Inverter

The SolaX X1-HYB-4.0-LV single-phase hybrid inverter with 4 kW is designed for residential photovoltaic systems with low voltage (LV) storage. Equipped with 2 independent MPPTs, IP65 rating, and an EPS backup system with switching in less than 10 ms, it ensures continuity even in the event of a grid outage. It supports photovoltaic oversizing up to 200% and a maximum DC current of 16 A per string, making it compatible with high-power panels. Compatible with LFP (LiFePO4) and lead-acid batteries of various capacities.

Solax Power X1 Boost G4 Inverter - single-phase - dimensions 404×274×146 mm - weight 11 kg

Single-phase hybrid inverter - X1 Hybrid G4 - AC power 5 kW - max short-circuit current 13 A integrated DC switch - integrated backup function - 10-year warranty - dimensions 482x417x181 mm - weight 22 kg

The Solax X1-HYB-5.0-LV is the single-phase hybrid inverter with 5 kW power from the X1 Hybrid LV series, designed for residential photovoltaic systems with low voltage storage. Equipped with 2 independent MPPTs, IP65 protection, EPS output with switching time <10 ms, and support for up to 200% PV oversizing. Compatible with Solax Triple Power LV (LiFePO4) batteries.

X1-IES-5K - Power: 5 kW - Dimensions: 717 x 350 x 210 mm - Weight: 28 kg - Protection rating: IP66 - Number of MPP / Inputs: 3 / (1/1/1)

Three-phase hybrid inverter - X3 Hybrid G4 - AC power 5 kW - max short-circuit current 16 A - integrated DC switch - integrated backup function - CT included - 10-year warranty - dimensions 482x417x181 mm - weight 30 kg

Solax Power X1 Boost G4 Inverter - single-phase - nominal power 5kW - dimensions 404×274×146 mm - weight 11 kg

Single-phase hybrid inverter - X1 Hybrid G4 - AC power 6 kW - max short-circuit current 13 A integrated DC switch - integrated backup function - 10-year warranty - dimensions 482x417x181 mm - weight 22 kg

The Solax X1-HYB-6.0-LV is a single-phase 6 kW low-voltage hybrid inverter ideal for residential photovoltaic systems with storage. It supports 2 independent MPPTs, PV oversizing up to 200%, EPS backup function with switching time of <10 ms, and IP65 protection. Compatible with LFP and lead-acid batteries, intelligent load management via SolaxCloud.

The Solax X1-IES-6K is a 6 kW all-in-one single-phase hybrid inverter with integrated BMS, designed for residential photovoltaic systems with plug-and-play storage. Equipped with 3 MPPT, PV oversizing up to 200%, compatible with 5.1 kWh LFP TP-HS50E batteries (expandable up to 20.4 kWh), IP66 protection rating, and 10-year warranty. Intelligent load management with VPP function, micro-grid, and 7×24 ToU.

The Solax X3-HYBRID-6.0-D is a 6 kW three-phase hybrid inverter with an integrated DC switch, compatible with high-voltage HV batteries (180–650 V) up to 46.4 kWh. G4 series with 2 MPPT, max efficiency 98%, EPS backup <10 ms, parallel operation up to 150 kW, CEI 0-21/CEI 0-16 certified, IP65 protection and 10-year warranty.

The Solax X3-IES-6K is a 6 kW three-phase integrated energy storage system (all-in-one IES), with built-in BMS and support for 2-6 LFP TP-HS50E battery modules (10.2–30.7 kWh). Equipped with 3 MPPT with 200% PV oversizing, IP66 protection, micro-grid management, VPP-ready, and 10-year warranty. A plug-and-play solution ideal for three-phase users.

The Solax X1-BOOST-6K-G4 is a 6 kW single-phase string photovoltaic inverter from the G4 series, designed for residential systems that do not require storage. Equipped with 2 independent MPPTs, 200% PV oversizing, a start-up voltage of just 50V, integrated export control, and IP66 protection. CEI 0-21:2022 certified, compatible with EV wallboxes and heat pumps through intelligent load management.

The Solax X3-MIC-6K-G2 is a 6 kW three-phase string photovoltaic inverter with 2 independent MPPTs and an integrated DC switch, ideal for three-phase residential and commercial systems. Maximum efficiency of 98.3%, PV oversizing up to 200%, integrated export control, IP65 protection, CEI 0-21:2022 certification, and 10-year warranty (with active cloud).

The Solax X1-HYBRID-7.5-D is the top-of-the-line single-phase 7.5 kW hybrid inverter from the G4 series, with integrated DC isolator. Compatible with Solax Triple Power HV batteries (up to 34.8 kWh), 2 MPPT, PV oversizing up to 200%, EPS backup <10 ms, parallel operation up to 15 kW, VPP-ready, IP65 protection and 10-year warranty. Ideal for homes with heat pumps or high energy consumption.

The Solax X1-IES-8K is an all-in-one single-phase hybrid inverter with 8 kW and integrated BMS, ideal for homes with high energy consumption (heat pumps, EVs). Equipped with 3 MPPT, 200% PV oversizing, compatible with LFP TP-HS50E batteries up to 20.4 kWh, IP66 protection, and 10-year warranty. Micro-grid management, VPP-ready, and ToU 7×24.

The Solax X3-HYBRID-8.0-D is an 8 kW three-phase hybrid inverter with integrated DC switch, compatible with HV batteries (180–650 V) up to 46.4 kWh. G4 series with 2 MPPT, max efficiency 98%, EPS backup <10 ms, parallel operation up to 150 kW, CEI 0-21/CEI 0-16 certified, IP65, CT included and 10-year warranty.

The Solax X3-IES-8K is an integrated three-phase energy storage system with 8 kW output (all-in-one IES), featuring a built-in BMS and support for 2-6 LFP TP-HS50E battery modules (10.2–30.7 kWh). Equipped with 3 MPPT, 200% PV oversizing, IP66 protection, micro-grid capability, VPP-ready, dual charge/discharge, and a 10-year warranty. A plug-and-play solution ideal for three-phase users with high loads.

The Solax X3-MIC-8K-G2 is an 8 kW three-phase string photovoltaic inverter from the X3-MIC G2 series, designed for large residential systems and small commercial installations. With 2 independent MPPTs, efficiency up to 98.3%, IP66 protection, and PV oversizing up to 200%, it maximizes production and ensures reliability in any condition.

The Solax X3-HYBRID-10.0-D is a 10 kW three-phase hybrid inverter from the X3-Hybrid G4 series, designed for photovoltaic systems with high voltage (HV) battery storage. With 2 MPPT, an integrated EPS backup function, efficiency up to 97.7%, and a 10-year warranty, it is the ideal solution to maximize self-consumption and ensure power continuity in case of blackout.