All sealed maintenance-free toyota id4c key battery determination process

All sealed maintenance-free toyota id4c key  battery determination process
Battery, use it to fill the spongy lead of lead for the anode, to fill the lead plate as the positive electrode of the lead dioxide, and 22 to 28% of the dilute sulfuric acid electrolyte. Charging electrical energy into chemical energy discharge, chemical energy and transformed into electrical energy. Battery during discharge, the metallic lead is a negative electrode, the oxidation reaction occurs, is oxidized to lead sulfate; lead dioxide is the positive electrode, the reduction reaction toyota id4c key   occurs, is reduced to lead sulfate. Battery charging with DC, poles, respectively, lead and lead dioxide is generated. After the power is removed, it also restored to a state before the discharge, composed of the chemical cell. Lead-acid batteries can be recharged repeatedly discharged battery, called the secondary battery. Its voltage is 2V, and the three lead-acid battery is often used together in series, the voltage is 6V. The vehicle used is six lead storage battery is connected in series into a 12V battery pack. Lead-acid batteries in use for lexia 3  some time to add sulfuric acid electrolyte to maintain 22 to 28% dilute sulfuric acid