Letter of Recommendation

For continuous backup in appliances, usually 12v inverter charger and 24v inverter chargers are preferred. They are a reliable power source, when it comes to inverter charger for vehicles or for other appliances. There are many large scale inverter charger systems that serve as a battery bank for grid powered systems. There are usually two modes to any inverter charger:

Inverter Mode

The DC power supply stored in the batteries is converted to AC direct supply to power home appliances. When using off grid power supply systems, this kind of battery backup system is the most common and the most useful one too. This mode is called the common off-grid power supply mode.

While driving mobile applications, or when using stationary applications, during a power blackout- the utility power is directly switched to the inverter mode and hence helps you to work efficiently without any hassle.

Charging Mode or Standby Mode

Inverter/chargers also charge themselves when not required. It then converts the AC current into DC. Nowadays, the current new generation inverter/chargers directly pass the AC current to charge up the AC loads, without any conversion in between.

Applications of Inverter/Chargers

When reliable battery backup is a must-have thing to be on roads, then inverter/chargers come to play. One of the positive factors in using an inverter charger is that, it uses a grid like system to charge itself up, and resulting into large battery banks, which will be useful during utility loss. Grid systems are usually powered via solar powers. Hence, these units are mainly used to power off these grids so that the inverters can come into play. The owner or the manager of the home or the company respectively, should know that such an inverter/charger can be connected to any kind of grid system when required. These are another major advantage, of using inverter charger to power off and to connect to any grid system when required.