HELIOS ESS Closed-Loop Communication - Supported Inverters

NOTE
If the inverter-charger you are connecting to the HELIOS ESS battery is not listed here, you may alternatively use the LYNK II Gateway for managed (closed-loop) communication. Otherwise, managed (closed-loop) communication may not be supported with your particular device. However, you can connect the inverter-charger to HELIOS ESS batteries in a self-managed (open-loop) configuration. Refer to How to Calculate Minimum Battery Sizing and calculate the minimum number of batteries required for your energy storage system. Depending on how the system is used, to optimize it, you may require more than the minimum number of batteries. Follow the instructions to set the inverter-charger to a self-managed (open-loop) configuration. Connect and operate the inverter-charger and HELIOS ESS batteries as described in this manual.

NOTE

If the inverter-charger you are connecting to the HELIOS ESS battery is not listed here, you may alternatively use the LYNK II Gateway for managed (closed-loop) communication. Otherwise, managed (closed-loop) communication may not be supported with your particular device.

However, you can connect the inverter-charger to HELIOS ESS batteries in a self-managed (open-loop) configuration.

Refer to How to Calculate Minimum Battery Sizing and calculate the minimum number of batteries required for your energy storage system. Depending on how the system is used, to optimize it, you may require more than the minimum number of batteries.
Follow the instructions to set the inverter-charger to a self-managed (open-loop) configuration.
Connect and operate the inverter-charger and HELIOS ESS batteries as described in this manual.

The HELIOS ESS battery supports closed-loop communication using two different methods:

Direct (without LYNK II Gateway) using the Pylon protocol.
LYNK II Gateway.

The following table identifies the closed-loop communication methods available to supported inverter-chargers.

Closed-Loop Communication with Inverters

Inverter	Closed Loop Without LYNK II (LV-BMS)		Closed Loop with LYNK II	LYNK ACCESS with LYNK II	LYNK CLOUD with LYNK II
Inverter	Straight Cable	Create Your Own Cable	Closed Loop with LYNK II	LYNK ACCESS with LYNK II	LYNK CLOUD with LYNK II
Deye SUN 3-16K single-phase Hybrid Inverters SUN 5-12K three-phase Hybrid Inverters	Yes	No	Yes	Yes	Yes
GROWATT SPH 8000TL-HU-US SPH 10000TL-HU-US	Yes	No	Yes	Yes	Yes
Luxpower LXP-LB-US 8/10/12K Hybrid Inverter SNA-US 6000 ECO Hybrid Inverter	Yes	No	Yes	Yes	Yes
Megarevo R12KLNA, R16KLNA Hybrid Inverter	Yes	No	Yes	Yes	Yes
Morningstar GS-MPPT-60M-200V GS-MPPT-80M-200V GS-MPPT-100M-200V	No		Yes	Yes	Yes
NOARK 3K - 8K single-phase and 5K - 12K three-phase low-voltage Hybrid Inverter	Yes	No	Yes	Yes	Yes
Schneider Electric XW Pro 6848 NA 120/240 XW Pro 6848 NA 120 XW Pro 8548 IEC 230 MPPT 60-150 MPPT 80-600 MPPT 100-600	No	Yes	Yes	Yes	Yes
Schneider Electric (Legacy) Conext XW+ 5.5/6.8 Conext XW+ 7.0/8.5 Conext MPPT 60-150 Conext MPPT 80-600 Conext MPPT 100-600	No		Yes	Yes	Yes
Selectronic SPMC480-AU SPMC481-AU SPMC482-AU	No		Yes	Yes	Yes
Sol-Ark (Outdoor) 5K-1P, 6K-1P, 8K-1P, 10K-1P, 5K-2P, 8K-2P, 8K-2P-L, 12K-2P, 15K-2P, and 18K-2P (Outdoor)	Yes	No	Yes	Yes	Yes
Sol-Ark (Legacy) 8K - 12K Hybrid Indoor inverters	No	Yes	Yes	Yes	Yes
Solis S6-EH2P(9.6, 11.4, 12, 14, 16)K03-SV-YD-L-US split-phase low-voltage Hybrid Inverters	Yes	No	Yes	Yes	Yes
SUNSYNK 3K - 16K single-phase and 8K - 12K three-phase low-voltage Hybrid Inverters	Yes	No	Yes	Yes	Yes
Victron Energy Color Control GX Venus GX VE.CAN Devices	No	Yes	Yes	Yes	Yes