11/22/2025
This image displays a basic off-grid solar power system diagram, likely from the brand ECO-WORTHY (as indicated by the watermark), showing the electrical flow from the solar panels to the AC output.
๐ System Connection Summary:
* Solar Panels: Eight solar panels are shown connected together. Based on the wiring (where a long main red wire and black wire connect to the ends of the array, with intermediate connections made using MC4-style connectors), the panels appear to be wired in a series-parallel or a mostly parallel configuration to maintain a working voltage and increase the total current/power.
* Controller (Charge Regulator): The DC power from the solar panel array is fed into the Controller. This device is essential for regulating the charge and preventing the battery from being overcharged or damaged by fluctuating power from the panels.
* Battery: The Controller is connected to the Battery (a 'TAXI' brand battery is depicted, though any suitable deep-cycle battery would be used). The battery stores the DC energy. Note: The diagram explicitly states "Battery not include" for the kit being sold.
* Inverter: The Inverter (the large orange unit) is connected directly to the Battery terminals. This converts the stored DC (Direct Current) power from the battery into usable household AC (Alternating Current) power (labeled with the AC symbol).
This is a complete functional path for an off-grid system: Solar Energy \rightarrow Controller \rightarrow Battery \rightarrow Inverter \rightarrow AC Power.
Do you want to know how the panels might be connected (series vs. parallel) to match the voltage of the battery system shown?