Alternative Energy

Alternative Energy

Alternative energy news, and information about renewable energy technologies.

Oct 14

Ontario buys Solar Electricity from Homeowners

Posted in Energy Economy | Energy Industry | Future Technology | Photovoltaic Cells | Solar Power

Solar Electricity GeneratorsHomeowners who purchase and install home solar power systems in the province of Ontario will now earn some extra income to help pay for their systems, thanks to the Ontario Power Authority. Ontario is learning by example from the success of similar European programs. This new program is encouraging a flurry of solar industry construction activity aimed at taking advantage of the new electricity buy-back program. Paul Gipe, a wind power expert, from California calls the result revolutionary: “the most progressive renewable energy program in 20 years in North America.”

Leonard Allen, who runs a small solar panel company here, finally has something good to tell callers, he says. For the first time, he can promise it won’t take 50 years to recoup the money they spend on a rooftop solar system.

Canada’s Ontario province has ordered local utility companies to pay homeowners or businesses for any electricity they generate from small solar, wind, water or other renewable energy projects, beginning next month.

The plan is unique in North America, but it is modeled after similar schemes in Europe that have spawned a boom in small “clean energy” projects. Critics say paying for such electricity is not the cheapest source for utilities, but advocates say it is the cleanest and most environment-friendly.

In Ontario, the program has brought a rush of activity. Homeowners in Toronto are climbing onto roofs to add solar panels.

A cooperative of small investors is raising money to build five large wind turbines to harness Lake Huron winds. Others are eyeing the locks of a St. Lawrence Seaway canal for small hydro-turbines.

Farmers are looking at manure piles and figuring the profits of using organic decomposition to create methane gas that can make electricity.

“There’s a tremendous interest, at all levels, from well-organized business consortiums to small homeowners,” said Tim Taylor, a spokesman for the Ontario Power Authority. “The impact in megawatts is going to come from the larger projects, but there’s a tremendous momentum found in small, backyard projects.”

“We love the idea,” said Keith Stewart, an energy specialist at World Wildlife Fund Canada. “The small stuff adds up. This model should be taken right across North America.”

A grass-roots effort

The growing chorus of cheerleaders for the program say it is an example of the kind of individual, grass-roots effort that many see as the solution to intractable problems ranging from energy shortages to global warming.

The Ontario program was launched after politicians promised to shut down aging coal-fired power plants but faced the reality of growing electricity demands.

Advocates of renewable energy, some of them veterans of a successful campaign to erect a large windmill in downtown Toronto, stepped in. They urged provincial authorities to use an economic spur to create hundreds of small electricity generators in hopes of avoiding building more big, expensive coal, gas or nuclear plants.

They brought Paul Gipe, a wind power expert, from California to lead the successful campaign. Gipe calls the result revolutionary: “the most progressive renewable energy program in 20 years in North America.”

Gipe noted that while some local utilities in the U.S. allow customers to send power back into the grid, there are no programs that pay a premium for generating the electricity.

Pay for producing

Starting in November, the 90 or so local utilities throughout Ontario will begin paying anyone producing solar power for 42 cents a kilowatt hour. Wind, hydro or bio-electric production will bring 11 to 14.5 cents a kilowatt hour.

In addition to getting paid for making electricity, home-owners and businesses slash their own electricity draw from the grid, where power sells at an average of about 5.8 cents a kilowatt hour across the province. Advocates say it reduces the burden on the electric transmission lines, encourages conservation and may save the cost of a new plant.

“Putting solar panels on the roof is a very tangible symbol of where your power is coming from,” said Ron McKay, an artist and graphic designer who helped form a co-op in his east Toronto neighborhood to buy solar panels at a bulk price. “You start to conserve. You don’t leave all the lights on. You change your light bulbs to efficient ones and start looking at your appliances.”

