I'm having a consultant come out to look at my house and electricity usage and see if adding solar panels will be a viable option for us. The house is situated on a corner lot without any trees shading the house.
Thinking about doing this now before the revocation of programs that can save me up to 70% of the cost of installation http://www.njcep.com/ and there seems to be a $2,000 federal rebate as well that bears some investigation into. Average installation cost in my area is about $45,000, so I could get this installed for as little as $11,500.
Savings in the cost of powering my home should make up for the rest of the cost over time.
Paying $325 a month on the budgeted plan for gas and electric right now. The furnaces, hot water heater, dryer, and stoves are all natural gas appliances, so I won't be saving anything there.
Can't say that is such a bad idea. Last year on Extreme Home Makeover they did a house that had panels that really looked like roof tiles. I tried to find a company around here who would install them but had no luck.
This year I may try to find them and install them myself!
I actually saw that episode, one of two I've seen. The wheels in my head have been turning since then and the recent media blitz on the New Jersey Clean Energy Program got me thinking about it as a reality.
I actually saw that episode, one of two I've seen. The wheels in my head have been turning since then and the recent media blitz on the New Jersey Clean Energy Program got me thinking about it as a reality.
Just remember you have to pay all that up front, then you get the rebates at a later date. Solar panels are a good idea, but my question is why are your energy bills so high? And what can you do to cease the problem at the source.
HVAC System, year efficency?
Ductwork leak testing reinsulating
Insulation in celing walls and floors.
Windows, single or double pane?
Infiltration testing
Those are just a few things that I deal with off the top of my head. Not only do your energy useage goes down you improve your IAQ by quite a bit, and thats usually the first step people go in before they go solar power. Plus if you take care of the source of your energy consumption, once you do go solar power you'll end up feeding power back to the grid wich can give you a credit when you still have to use power during the winter months. Unless you go with the battery storage option which is even more money.
Uh, yeah why are your energy bills so high? We pay $80-$100 a month for electricity pretty much all year. Then again we don't have AC(<3 the mountains) and we burn wood in the winter and refuse to use the electric baseboard heaters.
We are on budget billing (each months bill is an average of last years total bill) and ours is around $185. The biggest portion of that being a gas furnace.
We recently got told that although our state made an extra 9 billion over the total budget this year (mainly from selling gas, electricty and water to other states) our utility rates are going to increase by 65-75%.
So although we have under 500k people and could afford to pay everyone in the state a salary of 12000 and still have left over cash after all the bills are paid I can expect my monthly bill to more than double...
$18~20 a month for electricity. My apartment is drafty as all heck, and it gets cold/windy here a lot... I just rarely, if ever, turn on the heat. Maybe if I'm taking a shower or coming in from the rain, but as soon as I warm up, I throw on a jacket or sweatshirt and kill the heat.
$325 is gas and electric together for the ground floor and 1st floor units (approx 1200 sq. feet), as well as hot water for all 3 units - cost is probably most dependant on the location of the home in the northeastern part of New Jersey, rather than the actual amount of gas/electric I'm using.
For heating/cooling, I have hot water baseboard heat (2 Weil-McLain gas boilers - 1 for ground and first floors w/zone heating, and 1 for 2nd floor unit), window units for A/C. I would love to have central hot air heat/air conditioning again, though the current setup probably won't change until I decide to do a major remodel.
Hot water heater is a relatively new 40 gallon tank ... though for 6 people living in the house, this is NOT sufficient... so next year probably going with a gas-powered on demand unit since there is very little room to put a bigger tank in. Friend who is in plumbing told me that she would not recommend either gas or electric on-demand, but that the gas is better than the electric. (electric burns out too fast)
Only the ground and 1st floor units have access to the laundry room - we wash clothes on cold or warm only (warm being on the lukewarm side), use the 'more dry' sensor setting on the dryer so that it's not running longer than it has to. We try not to take long showers (though my cousin's wife and stepdaughter take daily baths, which is one of the reasons that the hot water heater is NOT adequate), use the dishwasher instead of hand washing dishes (this saves hot water as well)
In short, just about everything I can think of to cut down on energy costs is being done, other than that my brother always has his TV on, even if he's not home, and I'm not about to go into his apartment to turn off everything he leaves on.
Have your boilers serviced. make sure they're operating properly and efficently. With that type of heating set up you need to make sure your home is properly insulated, attic, windows, walls etc.
And I like your plumber friend dont recomend the hotwater on demand systems. And dont go with electric anything if you have access to gas.
Have your boilers serviced. make sure they're operating properly and efficently.
Just had them serviced last Friday
I've been trying to talk mom out of the on-demand hot water, but she wants to listen to a contractor we know that says that they work fine where his family lives in Italy. I think that we bathe a lot more than people do in Europe
What the hell, $500 lowest? Do you live in a mansion? My bill with AC is usually around $50-$60. But I live in a 1 bedroom apartment.
No, 3 bedroom (1 not used) 2 bath. Living room not used (apart from light on ceiling) Dining room, computer room (heavy usage) central air, electric stove and water heater.
