SC-MAX 11KW III Hybrid Inverter
The SC-MAX 11KW III hybrid inverter combines 11000W rated power, pure sine wave output and a 48V battery system for on-grid and off-grid applications. Dual MPPT supports up to 11000W PV array power across an 80-450Vdc range. Dual programmable AC outputs, 150A solar and AC charging, six-unit parallel operation, Wi-Fi monitoring and anti-islanding support system integration.
Key Features
- ✓11000W rated power with pure sine wave output at 220/230/240Vac
- ✓48Vdc battery system for hybrid on-grid and off-grid applications
- ✓Dual MPPT supports up to 11000W PV array power
- ✓80-450Vdc MPPT range with 500Vdc maximum PV voltage
- ✓150A maximum solar and AC charging current
- ✓Dual AC outputs with programmable load control
- ✓Six-unit parallel operation for larger system configurations
- ✓5-inch color touch LCD with Wi-Fi and BMS communication
Technical Specifications
Common FAQs
The inverter provides 11000VA/11000W rated power, pure sine wave output and a 48Vdc battery system for hybrid on-grid and off-grid applications. Compare continuous and surge loads, motor starts, power factor, battery current, PV production and utility conditions before selecting it. Final suitability depends on the complete load profile and operating configuration.
The SC-MAX 11KW III requires a 48Vdc battery system. Confirm battery capacity, continuous charge and discharge current, chemistry, protection devices, cabling, charge settings and BMS communication before installation. The inverter specification does not define a battery cycle rating or include a battery, so those items must be evaluated separately for the project.
Maximum PV array power is 11000W, with an MPPT voltage range of 80-450Vdc and maximum PV voltage of 500Vdc. Check module voltage across expected operating temperatures, string configuration, isolation, protection and conductor sizing. The final array should remain within these limits and match the inverter installation requirements.
Up to six inverter units can operate in parallel according to the specification. Confirm the required output arrangement, battery bank, PV allocation, protection, communication wiring and commissioning procedure for the planned quantity. The complete system design should be reviewed for parallel compatibility before procurement and installation.
The inverter provides dual AC outputs with programmable load control. This allows the project design to assign and manage connected loads according to the selected configuration. Confirm output wiring, load priorities, ratings, control settings and operating behavior with the complete system design before connecting critical or scheduled loads.
A 5-inch color touch LCD provides local status access, while built-in Wi-Fi supports monitoring. Communication ports include BMS, RS232 and USB interfaces. Confirm the required monitoring platform, cables, software compatibility, remote access arrangement and project integration requirements before ordering, because the published data does not specify a particular software platform.
The inverter includes over-temperature, overload and short-circuit protection, as well as anti-islanding, battery equalization, generator auto-start and an anti-dust kit. Review ventilation, protective devices, wiring, battery settings, AC conditions and PV isolation during system design. Confirm installation and commissioning requirements for the intended application before purchase.
CE and RoHS documents are available. Every order includes a 3-year limited warranty. For a quotation, provide application, load profile, battery details, PV array design, AC conditions, parallel quantity, dual-output requirements, monitoring needs, quantity and destination. Confirm labeling and final configuration before ordering.