EMHY 1~6K-SL Hybrid Inverter

The EMHY SL low voltage series storage Inverters are designed to increase energy independence for homeowners. The power range is from 1kW to 6kW, compatible with low voltage (40-60V) batteries. Energy management is based on time-of-use and demand charge rate structures, which significantly reduce the amount of energy purchased from the public grid. Thanks for the UPS function (switch time <10ms), that enables the crucial loads power on during outages. Additionally, under the backup operation mode, the inverter provides you up to 150% peak output overloading. The EMHY SL low voltage series storage inverters are integrated with Arc Fault Circuit Interrupter (AFCI) and rapid shutdown.


Product features


Support for Time-of-use Optimization

Configurable Operation Modes

Arc Fault Circuit Interrupter (AFCI) (Optional)

Build in Anti-feed-in Function

DYNAMIC Size and Easy Installation

Smart Monitoring &Remote Firmware Upgrade


DYNAMIC & Efficient Design – EMHY Hybrid Inverter for Easy Home Solar Integration.webp


Grid-Tied with Backup Power – EMHY SL Series Optimizes Solar Self-Consumption.webp



Applications



Solar Home System


Solar home system are typically used for home photovoltaic power generation system, to solve electricity demand of none power or unstable power region. Also the power level rage is between hund-red watts to kilowatts.


EMHY 1~6K-SL Hybrid Inverter Powering a Modern Home with Solar Panels & Battery Storage.webp



Solar Station System


Solar power station systems are typically used for regional centra-lized power supply, such as village, island , fields monitoringand so on. Also the power level range is between kilowatts to hundreds kilowatts.


Off-Grid Solar Installation Using EMHY SL Inverter – Reliable Power for Remote Locations.webp


Solar Vessels System

Solar Vessels system are typically used for reducing and the vessels electricity cost, by setting up solar system toassist gasoline/diesel power generator.


Solar Battery Backup System with EMHY Hybrid Inverter – Seamless Transition During Blackouts.webp