As mentioned
above, due to the fact each and every project is unique, it is rather tricky to
make generalizations. Nonetheless, presuming a pre-incentive cost of $7.00/W,
an average 5-kW system would probably have a gross cost of $35,000 ($7.00/W *
5,000 W = $35,000). Any kind of solar rebates are going to lower this gross
cost even more, as would the 30 percent federal solar tax credit.
Does the value
presented by solar inverter outweigh
the price tag?
Like the
previous answer, this one fluctuates from project to project, and place to
place. In states that happen to be "ideal" for solar, such as New
Jersey, Pennsylvania, California, Arizona, Massachusetts Colorado and Hawaii,
as well as others, a solar panel system pays for itself after as little as
three to five years and supply dependable, long-term energy savings. When it
comes to a residential solar energy project, you ought to look at the following
factors, all of which plays a part in solar panels' return on your investment:
(1)The actual
price you have to pay for electrical power. All things the same, individuals
that pay a relatively high per-kilowatt hour (kWh) price for their electricity
can have the biggest monetary payback on their solar home energy system.
(2)The solar grid inverter incentives available
in your area. If you are living in a state where you will be able to sell solar
renewable energy credits (SRECs), a home solar energy system will not just
reduce your electricity bill, it is going to yield revenue above and beyond
utility savings.
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