Atlantic Key Energy home storage solution gives homeowners peace of mind with backup electricity in the case of a power outage and maximum control over their energy bills. The growing incidence of super-storms and other extreme weather events highlight the multiple, cross-cutting benefits of expanding advanced energy storage systems, both for utilities and “behind-the-meter” at customer sites. Installing a smart, distributed energy storage systems, such as weathering the storm with Atlantic Key Energy home energy storage can go a long way toward enhancing the reliability and resiliency of energy supplies and grid assets.
As storm season nears, many homeowners prepare their homes to endure severe weather. Given that even minor storms can effect widespread power outages, much of that preparation includes planning for long periods without power. However, homeowners who have spent in solar panels may find themselves wondering, will I lose power energy? With advancements in technology and manufacturing and innovative financing models, such as our power efficiency agreement (PEA), intelligent energy storage systems such as green station are cost-effective today, and help “keep a lid” on power costs well into the future. Home energy storage accelerates the transition to cleaner, more environmentally sustainable energy resources.
Why will home energy storage experience interruptions? Homeowners may pretend that because their solar panels generate power independent of the grid, they’ll be able to maintain control if a storm causes a grid outage. But that’s not the situation for a couple of reasons. Your solar-powered home is still most likely attached to the grid. That signifies that you can again use power from your local utility if you need it.
In some cases, you can sell your surplus power back to your utility services – ensuring your solar energy is put to good use, and earning a little extra cash in the process. However, many homeowners are startled to learn that during an outage, your solar energy system automatically shuts off. The reason? Utility companies don’t want the power to become unexpectedly back into the system if workers are actively fixing it. Additionally, your solar-powered home makes electricity when the sun is shining. Without an energy storage way, you won’t have extra power to pull on during continued periods of cloudy weather and night, such as during a massive storm or at night.
Preparing your home energy storage during storms with Atlantic Key Energy
Once you’ve discovered the right energy storage system for your home and insufficiency, work with a qualified installer to put it into place. Be wary of installing the system yourself as incorrect or faulty installations can cause trouble with your solar power system and even void the warranties on your solar panels and batteries. During the storm period, make a plan for ensuring the power stored in your battery lasts as long as possible. Keep your storage system at full capacity. If a storm hits the power out, use your stored energy to critical power machines first. Unplug appliances that you’re not using and keep tabs on how much power you’re pulling off your batteries.
When it comes to storms, blackouts may be inevitable. Plan to store some of your solar energy in advance, you’ll be ready for whatever the weather brings. This is how you can begin preparing your home energy storage during storms with Atlantic Key Energy. Overall, most battery storage systems give a specific amount of storage. Consider what you’d require to power during or after a storm and talk with a contractor about the sufficient size storage system. Battery storage systems usually present a specific amount of stored energy, and the more batteries are installing, the more power is stored. Of course, adding batteries can be costly. However, homeowners and business owners are starting to estimate the cost of not having energy for long periods after a storm, the potential money lost, and the value of solar energy storage in those instances. Atlantic Key Energy Home Storage can help you evaluate the minimum power you may need to get by during a weathering storm outage and work up from there.