Bahamas = ******* everything costs more. (Gas just hit $5.33 a gallon)
Except booze. Cause we brew our own beer, and have a Bacardi plant.
Rag, stupid question but where do the utilites on the islands come from? I assume that theres a sewage teatment plant as well as a power plant or two that the brouchers fail to show us.
In the new energy law, the U.S. Congress lavished tax breaks on its usual fossil-fuel favorites—there's $1.6 billion in tax credits for new coal technology, $1 billion for gas distribution lines, another $1 billion for oil and gas exploration costs, $400 million for oil refineries, and so on.
But the solar energy industry is betting that its comparatively tiny share of the energy bill spoils will be enough to jump-start the industry.
The cost of the solar tax breaks to the U.S. Treasury—less than $52 million out of a $14.5 billion energy package—may seem trifling. But the handout shows that Washington supports solar, and that should encourage more states to offer breaks too, solar supporters say.
"For anybody who has ever considered installing a solar system, Washington is telling you to do it now," says Rhone Resch, president of the Solar Energy Industries Association in Washington, D.C. That's good news for solar equipment manufacturers like General Electric and Evergreen Solar.
Claiming the credit
The law both increases tax credits for commercial solar installations and offers individual homeowners a credit for the first time in 20 years. (An earlier personal-use solar credit was in effect from 1979 to 1985.)
Companies such as FedEx and Johnson & Johnson that have already installed solar systems on some properties, and have made a commitment toward adding more, are likely to pick up the pace, predicts Resch. "The federal incentives by themselves will not create a market for solar energy, but when combined with state incentives, you reach the economic tipping point to make it work," he adds.
Homeowners get a more limited credit. They can put in a photovoltaic system (roof panels that take in energy from the sun and turn it into electricity) and/or a solar-powered hot water system (for hot water heaters, radiant floors or radiators), and get a federal tax credit worth 30% of the systems' cost, up to a credit of $2,000 per system. There are a couple of catches: The heating system can't be for a pool or hot tub, and the federal credit applies to the net system cost after any state incentives.
The good part is that this new federal break is a credit—not a deduction—meaning it reduces your tax bill directly, dollar for dollar. So, if you install both eligible solar systems in your house, you can knock $4,000 off your federal tax bill. And if you have more credit than you owe in tax, you can carry it over and use it to defray next year's federal tax bill.
Other carrots
Meanwhile, states are adding or increasing their solar energy incentives. The subsidies include low-interest loan programs, sales tax exemptions and property tax exemptions for additional property value due to the installation of solar equipment. But you get the most bang for your solar buck from direct state rebates and tax credits.
In Connecticut, for example, since last October, homeowners can get up to $25,000 back from the state, up to $5 per watt for a maximum five-kilowatt photovoltaic system. (That's a pretty generous subsidy considering that the typical home photovoltaic system costs $8 per watt installed.) New York just passed an increase in its solar tax credits, effective Jan.1, 2006. The cap for New York's 25% credit will rise to $5,000, up from $3,750—and that's in addition to utility rebates, which offset system costs by 40% to 70%.
Then there's California, home to most of last year's 90 megawatts of solar projects. When the state legislature returns to work on Sept. 15, Gov. Arnold Schwarzenegger's Million Solar Roofs legislation will be back on the agenda. The goal: adding 3,000 megawatts of solar energy by 2018, primarily by providing $2.80-per-watt rebates.
In the meantime, the solar industry is preparing to lobby to extend the federal breaks beyond the two-year window. "We're not trying to be a subsidized industry forever," says Resch, "but without longer-term incentives that provide market stability, we won't see manufacturing grow substantially in the U.S."
More information
Interested in claiming a credit? Act fast. To hold down the projected cost, Congress authorized the solar credits for only two years—from Jan. 1, 2006 through Dec. 31, 2007.
Under the new law, businesses that buy solar equipment can claim a federal tax credit equal to 30% of the equipment's cost, with no dollar limit on how big the credit can be. (In 2008, the credit reverts back to today's 10% of cost level.) Solar system incentives
A two-kilowatt system that meets most of the needs of a highly energy-efficient home should cost $16,000 to $20,000 installed, according to the National Renewable Energy Laboratory (http://www.nrel.gov). A five-kilowatt system for a more typical home should cost twice that but would eliminate the home’s electricity bills. The lab offers a consumers’ guide to solar power (see http://www.nrel.gov/docs/fy04osti/35297.pdf for more information).
In addition to the new federal tax credits, almost every state offers a smorgasbord of incentives, such as property and sales tax exemptions, income-tax credits and deductions, and subsidized loans. You can find a database of state incentives here: http://www.dsireusa.org/index.cfm
Rag, stupid question but where do the utilites on the islands come from? I assume that theres a sewage teatment plant as well as a power plant or two that the brouchers fail to show us.
Well, I missed the reply, but since someone else was kind enough to bump, I'll reply. Generally speaking people just have an underground cesspit for...waste products.
My island has a privately owned power plant for electricty production. Water comes via underground and underwater (from another island) pipelines.
The phone signal is broadcast via really tall antennae to the main office in Nassau.
Ummm....cable comes in underwater pipelines from another island also, where it is also broadcast from Nassau.