The Need And Importance Of Charge Controller

Solar Charge controllers are required by most solar power systems that involve the use of batteries. They work to control the ability as it moves from the solar panels to batteries. A proper charge controller will keep batteries from being overcharged.

The simplest kind of charge controller functions to monitor battery power volts and opens the routine to stop the charging process when the voltage reaches a certain level. In early controllers, this was accomplished with the use of a mechanical relay.

It's important to know the proper usage of a solar charge controller if you are relying heavily on solar energy in your day-to-day lifestyle. PV charge controllers come in all shapes and sizes. Easy to install, a PV charge controller is required in almost every solar power systems that utilize batteries. Most solar panel controllers come with either a simple LED or digital displays. These days you will also find these PV controllers with built-in computer interfaces for better monitoring and control.

How Does it Work?

The primary function of Midnite Solar Classic Charge Controller is to control the power passing from the solar panels to batteries. They assist in properly maintaining the solar power system batteries by avoiding them from being over or under charged, thus offering an extended lifestyle to batteries. The existing moving through the solar charge controller charges batteries used in various household items. This present can also be passed to the invertors for converting direct current (DC) to alternate current (AC).

The majority of Solar power systems make use of 12-volt batteries, similar to the ones used in cars, but these benefits hold regardless of volts. Most solar panels produce more volts than is needed by batteries. When the extra voltage is converted into amps, the charge voltage stays at an optimal stage, while the time it takes to fully charge batteries is reduced. This way, the solar system as a whole maintains the highest possible stage of efficiency.

At night or when solar segments aren't producing any power, power can actually flow backwards from batteries to the solar modules, draining the batteries. The Outback Charge Controller would ensure that this doesn't happen. If solar energy is not actually moving from the solar panels to the circuit, it disconnects the solar panels from batteries and stops the opposite flow of current.

Preventing reverse-current flow is another ability which certain modern charge controllers possess. Solar panels will stop producing electricity when the sun isn't out, and batteries can actually start sending power back to them at these times. This energy loss can definitely be irritating. At these times, a charge controller will open the routine, avoiding any reverse-current acid reflux to the solar panels.

Finding The Right PV Controller

 You will find numerous PV charge controllers manufactures but finding a high-quality solar charge controller matters. Don't go for those cheaper ones, as they may hamper battery life and increase overall expenses in the long run. For a little peace of mind don't ever compromise on quality.