Are lead-carbon batteries good enough to be used for your system?

The results of using lead-carbon batteries have shown that these batteries are superior to other lead-acid batteries. We can say that lead-carbon batteries have revolutionized this era. These batteries are used to provide electrical power during a power outage. Solar systems can use these batteries to store energy and then supply this energy to the circuits when required. 

There is no restriction on using a particular type of battery. You can check out the merits of one battery over the other and can choose one. Lead-carbon batteries are better in many aspects and are used with solar systems.

How do lead-carbon batteries work?

Lead-carbon batteries are advanced forms of lead-acid batteries, in which the anode is of lead and the cathode is of carbon. The cathode made up of carbon is its unique feature, which helps in increasing the life of the battery by faster charging and discharging rates. These batteries work as dual-function storage batteries as they are a combination of lead-acid batteries and supercapacitors.  These are fully charged within an hour and show good charge and discharge performance. 

 

Benefits of lead-carbon batteries 

Lead-carbon batteries are magical advancements in technology, thus standing after lithium-ion batteries. Some benefits of using these batteries are discussed below; 

• Manufacturers encounter less production cost
• Strong charge acceptance
• Quick charging rate
• Safe and reliable
• Completes several charge-discharge cycles
• Environment friendly
• Renewable 

In general, carbon cathode being a unique feature has a lot of work to do with these batteries. 

It provides reaction centers for the process to occur. It provides a conductive frame to decrease polarization. The network structure in batteries reduces the precipitation and growth of lead sulfate particles and allocates them evenly. The basic advantage that can be seen is about reducing the sulfur effect and thus, increasing the battery life. This capacitive carbon acts as a buffer, when a high current is used to charge and discharge batteries, the current is majorly received or ejected by carbon material. In this case, negative sulfation occurs which increases the battery service life, unlike the traditional lead-acid batteries.

 

Are lead-carbon batteries durable?

These batteries have high cyclic life of about 7000 cycles which gives a life span of about 20 years. Solar systems always require a battery with good health and timing. People invest in solar systems to save monthly bill expenditure, so heavy-duty batteries are required to save energy for bad weather conditions. 

Conclusion

Due to their low cost and long life span, lead-carbon batteries are preferred over other batteries by a layman. But having technological knowledge before installing your system is always necessary. So, lead-carbon batteries have won the interest of people and are good enough to be paired with your systems. 

Want to talk to Australia’s most trusted Solar retailer? 

At AusPac Solar, we think it’s important to provide our customers with the highest quality solar installations and electrical work that come with the promise of ongoing servicing and maintenance support. 

 

If you would like to discuss any of the points above or you are just wanting to engage with a genuine, customer-focused solar company that will deliver a Solar Panel Installation at a fair and reasonable price, give our friendly team a call on 1300 197 237 or contact us here and one of our solar experts will be in touch.