This circuit is designed to integrate a renewable energy system that includes both solar and wind power sources. The system charges a 12V 200Ah battery using a solar panel and a lantern vertical wind turbine, with a solar&wind charge controller managing the charging process and power distribution. The stored energy in the battery can be converted to AC power through a 12 inverter to supply loads such as a wireless charger and an outlet. Additionally, a dump load is included to dissipate excess energy to prevent overcharging the battery.
gnd
, vcc
GND
, 12V
Dump Load Negative
, Dump Load Positive
dump load positive
, battery positive
, battery negative
, solar positive
, solar negative
, load positive
, load negative
, dump load negative
u
, n
, w
gnd
connected to solar&wind charge controller solar negative
vcc
connected to solar&wind charge controller solar positive
GND
connected to solar&wind charge controller battery negative
12V
connected to solar&wind charge controller battery positive
load positive
and load negative
Dump Load Negative
connected to solar&wind charge controller dump load negative
Dump Load Positive
connected to solar&wind charge controller dump load positive
solar negative
connected to Solar Panel gnd
solar positive
connected to Solar Panel vcc
battery negative
connected to 12V 200Ah Battery GND
battery positive
connected to 12V 200Ah Battery 12V
load negative
and load positive
connected to 12 inverterdump load negative
connected to Dump Load Dump Load Negative
dump load positive
connected to Dump Load Dump Load Positive
u
, n
, w
not specifiedu
, n
, w
connected to solar&wind charge controller (specific connections not detailed)No code has been provided for any microcontrollers in the circuit. If code becomes available, it will be documented in this section.