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Power inverters contain power bank to store solar energy

Are you using a solar system? Are you familiar with them? The batteries in these solar systems are one of the most important elements. It is very important to strictly follow the set of guidelines and user manuals in order to ensure that your battery that provides enough power and long service life at a reasonable cost. 

In solar systems the main role of the batteries is to store energy to power the system that has to be robust in terms of extent and volume. Higher extend means that, you can expect the system to work more and to rise efficiency of the overall installation. 

We are all familiar with a lead-acid battery flooded, the ones that are used in most automobiles and industrial machineries. They are reliable and has more life cycles in case it’s treated as expected. There is a lot of energy in lead-acid battery with a little maintenance, usually in the form of adding some distilled water sometimes. Use more acid-flooded water when you turn faster.

There are several constructors that propos high quality batteries that are designed specifically for solar systems. It’s known that these batteries are very heavy, resulting from lead plates used. These plates are much thicker than a normal battery. They are made to handle the continuous cycle of energy in and out. This is the opposite to the battery of your vehicle, which is intended to deliver an energy increase to start the engine. From the time when the car’s alternator charge the battery and running accessories.

In case of using low volt system, power inverters will be perfectly safe to charge the battery bank at about 15 volts without damage. A twenty four volt system can go almost 10 volts more.

Throughout the summer and often in early autumn and late spring, it is common to see solar panels produce enough energy to a battery bank near the range of 16 or 31 volts, depending on the configuration of the battery bank.

A gel cell bank is not as absorbing of tension, so you should be sure he controller will keep the voltage in a reasonable range than regular (lead-acid) batteries can handle. It’s a good idea to have a limit of near 12 volt gel cells. An occasional small overhead are not so important, but better safe than sorry. They are more expensive than lead-acid batteries and shorten life seriously overloaded quickly. DC (direct current) doesn’t transport well over long distances when low voltages are used. The higher the voltage, the better transportation.

Let’s use the example of the car power bank. Consider how heavy the power bank cables are? Is that way so it will handle the high current at low voltage while trying to start the engine? Luckily, the power bank is typically situated very close its plate, which guarantees all the power spreads harmless.

With its solar system and with this power bank, there are two distinct areas of travel. First, the power has to move from the power inverters to the power bank. And thenmove from the batteries to the power inverter.