Ontario’s pricing scheme, called a standard offer contract, brought a flood of new interest to McKay’s solar-buying co-op, and has produced at least two similar co-ops in other Toronto neighborhoods.

‘Better than watching TV’

Members gleefully trade stories about watching their electric meters reverse on sunny days, putting electricity into the power grid rather than taking it out. “One woman said it’s better than watching TV,” McKay said.

Utility companies initially were wary of the administrative burden of buying power from thousands of customers. And there are technical problems. For example, utility linemen have to ensure that the small producers are disconnected from the grid when they work on electric lines.

Critics also say the cost to buy the power is higher than it would be from a conventional power plant, or an efficient big wind farm. Large contracts to build big projects is the North American norm.

Advocates counter that the prices set by the new Ontario program are too low. The 11 cents paid for wind power and small hydro may be profitable, they say. But the $10,000 to $15,000 needed to buy a typical residential solar array means it could take 15 years to recoup the investment at the price offered to sell solar electricity back to the utility in Ontario.

  • Suomonona

    I checked on the cost of going solar a few years ago because here in San Diego the power company has no competition and the cost of power is insane. Plus, I have the perfect roof for solar panels and there’s lots of area that could be covered. Unfortunately the initial estimate was around $45,000. It’s great if you’ve got a giant wad of cash lying around, or if you’re building from scratch and it’s worked into the cost of construction, but most people (myself included) don’t have that kind of dough. Too bad.

  • Reimburse

    I know in Massachusetts there are grants to homeowners. They reimburse about one half the cost of solar installations. It’s worth looking into. At this rate, the government should be paying us to put up solar and wind. But, that won’t happen until Washington, DC, New York City and Los Angeles are under water.

  • Suomonona

    There are lots of rebates and grants but that doesn’t help with the initial cost of installing the whole thing. You’ve got to have the cash to do it, first. then you get the rebates. It doesn’t help at all if you don’t have the money to begin with.

  • Japanese

    Someone was saying that the cost is coming way down, due to significant advances in the technology. (There’s a link to a Japanese company that has data on cost per kwh.)

  • Bill Hicks

    I am located on Lake Erie with an acre of land and an excellent location for a wind generator, I am going to be putting one up. I would be interested in what incentives are available from local, provincial and federal agencies to assist. Any information you can provide would be greatly appreciated. Thank you.

  • Andre Gagne

    I am in the process of installing a 100 foot by 18″ face tower and to mount a 2.4kw wind generator on top. The total cost for the set-up including labor is in excess of $25000 Cnd. I cant seem to find any information on Canadian grants from either level of government or power authority,

    Is there any such program for individual who are in the process of installing and converting to free energy ?

    Thanking you in advance.

  • Harley

    Good idea, is this equal to what we pay per kilowatt hour from the hydro company? Solar cells, are costly yes.. wait a few years they will come down in price. Does this include just Solar/Wind/bioelectric , or can we earn money by making a magneto generator on our old exercise bike and plugging it into our house? Plus the power inverter of course.

  • wayne Martel

    Hello: I hope that perhaps you might inform me on Ontario government grants for solar and wind energy. We live in a small cabin far in the wilderness and although we have the turbine and inverter, it is too costly to have it set up. Any ideas on where to proceed from here? With thanks, Wayne Martel

  • Rob

    According to my latest information the 42 cents per kWh price quoted for the Standard Offer Contract to provide solar derived electricity is wrong. It was recently raised to 80.4 cents per kWh with the newly placed into law Ontario Green Energy Act.

    This is terrific for a speculator who has the money to invest in a commercial sized solar plant but for Mr. Smith with a mortgage, finding the $30k to put up solar photovoltaics and the rest of the required electronics to do an approved grid tie is still a major obstacle. Payback times are still long.

