Explore Seplos 3–30kW hybrid inverter platforms, including split-phase, single-phase and three-phase models for solar battery storage, backup power and grid-connected energy systems.
A hybrid solar inverter manages power between solar panels, battery storage, the utility grid and connected electrical loads. It converts solar or battery DC power into usable AC electricity while coordinating battery charging, discharging, solar self-consumption, grid interaction and backup operation according to the system configuration. The correct inverter must match the battery voltage, grid type, power requirements and communication needs of the complete energy storage system.
The required phase type depends on the electrical system and application. Seplos offers an 8–12kW single-phase platform for low-voltage residential energy storage, a 3–9.6kW split-phase platform for high-voltage residential systems, and a 3–30kW three-phase platform for high-voltage residential and commercial and industrial energy storage. Always confirm the local grid configuration and electrical requirements before selecting an inverter.
Battery voltage is one of the most important inverter compatibility requirements. The Seplos 8–12kW single-phase series supports a 40–60V battery platform, while the 3–9.6kW split-phase series supports 80–495V batteries and the 3–30kW three-phase series supports 150–800V battery systems. Battery voltage, BMS communication and inverter specifications should all be confirmed before system integration.
Start with the maximum electrical load, required backup loads, solar PV capacity, battery charge and discharge capability, grid phase, and future expansion requirements. Inverter power in kW determines how much AC load the system can support at one time, while battery capacity determines how long stored energy can be supplied. For commercial or larger residential projects, PV input limits, battery voltage range and grid connection requirements should also be reviewed before final selection.
A hybrid solar inverter coordinates power from solar panels, battery storage and the utility grid. It can manage solar self-consumption, battery charging and discharging, grid interaction and backup power according to the system design and operating mode.
The main difference is the AC grid configuration the inverter is designed to work with. The correct phase type depends on the local electrical system, connected loads and project requirements, so the grid configuration should be confirmed before selecting an inverter.
Not every inverter supports both. Each inverter has a defined battery voltage range. Seplos offers both low-voltage and high-voltage inverter platforms, so the inverter must be matched to the battery system voltage and configuration.
Consider the maximum connected load, backup loads, solar PV capacity, battery charge and discharge power, grid type and future expansion plans. Inverter power should be selected according to the actual system requirements rather than battery capacity alone.
Compatibility depends on the inverter model, battery system, BMS communication protocol and system configuration. Provide the inverter and battery model before installation so CAN or RS485 communication requirements can be reviewed.
Share your grid type, required inverter power, battery voltage, PV capacity, battery or BMS model and application. The Seplos team can help review compatibility and recommend a suitable hybrid inverter platform.
