Is a Home Solar Storage System Right for Me?

If you decide to go solar, the next question you might be asking yourself is, "Do I want battery storage too?" When making this decision, you need to consider what to do with getting energy from the utility or even just from the solar system compared to. With the added benefit of using a home solar storage system, this isn't necessarily an apples-to-apples comparison, it's more of an apples-to-oranges comparison. Unlike pure solar systems or traditional utility energy. Batteries allow you to power the lights and appliances you need most during a power outage, and they also protect you from peak utility rates. Home solar storage system Here are two clear advantages that homeowners can appreciate!

1. The home solar storage system provides power when you need it most

With a home solar storage system, during a power outage, you'll still generate solar energy during the day to power the lights and appliances you need most. Any excess energy goes into the battery and is used when the system cannot generate enough solar energy, such as at night. Even when the energy in the battery is depleted, it can be charged like your phone, so once the sun hits the panel again, excess energy from the home solar storage system will charge the battery while powering your home's most needed lights and appliances powered by.

A common question that comes up is, "How long will a home solar storage system power my home during a power outage?" A home solar storage system works like any backup power solution. How long it will power your home depends on the amount of energy stored and what is being powered. The greater the power consumption, the shorter the duration of backup power. To know the life of the battery.

2. The usage time rate of home solar storage system

Home solar storage system does not have to worry about usage time rates. In the U.S., utilities are beginning to introduce new residential rate structures designed to incentivize customers to consume energy when the cost of generating electricity is low and discourage energy consumption when it is high. An example of this type of rate structure is called a time-of-use (TOU) plan, where rates vary based on time of day, season, and day type (weekdays or weekends/holidays). The kWh rate is lower during times when both the cost of generating electricity and the electricity demand are low, such as in the early morning or late at night. When both the cost of generating electricity and the electricity demand is high (such as in the late afternoon/evening hours when most people are at home), electricity bills are much higher.