Of all the different energy forms, solar energy is perhaps the most efficient in terms of viability and cost-effectiveness. Solar panels work by harnessing the power of the sun and storing it for future use. The batteries are vital for this storage function, and their safety determines how good solar panels are for use.
On the one hand, solar batteries are indeed safe for use, hence their global acceptance. But like everything else, poor maintenance and storage can lead to malfunctions, and these, in turn, constitute dangers to the users and the environment.
Today’s article takes a look at the various dangers associated with solar panel installation London users face. At the same time, readers find out how different solar batteries are affected by poor care and storage.
Risk Factors Associated with Solar Panel Batteries
As stated earlier, solar panel batteries are safe for use and storage in homes. People can think of it as a diesel-fuelled car. Moreover, this safety is threatened by a lack of proper maintenance routines alongside other common mishaps or accidents.
Some of the common risk factors that threaten the safety of solar batteries include:
- Excess battery, especially in enclosed spaces, leads to toxic fumes
- Battery burns which also cause toxic fumes
- Flaws in the manufacturing process
- Lack of internal quality control to spot defects or potential hazards
- Poor battery management and storage
- Risk of the explosion of poor or old batteries
Different Solar Batteries and Their Risk Factors
Asides from the general risk factors that affect all solar panel batteries, there are specific battery materials and the dangers they are vulnerable to. Four battery forms exist, and they come with distinct features. Avoiding battery-related issues involves learning which one is the safest and less prone to the risk factors stated above.
Lithium-ion is the most popular and widely sought-after battery. Among the four options, it possesses the highest capacity to store solar energy. However, it’s highly vulnerable to high temperatures increasing its risk of bursting into flames.
2. Lead Acid
This type is more affordable but requires much more maintenance than its counterparts. The maintenance itself isn’t very tasking, but the downside is that it creates the risk of leaking. Having leaks leads to the release of toxic fumes and gases that cause serious health issues.
3. Flow Battery
The next one is the flow battery system that offers little to zero risk to the environment. But just like every other type, this battery requires proper maintenance to ensure there are no leaks.
It’s safe but not for plants, so you’ll need to avoid discarding them in such regions. At the same time, overcharging batteries made from cadmium (nickel based) creates the risk of explosion.
At the end of the day, solar panel battery safety depends on the level of maintenance and care. It also means avoiding wrong practices that increase the likelihood of danger. Ultimately, solar panel batteries are safe but pose certain risks, so users should be careful.