Product

Power Storage Wall

Energy storage walls significantly increase the self consumption rate of household photovoltaics, effectively saving electricity costs; Millisecond level switching of backup power supply during power outages to ensure uninterrupted critical power supply; Intelligent peak valley management, utilizing low-cost electricity to further reduce costs. It is the core of smart energy management, combining efficiency, stability, and environmental protection.

51.2V 314Ah ES-BOX36 MAX 16.08kWh

51.2V 200Ah ES-BOX36 PLUS 10.24kWh

51.2V 314Ah ES-BOX26 MAX+ 16.08kWh

51.2V 280Ah ES-BOX26 MAX 14.34kWh

51.2V 200Ah ES-BOX26 PLUS 10.24kWh

51.2V 100Ah ES-BOX26 5.12kWh

25.6V 314Ah ES-BOX12S MAX+ 8.03kWh

25.6V 280Ah ES-BOX12S MAX 7.168kWh

51.2V 280Ah ES-BOX12 MAX 14.34kWh GEN2

51.2V 200Ah ES-BOX12 PlUS 10.24kWh GEN2

51.2V 100Ah ES-BOX12 5.12kWh GEN2

51.2V 314Ah ES-BOX12 MAX+ 16.08kWh GEN1

51.2V 280Ah ES-BOX12 MAX 14.34kWh GEN1

51.2V 200Ah ES-BOX12 PlUS 10.24kWh GEN1

51.2V 150Ah ES-BOX12 PRO 7.68kWh GEN1

51.2V 100Ah ES-BOX12 5.12kWh GEN1

51.2V 200Ah ES-BOX11 PLUS 10.24kWh

51.2V 100Ah ES-BOX11 5.12kWh

Low voltage Inverter

Energy storage walls significantly increase the self consumption rate of household photovoltaics, effectively saving electricity costs; Millisecond level switching of backup power supply during power outages to ensure uninterrupted critical power supply; Intelligent peak valley management, utilizing low-cost electricity to further reduce costs. It is the core of smart energy management, combining efficiency, stability, and environmental protection.

Industrial Commercial Energy Storage

Energy storage walls significantly increase the self consumption rate of household photovoltaics, effectively saving electricity costs; Millisecond level switching of backup power supply during power outages to ensure uninterrupted critical power supply; Intelligent peak valley management, utilizing low-cost electricity to further reduce costs. It is the core of smart energy management, combining efficiency, stability, and environmental protection.

768V 3.2V280Ah LFP Titan -2.15MWh+1MW 40 Feet Commercial and Industrial BESS Integrated Energy Storage Container

768V 3.2V280Ah LFP Titan-860kWh+500kW and 1.075MWh+500kW 20 Feet Commercial and Industrial BESS Integrated Energy Storage Container

768V 3.2V280Ah LFP Titan-645kWh+250kW 20 Feet Commercial and Industrial BESS Integrated Energy Storage Container

768V 3.2V280Ah LFP Titan-430kWh+150kW 10 Feet Commercial and Industrial BESS Integrated Energy Storage Container

768V 280Ah Titan-215kWh+120kW High Voltage Integrated lithium battery Energy Storage Cabinet

Centralized energy storage system

768V 206Ah G-CUBE 160kWh Outdoor Energy lithium battery Storage System Cabinet

512V 280Ah G-CUBE 143kWh B Outdoor Energy lithium battery Storage System Cabinet

716V 200Ah G-CUBE 143kWh A Outdoor Energy lithium battery Storage System Cabinet

460V 206Ah G-CUBE 76kWh Outdoor Energy lithium battery Storage System Cabinet

716V 100Ah G-CUBE 71kWh Outdoor Energy lithium battery Storage System Cabinet

All In One ESS Solution

768V 280Ah Tower-X-HV-Series Battery Stackable Solution Standard Rack 215kWh

HV-BOX3-Series Flexible Extension stack Series

LV-ONE20L50 All In One Flexible Extension stack ESS Solution Series

High Voltage LiFePO4 Battery

716V 280Ah Magic 215kWh Outdoor Energy Storage lithium battery All-in-one Cabinet

716V 200Ah Magic 143kWh Outdoor Energy Storage lithium battery All-in-one Cabinet

716V 100Ah Magic 71kWh Outdoor Energy Storage lithium battery All-in-one Cabinet

716V 100Ah Tower-X-HV-Series Energy Storage System 71.68kWh

614V 100Ah Tower-X-HV-Series Energy Storage Rack System 61.4kWh

460V 206Ah Tower-X-HV Standard Rack 96kWh

Rack LiFePO4 Battery Module

51.2V 200Ah ESS-KS6-16200 10.24kWh

51.2V 100Ah ESS-KS7-16100 5.12kWh

Residential energy storage system

Energy storage walls significantly increase the self consumption rate of household photovoltaics, effectively saving electricity costs; Millisecond level switching of backup power supply during power outages to ensure uninterrupted critical power supply; Intelligent peak valley management, utilizing low-cost electricity to further reduce costs. It is the core of smart energy management, combining efficiency, stability, and environmental protection.