Solar power is becoming quite a prevalent form of green energy worldwide. It is certainly surpassing hydropower and even matches the wind-generated power in many areas.
One such example is in the US. However, to maintain an efficient and safe solar power generation, there’s an entire system infrastructure. Things are not as simple as you might initially believe. You have the panels, the generator, and even the power backup (batteries) for the nighttime or emergencies. Therefore, miniature circuit breakers (MCBs) play a crucial role in the solar power system. If they fail, the entire system is going to fail. At the very least, it will not be as effective as it could be. Let’s learn more about the role of MCBs in solar power:
1. The Overcurrent Guardian
Despite solar panels being quite efficient and safe, there’s still a chance to have overcurrent. It can take place in panels, inverters, batteries, or wiring. Mainly because of the lack of maintenance or some other element. Either way, it is better to be safe than sorry, and that’s where MCBs assist in preventing damage by eliminating overcurrent. In the event an overcurrent appears, the system is going to rely on the MCB to reduce the potential damage.
2. Isolating Potential Damage
MCBs can be installed in different components of the solar power system. As a result, they can easily trip whenever and wherever the problem arises. Of course, it can be slightly irritating to check all the MCBs, but it is better than facing monetary loss for repair and maintenance. Let’s not forget that solar panels are still quite costly. So, MCBs help minimize the damage, and if one system is facing overcurrent, it can easily trip the power to stop any further loss. Replacing one MCB is a lot cheaper than a larger part of the system, like the actual panel. This is one of the main reasons why you should never opt for low-quality elements in the setup you install. Even something as simple as a circuit breaker can create a huge difference.
3. Efficient Circuit Management
A solar power system is basically a private power generator for you. A power generator can often range in power production. Moreover, when different circuits are connected to it, there will be varying power requirements. To manage these circuits efficiently and to prevent any malfunctions, MCBs with ampere ratings should be installed on each circuit. This helps ensure the overall efficiency of solar power and provides better maintenance. However, using the right ampere rating is not as simple as you might believe. This is because of the fact that different components will require different settings. If you do not know what MCB to use, it is better to have a specialist take care of it for you.
4. Safety For Maintenance Team
Solar panels often require inspection or maintenance, especially cleaning. And it is not easy to clean them, as you need experts. MCBs help in doing a small part where you can isolate a specific system or part without the need to shut down the entire system. As a result, you can provide it quick repairs or maintenance with minimum downtime. To keep it as simple as possible, a properly installed solar system will include several MCBs. One is added for every single part for maintenance purposes. When a part breaks down, the technician can simply turn off the power supply to it. Then, replacements can be carried out with complete safety in place.
5. Easy Scalability And Expansion
One of the best parts about MCBs is that you can add as many as you want to reinforce electrical security, especially if you add a new part or the system. Solar power systems are easy to scale, and as you add more parts, you can add MCBs simultaneously to easily scale up the system without many challenges. You do not want to have a system in place that cannot scale. This is because you will eventually want to add more to what you have installed. With the use of a proper setup and good MCBs, there is virtually no limit to what you can add and how large the system can be.
6. A Monitoring System
Modern and advanced MCBs can be used for monitoring systems. These enable you to check the condition of the solar power system. Even if it might not be as useful in residential systems, it can be quite helpful in the commercial sector or in solar power plants where you have large-scale supply and operations. As an example, in the event a circuit breaker activates, the monitoring system you have in place is going to instantly detect it. This signals that you have a problem you have to solve. At the same time, the rest of the system is not damaged. Monitoring your solar power system is mandatory if you are interested in complete efficiency.