Solar Inverter & Battery Installation in Vacaville, CA

Protect Your Home from an Electrical Outage with a Solar Battery Backup in Solano & Napa Counties

When the power goes out, your home’s heating and cooling system will be one of the first things to go. This can be a major problem, as the loss of heating or cooling can quickly make your home uncomfortable, or even hazardous to your health. That’s why many people are turning to solar battery backup systems in order to keep their heating and cooling system running when the power goes out.

At Right Now Air & Solar, we offer a full range of solar battery backup and inverter installation services for your home. Whether you have a solar power system already installed, or you’re looking to have one installed, our Vacaville solar inverter and battery installation team can help you get the perfect system to provide you with the power you need, even during an electrical outage.

Call (833) 226-9086 for a free estimate on solar inverter and battery installation services in Vacaville, CA.

How Do Solar Batteries Work?

Solar batteries, also known as solar power inverters, are a vital part of any solar power system. While many people think that solar panels are the only part of the system that is important, the reality is that without a battery backup, your solar panels don’t do you any good when the power goes out. That’s because the solar panels generate DC electricity, which is not the type of electricity that your home appliances use. In order to turn that DC electricity into the AC electricity that your home can use, you need a solar battery backup system.

There are three main types of solar power inverters:

• String inverters are the most common type of inverters and are the type of inverter that is most often used in a traditional solar power system. These inverters work by taking the power generated by all of the solar panels on your roof and combining them into one large current. This current is then converted into AC current and sent to your home.
• Micro inverters are similar to string inverters, but instead of taking the power generated by each solar panel and combining it into one large current, microinverters are installed on each solar panel. This allows each solar panel to generate its own current, which is then converted into AC current and sent to your home. The advantage of a microinverter is that if one of the solar panels on your roof is not working, the rest of the system will still work. Additionally, microinverters are able to store excess electricity, so any excess electricity generated by your solar panels will be stored in a battery.
• Power optimizers are similar to microinverters in that they are installed on each solar panel. However, instead of converting the DC current generated by the solar panel into AC current, power optimizers simply optimize the DC current so that it can be sent to your home. This allows each solar panel to generate its own current, which is then sent to your home. The advantage of a power optimizer is that if one of the solar panels on your roof is not working, the rest of the system will still work. Additionally, power optimizers are able to store excess electricity, so any excess electricity generated by your solar panels will be stored in a battery.