Backup capability
Essential-load circuits, response time and autonomy defined.
HYBRID SOLAR
Use solar, battery and grid intelligently.
Hybrid systems coordinate solar generation, selected backup circuits and grid supply, subject to inverter topology and approvals.
Application-specific design · Transparent scope · Long-term execution support
KEY DESIGN CONSIDERATIONS
Designed around the real application.
Energy optimisation
Manage self-consumption, charging and discharge under configured rules.
Safety and approvals
Anti-islanding, protections and export limits verified.
OUR DELIVERY METHOD
A project-specific engineering path.
01
Discover load & site
Capture measured use, location, space and operating priorities.
02
Select architecture
Develop options and identify key engineering risks.
03
Validate economics
Estimate energy, capex, support and project-specific financial terms.
04
Plan execution
Agree scope, approvals, testing and post-commissioning responsibilities.
START WITH THE RIGHT QUESTIONS
Ready to engineer a better energy future?
Tell us your location, electricity usage and project requirements. Our team will recommend a suitable next step.
WORKING PRINCIPLE
How a hybrid system behaves
A hybrid controller coordinates solar, battery and grid while an essential-load panel defines what remains powered during an outage.
Savings + grid interactionNo standard outage backup
Independent supplyBattery and load discipline
Solar + storage + gridSelected-load resilience
Solar can serve loads and charge the battery.
Grid can support demand or charge storage if configured.
During an outage, approved isolation protects the network.
Backup is limited by inverter output, battery energy and selected loads.