Outstanding fuel-savings, flexibility, versatility and reduced emissions.
Our lighting towers have been manufactured to the highest standards, using our unrivalled experience and proven technology to meet the demanding requirements of multiple environments.
- No fuel required: save money on diesel costs / no fuel spills / no refuelling
- Reduce your cfarbon / CO2 footprint: Solar power means no carbon / CO2 emissions
- Runs silently: meaning quieter, safer, more environmentally friendly work sites
- Reduce maintenance: no refuelling means 'install and forget' technology.
Sales & Rehire
Our state-of-the-art temporary lighting, power and security solutions are available for sale via Prolectric - or rehire to rental companies via our rental division, ProRehire.Read more
Solar Lighting Towers
Features & Benefits
Prolectric have invested heavily in developing the most advanced and capable fleet of solar powered lighting systems on the market.
No diesel costs, spills, or refuelling.
Benefits for urban locations and night projects.
Install and forget technology.
No fumes or greenhouse gas emissions.
Mobile, Trailer Mounted
Our lighting towers are all trailer mounted, making them easy to transport and move around site. The solar panels fold away neatly on the top of the unit and are covered when not in use. Once extended, a hydraulic mechanism tilts the panels diagonally to minimise space, while capturing maximum sunlight.
Our ProRXM matches the footprint of a standard VT1 diesel generator, making it easy to deploy, move and transport.
Reliable Year-round Lighting
Our tower lights operate reliably all year round, even in challenging winter conditions. The trailer-mounted systems have sufficient capacity to ensure that even on winter days with 16 hours of darkness, the units operate consistently and reliably.
Remote Monitoring & Reporting
Our unique remote monitoring, maintenance and reporting service provides cutting-edge access to critical performance data of each unit and allows you to control functionality from any location.