The video showcases the product in use.The video guides you through product setup.The video compares multiple products.The video shows the product being unpacked. The ECO 6.2KW inverter has two AC outputs and one PV input, a new colour display for easier operation, the inverter is single-phase, does not support multi-phase or three-phase inverters, and does not support parallel connection. Previous page Next page 1 Indicator Light 2 Multiple Protection 3 Easy Installation AC INPUT 230Vac Output frequency 50Hz/60Hz (automatic detection) Maximum efficiency 98% Nominal output power 6200W Waveform Pure sine wave Battery voltage 48VDC Nominal PV voltage 360Vdc MPPT PV voltage range 90-450Vdc Maximum PV voltage 500Vdc Minimum PV voltage 120Vdc Maximum charge time AC+PV 120A Accreditation CE No-load power consumption >50W Operating temperature -10°C bis 50°C Dimensions (D*W*H) 450*350*110mm Net weight 10KG Type of battery The battery type can be set via the LCD display, compatible with FLD AGM Gel LiFePo4. Packaging list 1 x inverter 1 x user manual 1 x WIFI module 1 x WIFI connection cable Product Overview Can the inverter communicate with the batteries? Our inverters can only communicate with our brand's lithium batteries, not with other batteries. What types of batteries can be used? Supports lead-acid, gel and lithium batteries.The default setting is to connect the battery, set item 05 as USE according to the manual, then adjust the lithium battery parameters from items 26/27/29 Which battery sizes can be connected? Are there capacity requirements? 6.2KW connect four 12 V batteries, no less than 100AH, to prevent the low power from starting the machine, 200AH is recommended. How many solar modules should be connected? What is the recommended input voltage? The maximum input voltage is 500Vdc, the nominal voltage is 120Vdc-450Vdc; due to light duration and external factors, an input voltage of 300Vdc-400Vdc is recommended for normal start-up. What is a double AC output? Primary and secondary outputs are normally used in normal situations, when there is no photovoltaic or grid power, the primary circuit is switched off and only the secondary output is maintained to save energy.