Are you looking for top-notch Deep Cycle Batteries Solar in Australia? If so, then in this article, you will find important facts you should be aware of when looking for deep-cycle batteries. Deep cycle batteries are improving and evolving daily, and you should know how and which battery to choose.
What are Deep Cycle Batteries Solar?
Deep cycle batteries are high-end batteries with long and deep charging cycles. They designed these with top-notch state-of-the-art machinery for high-end use. You can now use these batteries in renewable energy storage units like wind, hydro, and solar power sources. These high-end batteries are also applicable for heavy-duty loads and long periods.
There are a few types of Deep Cycle Batteries In Australia. Below, you will find each of them and their purpose and usage.
Deep Cycle Batteries And Their Types
Four main types of Deep cycle batteries for long deep charge and discharge cycles are as follows.
- Flooded Batteries
- Gel Batteries
- AGM Batteries (Absorbed Glass Mat)
The flooded deep cycle battery is what you could call the most traditional type of battery. It is used in cars, large uninterrupted stationary power supplies, and off-grid or standalone systems. These batteries require regular maintenance and are kept a regular eye on. Also, these batteries use a certain combination of liquid electrolytes containing a medium that triggers a chemical reaction. These Deep Cycle Batteries Solar work because the electrolyte fluid completely submerges the plates. Moreover, when used, the battery acid bonds to the lead plates.
These batteries are very cost-efficient and aren’t as expensive to buy. Moreover, they store and provide decent backup for off-grid energy and store a good amount of backup power. However, they need regular maintenance, and monitoring the fluid level is necessary.
Gel batteries are like wet cell lead batteries with silica added to the mixture. It also means that this has a gel substance instead of the traditional acid electrolyte liquid, making it maintenance-free. The gel battery works with little to no difference from a lead acid battery. However, with a gel battery, we don’t have the liquid. Moreover, the gel does utilize acid and electrolytes. Hence, it doesn’t require water maintenance like a lead acid battery because it doesn’t have any.
However, they are very susceptible to heat. Hence, it should be regularly checked. Moreover, ensure the battery isn’t overcharged, cutting its life span. The biggest advantage of using these types of deep-cycle solar batteries is that they don’t require a lot of ventilation. Moreover, it can easily fit into any type of surface as they have no leaking danger. They are also very resistant to vibration due to their gel-like property. However, they are also very expensive because of little to no drawbacks.
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The AGM or absorbed glass mat Deep Cycle Batteries Solar are maintenance-free high-end batteries. The batteries became very popular in the 1980s. They perform much better than their predecessor, the flooded battery. These batteries come into play in a variety of areas like,
- Off-grid systems
- Military usage
These batteries work because the AGM battery has a glass mat separator. It helps to draw off the electrolyte solution between the plates. Moreover, thanks to the materials design. It enables and leaves the fibreglass to saturate with the electrolyte. Furthermore, it helps store the electrolyte in a dry/ suspended state.
There are many benefits to AGM batteries. Since they are maintenance-free, this means they require no watering service. They use the better chemical technique to maximize efficiency. However, they must be carefully charged as their battery life depends on how well it is charged. Moreover, undercharging and overcharging can seriously affect the battery life.
The lithium-ion battery is the latest type of deep cycle battery. It has the latest technology and is currently the best and most adopted battery type. The battery uses the technology of lithium-ions, which are a key part ad element in electrochemistry. Thanks to this, it can use its maximum discharge potential without decreasing its life span. Looking inside the battery, it uses the basic system of rods made of cobalt oxide (cathode) and graphite (anode), respectively.
These batteries are currently implemented worldwide and are used everywhere. They use the latest technology and are now commonly found in all areas of society. Cars, aeroplanes, off-grid systems, big facilities like malls too. They also provide the best charge and discharge cycle in the market. However, due to this, they are costly as well. Hence, they are a long-term investment.
Which Battery Is Right?
Looking at each type of battery carefully, we can see that they each have their own set of pros and cons. Generally, we look at four factors when we invest and buy Deep Cycle Batteries Solar. The cost of the battery, the lifespan, how long a battery last on charging, and if it all has any major downsides. These factors determine which battery is best for you. If we were to go cost-wise, the most economical battery for you is the flooded deep cycle battery. The most expensive battery here is the Lithium-ion battery or li-ion battery.
Maintenance-wise, however, the AGM and Gel batteries are the most maintenance-free batteries. They require little to no maintenance. In the modern day, we look at which battery is the most eco-friendly. The Gel battery and the AGM are the most environmentally friendly. They are very low risk and have nearly no chance of spillage due to their high durability. However, the lithium-ion battery outlives all these batteries in the long run, making it environmentally friendly as it can run for a long time.
The Bottom Line
In conclusion, choosing the right deep-cycle battery isn’t an easy job. There are many factors that you have to consider before you choose a battery type. Whether you plan to go off-grid and switch to a renewable energy source, you will need to do research. You should also remember that you shouldn’t only look at the economically best option and the performance and quality. So, when you go out to see and get Deep Cycle Batteries Solar, do some study? Because in the end, what is the point if your battery fails to meet your expectations?