The discovery of electricity has changed the world in a multitude of positive ways. All of the machines that are present today primarily run on electricity. In fact, we couldn’t even imagine what would happen if electricity were to become obsolete. Industries, businesses and countries are dependent on this widely available commodity.
For those devices that cannot power from the electric power supply, generally portable objects such as laptops, mobile phones, electric cars and so on, batteries are used. To get the best quality, buy luminous battery.
When the electric supply from the electricity board is cut off, we still want to continue using appliances and devices. An inverter is needed for this purpose. What the inverter does is store the electricity coming from the power station in a battery, and then use this stored power when ever needed.
DC vs AC
What comes from a power station is known as alternating current or AC. This form of current is very easy to transmit over long distances. It is in the form of a sine wave, and experiences very little power loss. However, storing it is incredibly inefficient. Another type of current known as direct current is the form which is easy to store chemically. Batteries are sources of DC. Appliances at home, however, are made to run on AC, and as a result, the DC needs to be converted back to AC. The device that converts from DC to AC is known as an inverter.
Batteries in Inverters
For inverters, two types of batteries exist. They are tubular batteries and flat plate batteries. The advantages and disadvantages can be seen below.
Life expectancy: Flat plate batteries have a maximum life of around three years. Tubular cells generally last longer, for approximately 5 years.
Water topping: Flat plate batteries require to be topped up with water quite often. Tubular batteries have a lower rate of water loss and do not need as much liquid.
Operating temperatures: Flat plate batteries operate well at specific temperature ranges. High temperatures are not optimal since a lot of heat is already generated by the battery, and may cause degradation of chemicals. Tubular batteries, however, have much better thermal management, and can operate even at higher temperatures.
Electrical resistance: Flat plate batteries have a reasonably low electrical resistance. Tubular batteries have better-defined pore sizes that allow movement to the electrolyte.
Charge retention: Flat plate batteries have long charge retention, but tubular batteries have an even longer retention since there is no electrolyte pollution due to reinforcing agents.
Cost: Since flat plate batteries are based off slightly older technology, they are cheaper than their counterparts.
Size: Tubular batteries are smaller for the same capacity as flat plate batteries and take up lesser space.
It is clear that flat plate batteries are slowly becoming outdated and tubular batteries are the way to go for any UPS applications. You can get more by going with tubular batteries although they are a more expensive option in the beginning. You can check out some luminous inverter online purchase to get the UPS delivered right at your doorstep. Embrace the new technology and see the benefits!