Classic Style Solis S6-eh1p11.4k-h-us-rss Hybrid Single Phase Four Mppt Inverter With Tigo Transmitter - Ends Soon [udZAXLVa]

The S6 (Series 6) hybrid energy storage string inverter is the latest Solis US model, certified to IEEE 1547-2018, UL 1741 SA & SB, and SunSpec Modbus standards. This high-efficiency PV string inverter provides economical, zero-carbon power and is built for all-weather conditions (Type 4X / IP 66). The S6 hybrid inverter can be DC-coupled with various batteries, offering a flexible solution for both off-grid and on-grid applications. This grid-forming inverter supports the latest high-powered PV modules, featuring 16A DC inputs at each MPPT. Protect your power supply while ensuring scalability and preserving your investment with the S6 hybrid inverter.

Highly Flexible:
Able to supply a wide range of continuous backup power in the event of a grid outage
Generates 120/240V backup power without an external auto-transformer
Compatible with multiple battery brands, providing up to 150 kWh of storage capacity per inverter
Allows up to ten (10) inverters to be stacked in parallel for maximum scalability and flexibility

Intelligent Design:
Supports operation in parallel with a generator and allows the generator to function as the grid source if utility power is lost
Optional integrated revenue-grade meter and external energy meter for production & consumption monitoring and export power control
SolisCloud allows for remote system troubleshooting, firmware upgrading, and configuration, reducing O&M costs

Safe and Reliable:
UL 1741 SA/SB and UL 9540 certified
California Rule 21 and HECO Rule 14H compliant
NEC 2020 compliant with various integrated RSD transmitter options are available for module-level rapid shutdown
External RSD & emergency power off switch options are also available

Efficient Performance:
Maximum PV input current up to 16A per string
Generates up to 50A/114kW of continuous backup power with up to 76A for ten seconds
Backup transfer (switch) time is < 10ms
DC to DC battery charging for optimal use of PV-generated energy