The evolution of battery technology is enhancing the potential of renewable energy sources via efficient storage solutions.
FREMONT, CA: While renewable energy is constantly gaining traction, their intermittent availability has constrained the firms’ to rely completely on them. As a result, battery evolution within the renewable energy sector is on an all-time high. Batteries are especially essential for those who are not relying on the utility grid. The use of batteries enhances the reliability of solar panels as an alternative means of energy. In this way, firms can save energy from renewable sources to fuel their operations during an energy crisis. While there are various advantages of having an advanced and comprehensive battery system, finding the most relevant battery solution for a particular solar installation can be difficult. Here are the three major application-based options for cells that can store solar energy.
Flooded Lead Acid Cells
Flooded lead-acid batteries have been the most common solar batteries for quite some time now. Such batteries are not just inexpensive but also 99 percent recyclable. The above feature makes flooded lead-acid batteries highly affordable. The battery design allows it to handle the daily charging cycle. The major advantages of such batteries encompass security, reliability, and affordability. However, there is also a need to keep the flooded lead cell plates underwater for them to function properly. Hence they are termed as “flooded.”
Absorbent Glass Mat (AGM) Battery
AGM batteries comprise a sealed lead-acid battery as against the flooded battery solutions. Such batteries have been utilized in aircraft, military vehicles as well as in UPS technology. In this type of lead-acid battery, a fiberglass platform is installed to absorb the electrolyte. The primary advantage of AGM battery is that their internal resistance is low, thereby enabling them to function in higher temperatures as well as discharge slowly.
GEL battery is a variant of sealed-battery. Such batteries are specifically beneficial for deep cycle applications. GEL batteries utilize fumed silica to develop the thickening agent for the electrolyte. The fumed silica enhances the cells’ resistance to external agents. Further, GEL batteries are durable without special maintenance requirements.
With emerging demands, solar cells are evolving too. Investments in solar cells will result in long-term advantages for the energy industry.