360° charging
Vertical faces remain exposed as solar direction changes through the day.
GEOFLEX FOLDABLE VERTICAL PV
Choose the geometry. Build the system.
Choose the polygon geometry that fits the pole, then select the output model for the project. Every GeoFlex form uses foldable vertical PV surfaces for a compact pole-mounted energy source.
Selection priority: match the maximum pole diameter first, select the required nominal power second, and confirm the site conditions before final configuration.
Modular install
Male and female sliding structures support the catalogue’s modular installation concept.
Urban integration
The vertical surface is designed to sit naturally within poles and public infrastructure.
SELECT A PRODUCT FORM
HEXAGON / 6 SIDES
OCTAGON / 8 SIDES
DECAGON / 10 SIDES
DODECAGON / 12 SIDESPRODUCT CONFIGURATOR
Four series. Eight models. Every specification visible.
PDF reference: values shown are taken from the supplied Foldable Vertical PV Data Sheet. Vertical generation varies with local latitude and altitude.
APPLICATIONS
Solar collection that belongs on the structure.
The product catalogue identifies street lights, CCTV systems, road signal lights, wireless broadcast and custom lighting as use scenarios. Use the selected model as the PV module reference, then confirm the light head, storage, controller and optional hybrid or IoT solution for the project.
Street & garden lighting
For roads, walkways and landscape projects where the pole provides the natural vertical surface for PV collection.
CCTV & road signals
For monitoring and traffic systems needing a self-contained pole-mounted solar energy source.
Wireless & custom loads
For wireless broadcast equipment and project-defined lighting or infrastructure loads.
INSTALLATION PROJECTS
Vertical solar lighting in real public environments.
The following project views are cropped from the supplied GeoFlex catalogue and presented as case studies, rather than as image-source references.
Send your pole diameter, load profile, installation location and operating hours for a source-backed technical proposal.