    Be careful putting up a wind turbine in rural Ontario. If ‘permitted’,(the process of paying for a local county building permit for a structure), the local government sees it as an ‘improvement’, meaning your property is now worth more and will increase what they charge you in property taxes accordingly. Your taxes may go up more than the cost of electricity you no longer have to pay the utility for. If this happens, the money you cough up for this turbine in attempt to ‘do the right thing’ might be better spent on a personal vacation. If you sell the power back to the utility you could also be taxed as a ‘commercial’ business because the generated power produces a revenue stream. This can affect both personal income tax as well as property taxes and be subject to local zoning bylaws. Your local zoning may not allow you to run a business from your home. The government really needs to change the rules so it can get out of it’s own way on these green energy plans so that we all have at least a fighting chance of saving the planet and our own lives.

  • Dave

    My power cost in Ontario Canada was 12.4 cents per KW (this is the actual cost with taxes etc). I am using many solar power grid tied systems plugged onto my Ontario Hydro system. My solar power systems push 320w each into my home hydro. I keep each system as a separate 320w system in case of breakdown. If one goes down….others keep working.

    Each system has cost me $1200.00. Based on a 8 hour day….and if hydro doubles in cost(and it will at best double in cost)each system will give me power for 1.1 cent per kw for the next 30 years.(system lifespan). At todays rate 2.2 per kw. This is at a savings rate at my own hydro rate and not selling the power back to hydro.

    Selling power back to hydro is not always the best way to get the best return on your solar investment. For me it did not make sense to sell and receive less savings once all the extra selling costs are added up.

  • Tom

    I will be installing a wind generator on my property in Ontario, are there any grants and incentives? Can I get info on the power panels and hydro meters required for the system.
    Thank you

  • Rob

    Tom,

    Grants and incentives? Good luck with that! The only government grants I am aware of require that you hire a home energy inspector which you pay for out of your own pocket to do an energy audit of your home before any grant money is made available for such things. If the correlation leading to that rule has you scratching your head in wonder it does me too. That IMO has been an extremely efficient way for the government to prevent most homeowners from installing green energy systems. If you find out otherwise please do let us all know. In the meantime I won’t be holding my breath.

  • Andre

    Greeting,

    In actuality we do have grants here in Canada / Ontario

    Installing a wind turbine or solar field does fall under the Home Improvement program where we can get as much as $1350 back from the federal Government . As for Ontario is concerned, We get the Provincial sales Tax back when the application is filled out. Done it and it works just fine.

    However, As for grant is concerned, we have one of the poorest incentive program to move forward towards Green energy. We have to Pay Up huge amounts to obtain a credit only if we sell back on a 20 year contract to OPG.
    While this contract is on, we must maintain an account with Hydro One to pay roughly $30 per month to sell Hydro Back.
    Taking in consideration all licenses, Applications,Business accounts, insurance, ESA Inspections, Local Permits,Labour , Hydro Account, and the famous tax that we will have to pay on our Income Tax derived from producing electricity who is really the BIG WINNER here ?

    80.2 cents / Kwh sure is an attractive number for Ontarians However considering all other associated levis involved the return on investment from a Home 10 Kilowatt Solar Field is much greater than what most people, Companies or Government is telling you.

    I have a wind turbine installation done to code, customized to our need to have evaluated a return of investment to exceed 200 years. Insurance increase alone from the gouging Insurance company is more that what I produce in electricity.

    In My case, I have no regret as I am doing it for the challenge, The emission reduction and a great hobby.

    If the Canadian and Provincial Government really wants the average home owner to get into Renewable Energy , Do like our Smart Concerned neighbors of the South and start introducing a decent Tax Break at the beginning phase of building our Solar Fields .

    A Concerned Canadian

  • Rick Coates

    As a ratepayer I have deep concerns about the cost of this program. The actual cost of power is usually under $0.10/kwhr when the sunk costs are not taken into consideration. Yet the government has mandated that I will pay that guy up the street who is lucky enough to have an appropriate solar site over $0.80/kwhr. This is and will just be another tax hidden in the “other costs” on my power bill. I hope I don’t go bankrupt while paying these outrageous costs on my pension.

