Peak demand reduction
Solar generation during daylight hours directly offsets your highest-cost peak consumption periods.
Industrial & commercial solar
Solar energy systems for factories and businesses
Large-scale solar installations that reduce electricity bills, cut peak demand charges, and improve energy independence for industrial and commercial facilities.
Why go solar for industry
Industry pays the highest electricity rates — solar changes that
Grid independence
Battery storage combined with solar reduces reliance on the grid and protects against outages.
ESG compliance
Solar installations support sustainability reporting and green certification for export-oriented businesses.
Our approach
Engineering-led design for your facility's real load profile
We analyse your electricity bills, operating hours, and roof or land area to design a system that maximises savings for your specific facility — not a generic size estimate.
Request a Quote- Electricity bill and load profile analysis
- Roof or ground-mount structural assessment
- Grid-tied, off-grid, or hybrid configurations
- Battery storage for backup and peak shaving
- Monitoring system for production tracking
- Full installation, commissioning, and handover
Results
What industrial clients typically achieve
FAQ
Common questions from industrial clients
What system size does a factory typically need?
It depends on your monthly consumption and available roof or ground area. We size the system after reviewing your electricity bills and site — not from a catalogue.
Can solar keep running if the grid goes down?
A grid-tied system without batteries will shut down during an outage for safety. Adding battery storage allows the system to continue supplying critical loads independently.
How long does installation take?
Most commercial installations are completed in 1–3 weeks depending on system size, roof access, and equipment delivery lead times.
Get a solar proposal for your facility
Send us your latest electricity bill and facility size — we'll prepare a savings estimate and system design.