Residential Energy Storage: How to Keep Your Home Powered During Outages

With unpredictable weather patterns and unreliable power grids continuing to increase the frequency of power outages, uninterrupted access to electricity at home has never been more important. A single extended outage has the potential to disrupt your quality of life and could even compromise safety if you or a loved one relies on medical devices to stay healthy. 

Fortunately, residential energy storage has improved a lot over the last decade and can provide a reliable backup power source during emergencies. Here’s how you can use NeoVolta’s NV-14 battery to keep your home powered during outages of any magnitude.

How Solar Panels Work During A Power Outage

Residential solar panels are typically linked to the main power grid. This allows you to use the grid as your main power source during times when your solar panels are not producing electricity. But without utilizing a battery for residential energy storage, when the grid goes down, your solar panels go down with it. This happens automatically in order to prevent a backfeeding of electricity when your panels send power into the grid during times when it may be putting utility workers at risk. 

As a result, homes that only have solar panels but no backup battery are left just as susceptible to power outages as their neighbors are. Instead of losing all of that energy, solar batteries like the NV-14 store what’s generated by your panels and save it for times when the grid isn’t available.

Related Article: Benefits of Adding Solar Battery Storage to Your Product Mix

Always-On Power for Critical Devices

Blackouts are never any fun, and depending on the length of time the system is down, backup power can make a major difference in protecting you and your loved ones. Residential energy storage ensures that your essential devices and appliances stay running, no matter what is happening to the main grid.

And while solar batteries may not provide complete energy independence for the entire home, they offer a ray of hope during outages. Solar energy storage gives  you uninterruptible power that you can choose where and when to utilize. This functionality provides a massive advantage, especially if you are reliant on medical equipment that requires continuous access to electricity. During a blackout emergency, residential energy storage gives you one less problem to think about. That’s the kind of peace of mind you just can’t get from a solo solar panel setup.

Why NeoVolta’s NV14 For Residential Energy Storage?

NeoVolta’s NV-14 residential energy storage battery has built itself a reputation over the years as an industry-leading solution for homeowners looking for reliable power during blackouts. Designed to seamlessly hook up to existing solar setups, the NV-14 allows homeowners to maximize the benefits of solar energy, providing backup power when they need it most.

Learn More About NeoVolta’s Residential Energy Storage System 

NeoVolta is dedicated to advancing energy storage technology. Our NV14 residential energy storage system can make a major difference when it comes to providing clean, reliable energy for your home. With one of the longest battery lives available and compatibility across various solar systems, NeoVolta is paving the way for a brighter future.

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About NeoVolta

NeoVolta designs, develops, and manufactures advanced energy storage systems for both residential and industrial use. Its storage solutions are engineered with Lithium-Iron Phosphate (LiFe(PO4)) battery chemistry, which is clean, nontoxic, and nonflammable. The residential-focused NeoVolta NV14 is equipped with a solar rechargeable 14.4 kWh battery system, a 7,680-Watt inverter, and a web-based energy management system with 24/7 monitoring. The system’s 6,000-cycle battery life, one of the longest on the market, translates to 16.5 years of useful life, based on a full charge, and discharge each day. The NV14 has passed the product safety standards set forth by Underwriters Laboratories (UL) for battery energy storage safety testing.

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