Comparison Guide
Solar vs Mains-Powered Lighting
An objective comparison to help you choose the right lighting solution for your project.
Head-to-Head Comparison
| Category | Solar | Mains |
|---|---|---|
| Upfront Costs | LowerNo trenching, electrical infrastructure, or licensed electrician required | HigherTrenching, electrical infrastructure, licensed installation |
| Running Costs | $0No grid electricity during operation | OngoingContinuous electricity costs, increasing with rates |
| Installation Time | HoursPlug-and-play installation, minimal disruption | WeeksPermits, excavation, electrical work, restoration |
| Maintenance | MinimalOccasional panel cleaning and component checks | RegularBulb replacement, electrical inspections, cable maintenance |
| Power Outage | Keeps WorkingBattery autonomy varies by model and conditions | Goes DarkNo power = no light |
| Environmental Impact | LowerNo grid electricity during operation | Grid DependentCarbon footprint depends on grid mix |
| Light Output | Good-Excellent1000-6000 lumens depending on product | ExcellentUnlimited power available for high-output fixtures |
| Location Flexibility | AnywhereInstall anywhere with sun exposure | LimitedRequires access to electrical infrastructure |
When to Choose Each
Best for Solar
- Remote pathways and bike paths
- Car parks and commercial areas
- Councils with sustainability targets
- Areas with high electrical infrastructure costs
- Storm-prone regions needing resilient lighting
- DIY residential installations
Best for Mains
- Indoor applications
- Areas with heavy shade/no sun
- Very high light output requirements
- Integration with existing building systems
- Underground car parks
Ready to Make the Switch?
Get a consultation and quote for your solar lighting project.