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originally posted by: Semicollegiate
Governmental control of energy and utilities in general is the reason the big corporations are in the game in the first place.
originally posted by: soficrow
originally posted by: Semicollegiate
Governmental control of energy and utilities in general is the reason the big corporations are in the game in the first place.
Erm. No. Governments developed services to serve the people, and so people/nations would own their own assets. It was only after the infrastructure was built and paid-for that corporations wanted the profits. And now that infrastructures are failing from lack of maintenance, governments think corporations will fix things. Stupid, I know. Just look at the airline industry to see where that will go.
During the late nineteenth century, gas and electric companies were subject to limited regulatory oversight; by the early twentieth century, they were subject to burdensome municipal regulation; and by 1940, most gas and electric companies were subject to state and federal regulation (Stigler and Friedland 1962; Troesken 1996).
originally posted by: Grimpachi
originally posted by: Iwinder
a reply to: Grimpachi
The cost depends on if you are doing it yourself or if you have a contractor instal it and on how big a system you get. You also factor in any rebates you can qualify for and how it will affect taxes depending on self instal or contracted.
You can't do the install yourself if you are talking a serious solar array, your homeowners insurance will say goodbye well before you even plug it in. Any rebates for installing one is tax payers money paying taxpayers to install a loosing system.
Try disposing dozens of batteries without having to pay the environmental fee, then you have to buy dozens more. just to dispose of those battery banks again and again....It is a lose lose situation for the average home owner.
A self install system iffy to say the least, if you don't require a electrician then it aint going to run your sump pump.
Lets not forget the panels fail a certain percentage every year from the installation date, so do your batteries.....its all down hill from the get go.
Regards, Iwinder
I am not going to have anything to do with batteries and I know all about losing efficacy each year which is negligible to the payoff. I don't have a sump pump there is no need here. My state doesn't have rebates but power companies offer $2 per watt which to qualify for would have to be done by a contractor.
As for insurance it would be the same as if I were to roof my own house it would have to be inspected and certified. Federally with taxes I can deduct 30% of what was spent on the system so if I spend 20K I get about a 6K tax credit. Which means a 20K system casts me about 14K. Solar improvements are 100% Property Tax Exempt and I will have increased the value of my home by about 18K.
Here is a rundown from a site with a system that costs $17,500.
A typical installation consisting of 5 kW of solar panels in Florida should start at about $17,500, according to Clay Electric. That might sound like a lot, but don’t freak – that’s gonna drop fast.
Even without the state’s on-again off-again rebate programs, the feds remain steadfast in their support of solar power and the people who love it. You get a 30% federal tax credit, reducing the cost by $5,250.
Next, we subtract your first year’s energy savings, which we estimate to be about $796.
Finally, subtract that tiny bump from OUL’s net metering agreement, and you get an extra $332 per year off your costs, bringing the first-year total to just $11,122.
With a conservative estimate for the future rise of electricity prices, you can expect your new solar power system to pay for itself in about 10 years.
In addition to those direct wallet-fattening savings, you also increased your home value by $15,912
www.solarpowerrocks.com...
Overall I can expect a 11.6% return on investment and it doesn't cost the taxpayers a dime.
I suggest you take some time to research solar as each year it has changed a bit and you seem to be seriously behind the times as far as information on them goes.
edit to add:
I don't think my state will add a tax described in the OP. What the power companies do here is charge $0.14 and buy back at $0.05 in most areas it changes according to your provider.
www.engineering.com...
degradation rate is less than 0.5% for panels made before 2000, and less than 0.4% for panels made after 2000. That means that a panel manufactured today should produce 92% of its original power after 20 years, quite a bit higher than the 80% estimated by the 1% rule.
The majority of manufacturers offer the 25-year standard solar panel warranty, which means that power output should not be less than 80% of rated power after 25 years.
originally posted by: Grimpachi
a reply to: Iwinder
Your welcome. Solar is great for where I live but it looks as though from the site I posted the states where solar isn't as strong as here they have better programs for those purchasing solar which definitely offsets the costs more.
As for degradation of the panels the rule used to be 1% per year but that has also changed. It will also depend on the type of panel as well overall no one can say past 25 years as there is not enough information.
www.engineering.com...
degradation rate is less than 0.5% for panels made before 2000, and less than 0.4% for panels made after 2000. That means that a panel manufactured today should produce 92% of its original power after 20 years, quite a bit higher than the 80% estimated by the 1% rule.
Most panels have 25 year warranties but the ones I am leaning towards have 30 year warrantee.
Here is a site with info on panels manufactured before year 2000 energyinformative.org...
The majority of manufacturers offer the 25-year standard solar panel warranty, which means that power output should not be less than 80% of rated power after 25 years.
What Causes Degradation? Crystalline silicon modules located in extreme climates showed high degradation rates. For very cold climates, panels subjected to heavy wind and snow loads suffered the most. On the other hand, panels in similar climates that were installed in a facade, eliminating the snow load, had very low rates of degradation.