12K MAX
Project specific. Manufacturer neutral. Final backup capability and system configuration confirmed through project review.
12 kW — Hybrid inverter
~10–12 kW DC — Typical starting solar
~64 kWh — Typical battery storage
Broad Backup — Residential architecture
Generator Integrated — Where project conditions permit
GREATER RESILIENCE
12K Max is developed for customers who need a larger residential energy platform capable of supporting more household functions through longer utility interruptions.
Broader coverage — Support a wider range of household circuits, including selected higher-demand loads where verified system capacity allows.
Extended storage — Greater battery capacity provides a stronger foundation for overnight operation and prolonged outages.
Coordinated resilience — Solar, storage, generator capability, backup distribution, monitoring, and load management are planned as one system.
HIGH-CAPACITY HYBRID ARCHITECTURE
Solar. Storage. Control. One resilience architecture.
SYSTEM CONFIGURATION
Hybrid inverter — 12 kW class hybrid inverter
Solar array — Approximately 10–12 kW DC
Battery storage — 4 × approximately 16.08 kWh lithium batteries
Nominal storage — Approximately 64.32 kWh
Backup architecture — Expanded residential / broader whole-home resilience architecture
Generator integration — Coordinated generator operation where equipment and project conditions permit
Monitoring + control — Advanced monitoring and load-management capability subject to selected equipment
Expansion — Additional storage, backup distribution, controls, and selected system upgrades subject to system limits
Final configuration depends on electricity use, simultaneous demand, electrical service, critical loads, equipment compatibility, outage objectives, and site conditions.
WHOLE-HOME RESILIENCE
Built around the loads the property actually needs to support.
Everyday household loads — Refrigeration, lighting, communications, security, receptacles, fans, office equipment, and small appliances.
Higher-demand equipment — Multiple air-conditioning units, pumps, selected kitchen equipment, water heating, utility loads, or outdoor equipment where verified demand permits.
Generator support — Generator integration may extend backup duration, recharge storage during poor solar conditions, support temporary high-demand periods, and improve resilience during severe weather or prolonged outages.
Whole-home capability is not automatic. Simultaneous demand, surge requirements, operating schedules, battery reserve, generator capability, and customer behavior must be evaluated before the final backup scope is approved.
No guaranteed runtime, bill elimination, or whole-home performance claim should be made before project review.
GOOD FIT
Designed for demanding residential electricity requirements.
Larger primary residences · Villas and premium rental properties · Multiple air-conditioning loads · Higher nighttime electricity use · Longer or more frequent outages · Properties already dependent on generators · Residential farms or remote properties · Customers seeking greater battery reserve · Projects moving toward broader whole-home resilience · Properties planning phased future expansion
When we would configure differently
If simultaneous demand, autonomous runtime, solar requirements, or high-demand loads exceed the practical limits of the 12 kW architecture, we configure a larger or different system rather than forcing the project into Max.
QUALITY BY DESIGN
Designed for resilience today and greater control tomorrow.
12K Max coordinates solar generation, battery storage, hybrid power conversion, generator operation, backup distribution, electrical protection, monitoring, and load management as one architecture.
Advanced monitoring — Track solar production, battery state of charge, grid availability, generator operation, household demand, alarms, and historical performance where supported by the selected platform.
Load management — Prioritize critical circuits and control high-demand equipment to protect backup performance during extended outages.
Future storage — Increase battery capacity where longer runtime or greater reserve is required.
Future system capability — Additional backup circuits, generator automation, EV charging coordination, solar structures, agricultural loads, and selected solar expansion may be incorporated where technically appropriate.
Manufacturer neutral. Final equipment is selected according to compatibility, environmental suitability, support, availability, warranty, and project requirements.
12K MAX
PRICING
Confirmed after project assessment
12K Max requires project-specific configuration because battery capacity, backup scope, high-demand loads, generator requirements, electrical conditions, and final equipment can materially change the system basis.
Share your project location, electricity use, recent light bill information, high-demand loads, generator requirements, backup priorities, and what you expect the system to accomplish. We will determine whether 12K Max fits the requirement or whether the project should be configured differently.
Higher-capacity storage · Broader backup architecture · Generator-integrated resilience