  • Karin G

    I find the rate being paid at 80 cents per kwhr is outrageous also, so I thought I better get on this bandwagon. As a tax payer, I am paying for others to do this so since I am into the green/clean energy movement, I cut down two trees on my property (spent $450 on that and had to say goodbye to the pollution savings they provided) and I have a quote for approx $40,000 cost on panels for my roof for a system that would provide approx $350 per month in income. Ok, so the first 10 years this income is paying for my $40,000 investment and then in theory, the next 10 years I will get all this revenue in my pocket. I like that very much. So the final piece is to check with my property insurance provider and guess what, RBC DOES NOT insure homes putting power back into the grid. I find this crazy as this is a huge insurance company. I found a couple providers but my property insurance is going up by $500 a year/double. So over the 20 years of this contract, I will be paying $10,000 in extra property insurance. So now my investment is really $50,000 plus interest. And since there are trees all around me, even though they do not block out any light now, how do I know if this is going to be the case in 10-12 years when I finally SHOULD HOPEFULLY start making some money? These trees are out of my control because they are not on my property, either the city or the neighbours. Well, I could still make $30,000 on this and thats nice, its good energy, and after the 20 year contract is done, I could use the power for my own use, not sell it all back. I think this this is too risky… its enough to deter me from going ahead. Thats too bad. I would go ahead if I could use the energy as my own and sell whatever else is unused back. Then I can start winning on this upfront.

  • Mark Whiffen

    I started about 15 minutes ago researching the possibility of putting solar panels on my cottage property. I have a large section of cleared and very sunny unused land in front of the place. I would like to get some return before I die or am too old to use the money. I will check back in a couple of years to see if the conditions have changed.

  • Michelle M.

    I have made some insurance inquiries just now and apparently companies are now getting on board with lower insurance costs now that they have done their homework and safety issues have been addressed. For example, if the grid power is off, it doesn’t put power back into the grid (anti-islanding protection). So companies such as Reed Stenhouse and Cummis (Canada)have lowered insurance to as little as $200-250. Perhaps now RBC has done the same as they even have a green lending program. I also heard that for personal home insurance installing solar has lowered their insurance costs.

  • Sandra T

    I honestly don’t trust anything from the government. If you read the guide on the OPA website it says they can change the rates for how much they pay, so you may not make back your investment. There are also costs that the local electric company will add on for their meters and readings etc. You may not exceed 10KwH to sell to the grid. I don’t know how many solar panels that takes. Also any other method to make power only pays a fraction of that 80 cents, that includes wind power. I wouldn’t bother informing the insurance companies, you only lose more money in the end.
    It sounds great in theory but I think it may be better to do as Dave (January) did and have small projects. That way you can pay for them as you can afford them. $1200 doesn’t sound as bad as $30,000. What I would like to know is how do you hook up these small solar projects to your house? Do you need large storage batteries?

  • David L

    I did a lot of research after Ontario had its brown out and created an alternative power company. I found it still not in fashion or cost effective to go green with wind and solar on a small scale.

    Now fast forward to today and with the HST adding 8% on our bill and everyone angry over another rate hike from hydro, Ontarians are about fed up with their pockets being emptied.

    How many of us hate paying for the “delivery fee” and “regulatory” and debt retirement” charges? A lot of this could be saved by adding solar or wind energy system to your house. We’ve come a long way and costs are down. Installation is as easy as including a bracket kit that holds 2 panels and feeding the wires in series…positive and negative to a grid tie inverter which converts dc to ac power and it has a plug on the other end of the unit and that plugs right into your GFI in the backyard or garage. Instant power to your house! If the power in the neighbourhood goes down the inverter shuts down also so linesmen won’t get shocked while they work on the lines.

