HEBP 8-12kW
Single/Split Phase Low Voltage Hybrid Inverter
US | 2 MPPTs | UL 1741
240A Hybrid Charging for High-Load 48V Storage
Up to 240A hybrid charging gives the HEBP Pro more battery-recovery capability for high-load split-phase systems and larger 48V storage banks. Maximum grid charging is listed at 200A and generator charging at 90A.
200A Continuous Grid Passthrough for Large AC Loads
A 200A continuous grid-passthrough path lets large AC loads remain supplied directly from utility power when the grid is available, preserving battery energy for backup operation. This passthrough rating is separate from inverter output power and is specified at 200A on the HEBP Pro 8–12kW US.
123A LRA Reference for Motor Starts
A 123A locked-rotor-current reference gives installers a concrete screening value for compressors, pumps and other motor loads with high inrush current. The HEBP Pro also publishes 1.5× rated power for 10 seconds and 2× rated power for 0.5 seconds, so motor-start sizing can use both an LRA reference and a time-based surge curve instead of one vague peak figure.
Up to 18kW PV Input for More Daytime Solar Energy
An 18kW PV allowance gives the 12kW HEBP Pro more solar energy for daytime household demand and battery charging, especially when real array output is below nameplate rating. HEBP48120U240-Pro accepts 9000W + 9000W across two 32A MPPT channels with a 125–450V tracking range and 550V open-circuit limit.
Parallel Expansion from Split-Phase to Three-Phase
The HEBP Pro can move beyond a split-phase installation by using multiple units to form a three-phase system, giving projects an expansion route when the required AC architecture changes. The series supports 1–6 units in parallel, and two or more units can be configured for three-phase output.
AC Coupling for Compatible Existing Solar Systems
AC coupling provides a practical route for adding battery storage or backup to a compatible existing solar system without rebuilding the entire PV side. The HEBP Pro 8–12kW US supports AC-coupled integration; final compatibility still depends on the existing inverter, AC topology and project controls.
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