- Memorial institutions, temporary and outdoor exhibitions – the possibility of presenting works of art, photographs, graphics and educational installations in urban spaces or outside buildings without the need to build permanent electrical infrastructure.
- Urban galleries, parks, squares, promenades – which want to enrich public space with night-time exhibitions, creating accessible, aesthetic forms of thematic, historical and artistic presentations.
- Curators, exhibition designers, open-air event organisers – who need a flexible power supply system that works with the mobility and variability of the arrangements.
