Posts Tagged ‘energy rebate’

Does Colorado have a net metering cap?

October 30th, 2009

I have not heard of any net metering cap in Colorado. The utility grid seems to make an excellent battery to store extra energy produced (depending on who you ask) by wind turbines and solar panels.

Does Colorado state government mandate that the utility companies buy back power by home owners and businesses that produce their own? Or do the utils credit energy producers voluntarily, perhaps knowing it makes the best business sense? Something to research.

Apparently the state of California does mandate that their utils credit energy producers. This was Posted: 30 Oct 2009 01:36 PM PDT in GetSolar.com

Yesterday saw a surprisingly positive new chapter in California’s net metering saga roll out. PG&E is voluntarily expanding its net metering program in the absence of new legislation that would mandate such a move. PG&E customers can continue to explore solar as a valuable investment for some time to come now–without this move, many were predicting that PG&E would reach its net metering cap by first or second quarter 2010.

The broad situation is this: California electric utilities are rapidly approaching the mandated cap for the percentage of their energy portfolio that can be supplied by the electricity garnered from net-metered solar projects (2.5 percent of peak demand). Once that cap is reached, the utilities are no longer required give home or business owners credit on their electric bill for any net excess electricity generated by their solar panel arrays. PG&E is raising that cap within their own portfolio to 3.5 percent. The reason this comes as such as a surprise is that the utility was one of the strongest voices in opposing a legislated net metering increase earlier this year (failed House bill AB 560).

Net metering is one of the cornerstones of any incentive package for solar, and is a huge part of the reason projects can be financially attractive–in essence, the utility is acting as a giant, completely efficient battery. Net metering ensures that every kilowatt-hour of electricity generated by your solar panels is helping offset your grid-purchased electricity, either by directly reducing the amount of energy you need to purchase (because you’re producing it on-site) or by offsetting the energy you do still need to purchase (by means of credit on your bill).

So, to make a short story probably longer than you feel up to reading on a Friday afternoon, PG&E’s announcement yesterday to voluntarily expand their net metering program came as a huge relief to the solar industry, and its timing could not have been more apropos as Solar Power International, the country’s largest solar conference, finished up in Anaheim.

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Giant wind turbine, centerpiece of research venture, switched on near Boulder – Denver Business Journal:

October 20th, 2009

Giant wind turbine, centerpiece of research venture, switched on near Boulder

One of the coolest quotes in the article: Ritter said in a statement. “Together, with public and private partners like these, we’re making our state a clean-energy research beacon and building a new energy future for Colorado and America. We’re creating a model strategy for every state in the country to follow, a model that’s creating jobs, diversifying our energy portfolio and addressing climate change.”

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Two more articles about the same ski area wind turbine

September 15th, 2009

I’ve been noticing articles popping up about the Bolton Valley Resort announcing the installation of a Northwind 100 turbine. This article from the Ruthland Herald applauds the effort because a ski area already has access roads and resources to follow through with the installation. I think she makes a good point. A ski area would already have access roads needed to reach the high points on a mountain where the best source of wind is. They also have heavy machinery and the experience to install towers needed for turbines.

The next article from Cross Country Skier mentions that this is just the third wind turbine set up at a ski area in the United States! It seems to make sense that ski areas that are already boasting that they use a certain percentage of renewable energy to power chair lifts would install their own wind turbines to capture the energy blowing off their mountain tops. “It is the first turbine at a Vermont ski area, the second at a New England area and just third at a ski area in the United States.”

Here’s some info on the Northwind 100

Northwind 100 website

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Monarch invests in green improvements

September 14th, 2009

Monarch invests in green improvements. This article was in the Mountain Mail last week. It talks about some of the improvements at the Monarch Mountain Ski Area that have been going on over the summer.  Monarch is being very environmentally conscious by:

  • investing in a $6,000 upgrade to the main lodge lighting systems that use 75 percent less electricity,
  • setting up a recycling station and a rehydration station to refill bottles and pack,
  • investing in new wastewater lab equipment,
  • and paving more of the parking lot to improve drainage, alleviate mud and help water quality downstream

Seeing this article made me wonder if Monarch could benefit and get really, really green by capturing some of that wind blowing over the Continental Divide. I know from experience how windy it can be on the ridge on the way up to Mirkwood. I don’t know if there are hurtles to jump through since Monarch leases the land from the US Forest Service, but It would seem to make sense that Monarch could save tons of money and carbon waste by setting up a wind turbine on probably one of the windiest ridges in this area. Here’s a link to a turbine Monarch might want to use. It’s the Northwind 100 Turbine.

boypointingatturbine

I’m wondering what other ski areas are using wind from their mountain tops.

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Xcel Energy & Black Hills Energy solar rebate programs

September 1st, 2009

I just received a message from Mike Brown of Eco Depot USA outlining two scenerios that take advantage of Xcel Energy and Black Hills Energy PV Solar Rebate programs.

Xcel pays $3.50 a watt for an installed system up to 10 kW (that’s up to $35,000).

Black Hills pays up to $45,000 for a 10 kW system (that’s up to $45,000).

He says a typical home requires a 5 kW system . Installed turn key cost $32,500.

So the Xcel rebate on a 5 kW system would be $17,500. Then there is the Federal tax credit of 30% or net of $4,500.

So the total installed cost of a 5 kW system after rebate and tax credit would be $10,500. The typical payback time for that would be 7-9 years.

Extrapolate that out for Black Hills Energy $4.50 a watt and payback is 5-7 years (32,500 – 22,500 = 10,000 – 30% = 3000.00 = $7,000.00 after rebate and credit).

Here are a couple links to the utility company programs:

Excel Energy solar rebate program

Black Hills Energy solar rebate program

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