If you’re considering switching to a solar energy system, there are typically two options to choose from: a grid-tied solar system and an off-grid solar system. There is also a third option, which is a variation of the standard grid-tied system: a grid-tied solar system with a battery backup. Contact online >>
If you’re considering switching to a solar energy system, there are typically two options to choose from: a grid-tied solar system and an off-grid solar system. There is also a third option, which is a variation of the standard grid-tied system: a grid-tied solar system with a battery backup.
The main difference between a standard grid-tied solar system and one with a battery backup is that you’ll have the convenience of backup power during an outage.
A grid-tied system with a battery backup is a more complex option, due to the solar system providing both regular energy to power your home and storing energy for use in the event of a power outage.
This system isn’t quite as cost-effective as a grid-tied system without a battery backup. But it is still a reliable renewable energy solution that allows you to access power from the grid as needed.
All grid-tied solar systems typically use net metering, which allows the energy your solar system generates to help offset the electricity you access from your local power grid.
Grid-tied solar power systems can be an ideal solution for those who either don''t have the space or finances available to install solar energy equipment large enough to completely provide the energy necessary to run their home or business.
A grid-tied solar system with a battery backup (also known as a hybrid solar system) also provides home battery storage you can use during power outages.
These systems can cost more to install than a typical grid-tied solar system due to the additional expense of a battery bank. However, the added benefit of accessible power during an outage makes these systems worth considering.
There are a variety of incentives available for both residential and commercial/agricultural solar energy customers. These include grants available to small businesses and agricultural producers, a tax credit for all solar installations, lower utility costs, and more!
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All it takes to generate electricity is a properly functioning solar system and some sunshine - so many would think that they would still have electricity even when the power goes out and the grid goes down. Unfortunately, this isn''t true for the vast majority of solar systems, at least not without some extra equipment.
It is possible to keep your home, business, or farm humming should the grid go down, but only if you choose to install an energy storage system, or batteries, that will store the energy previously generated by your solar system.
Most solar systems installed in America today are grid-tied systems, meaning the buildings they power are connected to the electric grid. There are many benefits that come with grid-tied solar systems, which have contributed to their popularity over the years. One of these benefits, which is available to solar system owners in most states, is essentially the free storage of your excess electricity on the power grid.
In many states, this policy is known as net metering. Net metering makes it mandatory for utilities to offer you "free storage" of your solar energy by allowing you to "upload" excess electricity generated by your system to the electric grid. In return, you''ll receive a kilowatt-hour-for-kilowatt-hour credit.
In some states, net metering isn''t mandated, but another form of compensation for adding solar-generated electricity to the grid may be, and it may be even more beneficial. In New York''s case, this is part of the VDER Value Stack. Check out the map below to see which states mandate net metering or other compensation methods.
This is pretty beneficial to solar owners. It means that the excess energy a solar system generates during the day can be pulled back off the grid to use when the system isn''t producing electricity, like at night or during rainy weather, for free. Without this policy, you''d either be losing out on electricity generated by your solar system, or you''d have to invest in a large, and potentially expensive, energy storage system.
However, there is a downside to grid-tied systems. Because they are connected to the electric grid, they''re required to shut off when the grid goes down - even though they can still, technically, produce electricity. While this may be frustrating, it''s for a good reason. If your solar system is pushing electricity onto the grid, it could be very dangerous to utility workers who are working to fix the issue.
Off-grid systems, on the other hand, can safely keep churning out electricity and supplying power to their buildings. But in order to provide a dependable amount of power, they need large energy storage systems, or batteries, which can get quite pricey.
How does battery backup work with a grid-tied solar system? When your solar system produces more energy than you are currently using (say, at 12 pm on a sunny summer day), your excess electricity will go one of two places: the electric grid, or your batteries (if you have one). Once your batteries are fully charged, excess power will be diverted to the grid so you can take advantage of net metering, as long as it''s available in your area.
There are two main ways a battery or batteries can be connected to your solar system: AC coupling and DC coupling. While AC coupling is less efficient, it may be less expensive if your solar system was installed recently and you''re looking to add a storage solution. DC coupling may be a better option if you are just installing your solar system, or if your inverter is at the end of its expected lifespan (which, for the typical string inverter, is around 15 years).
AC coupling allows you to integrate a battery into your solar system while keeping the inverter you have. This method takes the DC power that''s generated by your solar system, feeds it through your original inverter as it always has, thus turning it into AC power. From there, the power will either go to your building to run your appliances, equipment, or lighting, or it will go to a second inverter, the storage inverter. Because batteries store energy as DC power, the storage inverter will convert the AC power back to DC power. When it is needed, it is fed back to the original inverter to be converted to AC power. However, this back and forth between DC to AC to DC to AC power means there will be a loss of energy compared to the other option, DC coupling.
In short, if you have a perfectly functioning, standard inverter that''s relatively new, AC coupling is probably going to be your best bet, despite the loss of efficiency.
With DC coupling, you''ll be installing a different type of inverter all together - one that works with a battery and a solar system. Instead of adding the second "storage inverter" as with AC coupling, you''ll be replacing your main inverter with a hybrid inverter.
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