300A Battery Current for 14–16kW Single-Phase Storage
Up to 300A battery current gives the 14–16kW ASP the charge/discharge throughput needed for large 48V banks and high single-phase load demand. The ASP 14–16kW EU models also list up to 300A grid/generator charging current.
10-Second Peak Output for Motors up to 9HP
The 10-second 2x surge reserve and 9HP motor reference provide a clear starting-power advantage for large pumps, compressors and other single-phase motor loads. The datasheet specifies peak power at twice rated output for 10 seconds across the 14kW, 15kW and 16kW models, and lists a 9HP motor-load capacity.
Two 12kW PV Inputs for High-Current Modules
Higher MPPT input current is better suited to modern high-current modules and parallel string arrangements, reducing the chance that array current becomes the limiting factor. With a 650V open-circuit limit and 120–600V MPPT window, the ASP 14–16kW EU can accept a large array while accommodating modern high-current modules.
100A Grid Bypass for Large Single-Phase Loads
The 100A grid-bypass path lets large single-phase loads run directly from accepted utility power without treating passthrough current as battery-derived inverter output. The 100A figure applies to the bypass path; continuous battery-derived inverter output remains a separate rating.
Expand 14–16kW Systems to 96kW
System power can be expanded incrementally as load or storage demand increases instead of sizing the entire project around one inverter chassis from the start. SRNE lists parallel capacity from one to six units, reaching up to 96kW with six 16kW units.
RSD, AFCI and GFCI for Specific PV Fault Protection
RSD, AFCI and GFCI address three different safety needs in a high-power PV system: rapid shutdown, DC arc-fault detection and ground-fault or leakage protection. Together with the model's other electrical protections, these functions provide defined responses to specific fault conditions instead of relying on a broad safety claim.
OVERVIEW