    I feel the time is right to introduce solar energy to the neighbourhood. Most companies in the USA will only ship smaller size panels via UPS etc but if your looking for a 180 panel which is 60” x 36” and weighs 37lbs,good luck in getting that. So I inquired to one of the best in the USA and was told I would have to take a full pallet which is 25, 180 watt panels which would be the only way to safely ship because of how fragile they are and I would have to make my own transportation arrangements to get them here. I’m willing to do that and already have an installation crew agreeing to come on board. I will however do some extensive research and put feelers out there for ready customers to invest and go green before I ship a couple of pallets up.

    I also built a vertical wind turbine, cheaply but efficient for under $200 which again just plugs into a grid tie inverter and into the house grid so the best of both worlds. With 10-15 days of wind a month anywhere between 7 and 15 mph it adds to the energy demand from the house. You can also build your own solar panels if you’re handy and have 3 days to do it in.

    Here are some numbers. 1000 watts from solar panels = 1 kWh. A house with 8-10 180 watt solar panels and 4 grid tie inverters and 7 hours of sun a day (even through clouds you still get some current) you would produce 12.6 kWh a day…390 kWh a month which on average is a 3rd of a monthly bill. That also would cut down with your delivery, regulatory and debt retirement charge. The cost for this setup, somewhere around $15,000 with shipping, tariffs and taxes in. This could also be completed in stages so the lump sum isn’t needed. For under $2000 you’re going green and feeding power to your home and saving the environment.

  • Mohammad

    I was only thinking how viable is this if I borrow money and plan to pay back next 10 years. some advertisement saying it will cost $75000 to earn at least $1000 a month. is it true or scam?

  • don

    I made 6 Solar panels each one is 60 watts and i charged 10 batteries with it it worked great i had my hydro down to about $25.00 plus all the other charges
    not bad

    Then came the smart meters hydro back up to $200.00
    Also i just find out that my insurance will not cover me because the panels are home made and not CSA approved i did get some from the US but they are UL approved but they have to be CSA approved for Canada


Family-sized Solar Car to Race in World Solar Challenge

solar-car

Solar Team Great Britain has started a kickstarter page to help fund their design for entry in the 2017 World Solar Challenge. Founder Steven Heape leads a team of volunteers

Floating Solar Panels: A Viable Solution?

floating-solar-pv

Since 2011, French Company Ciel & Terre has been developing large-scale floating solar solutions. Their innovative Hydrelio Floating PV system allows standard PV panels to be installed on large bodies

Tulip Shaped Solar Plants to be Installed in Ethiopia

tulip-solar-hybrid

AORA Solar has announced that it will begin construction of its solar-biogas power plants in Ethiopia. Construction of the first pilot plant will start by mid-2015. Ethiopia’s Minister of Water,

3D Printed Solar Energy Trees

3d-printed-solar-trees

How would nature do it? Researchers at the VTT Technical Research Centre of Finland may be discovering the answer, thanks to advancing solar and 3D printing technologies. They have developed

The Benefits of Solar Power (Infographic)

Solar Power World Map

Home Inspector Bill Barber recently created an excellent infographic that details how solar panels can power homes and help the environment at the same time. According to the infographic,

Oriental Hornet: Expert Solar Power Harvester

Oriental Hornet: Expert Solar Power Harvester

Do you know who is the most competent solar power expert, according to a research team from Tel Aviv University? It is the humble common Oriental hornet found

Brooklyn Bridge Park: Greenest Destination in New York City

Brooklyn Bridge Park: Greenest Destination in New York City

New York City’s Brooklyn Bridge Park is getting even greener with the addition of a solar powered electric vehicle (EV) charging station – the first of its kind in

Artificial Electronic Super Skin – Powered By Stretchable Solar Cells

Artificial Electronic Super Skin – Powered By Stretchable Solar Cells

Zhenan Bao, Stanford researcher, is keen to create “Super skin.” Taking her previously created super-sensitive sensor a step ahead, she is now creating a super skin that will be