360A Battery Throughput for the 20kW EU Model
Up to 360A charge/discharge current gives the 16–20kW three-phase ASP the battery throughput needed for high continuous loads and faster recovery after deep discharge. The 18kW and 20kW versions are rated for up to 360A PV charging, grid/generator charging and maximum charging/discharging current, while the 16kW model is rated at 300A.


1000V PV Design for a 30kW Solar Array
A 30kW PV allowance gives the 20kW three-phase ASP more solar energy for daytime load and battery charging, while the 1000V ceiling supports longer high-voltage strings. Maximum PV voltage reaches 1000V and the MPPT window spans 160–800V.
150% Single-Phase Overload Support for Uneven Three-Phase Loads
150% single-phase overload support gives a three-phase system more tolerance when one phase temporarily carries much more demand than the others. The datasheet explicitly lists single-phase overload up to 150%, adding tolerance for temporary phase imbalance in three-phase sites.


Stronger AC-Source Support with 2x Grid/Generator Input
A higher grid/generator input allowance lets the ASP 16–20kW EU draw more support from an available AC source during high-load operation, reducing how much demand must be carried by the battery alone. The datasheet lists grid/generator input power up to twice rated output, with a 60A bypass path for accepted AC power.
No-Neutral Wiring Option for Supported Three-Phase Systems
No-neutral operation provides another wiring option for suitable three-phase systems where the selected connection method does not require an N conductor. The datasheet lists "No Neutral Connection Required" among the platform features while also providing three-phase 230/400Vac output specifications.
Reach 120kW with Six 20kW Inverters
Six 20kW ASP units can form a 120kW system, giving larger off-grid and commercial projects a defined growth path. The 16–20kW ASP series supports staged commercial and off-grid expansion, with battery current, AC distribution and protection sized for the final multi-unit system.
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