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  1. #31
    Senior Member M1917 Enfield's Avatar
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    Quote Originally Posted by awndray View Post
    3,600 sqft here.
    Mix of CFL, fluorescent and LED lights;
    Electric fridge, stove, oven, washer, dryer and chest freezer;
    Well, sewage and sump pumps;
    Electric air handler, HRV and air conditioner;
    Propane boiler for domestic water and main heat source (including heated basement and garage slabs).
    Propane: $280/mth (equal billing)
    Electric: ~$130/mth
    I'm on piped in natural gas, it is cheaper than propane which I assume you have a storage tank that also has a fee for filling, I also do not subscribe to equal billing either. I did use my wood burning fireplace a lot when the temperature was very low of the Christmas/New year period.

    For those that do not know the difference in these gases -

    Natural gas (also called fossil gas) is a naturally occurring hydrocarbon gas mixture consisting primarily of methane, but commonly including varying amounts of other higher alkanes, and sometimes a small percentage of carbon dioxide, nitrogen, hydrogen sulfide, or helium. It is formed when layers of decomposing plant and animal matter are exposed to intense heat and pressure under the surface of the Earth over millions of years. The energy that the plants originally obtained from the sun is stored in the form of chemical bonds in the gas. Natural gas is found in deep underground rock formations or associated with other hydrocarbon reservoirs in coal beds and as methane clathrates. Petroleum is another resource and fossil fuel found close to and with natural gas. Most natural gas was created over time by two mechanisms: biogenic and thermogenic. Based on an estimated 2015 world consumption rate of about 3400 km of gas per year, the total estimated remaining economically recoverable and known reserves of natural gas would last at least 250 years at current consumption rates. Natural gas dispensed in a residential setting can generate temperatures in excess of 1,100 C (2,000 F) making it a powerful domestic cooking and heating fuel. In much of the developed world it is supplied through pipes to homes, where it is used for many purposes including ranges and ovens, gas-heated clothes dryers, heating/cooling, and central heating. Heaters in homes and other buildings may include boilers, furnaces, and water heaters. Both in North America and Europe residential homes are major consumers of natural gas.


    Propane gas is a three-carbon alkane with the molecular formula C3H8. It is a gas at standard temperature and pressure, but compressible to a transportable liquid. A by-product of natural gas processing and petroleum refining, it is commonly used as a fuel. Discovered in 1857 by the French chemist Marcellin Berthelot, it became commercially available in the US by 1911. The processing of natural gas involves removal of butane, propane, and large amounts of ethane from the raw gas, in order to prevent condensation of these volatiles in natural gas pipelines. Additionally, oil refineries produce some propane as a by-product of cracking petroleum into gasoline or heating oil. Propane is one of a group of liquefied petroleum gases (LP gases). The others include butane, propylene, butadiene, butylene, isobutylene, and mixtures thereof. Propane gas has become a popular choice for barbecues and portable stoves because its low boiling point makes it vaporize as soon as it is released from its pressurized container. Propane powers buses, forklifts, taxis, outboard boat motors, and ice resurfacing machines and is used for heat and cooking in recreational vehicles and campers. Propane is a simple asphyxiant. Unlike natural gas, propane is denser than air. It may accumulate in low spaces and near the floor. When abused as an inhalant, it may cause hypoxia (lack of oxygen), pneumonia, cardiac failure or cardiac arrest.
    I live among lots of sheeple and dim witted who like to think they are good Canadians for voting Lieberal

  2. #32
    Senior Member Zinilin's Avatar
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    Emergency Preparedness Canada recommends that you prepare to be on your own (No outside power, water, food, travel) for at least 72 hours.
    That includes food, water, shelter, heat and sanitation.

    You can't run an electric furnace on a household backup generator.

  3. #33
    Member awndray's Avatar
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    HAHA!

    I just received this in an email from Hydro One.

    "Still heating your home with oil or propane? Consider switching your heating fuel to electricity."

    Dream on.

  4. The Following 2 Users Like This Post By awndray

    M1917 Enfield (02-15-2020), Waterloomike (02-14-2020)

  5. #34
    Senior Member FALover's Avatar
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    Quote Originally Posted by awndray View Post
    HAHA!

    I just received this in an email from Hydro One.

    "Still heating your home with oil or propane? Consider switching your heating fuel to electricity."

    Dream on.
    May those bastards all rot near to death and their putrefying lumps be feasted upon by the carrion of our province.
    GET OFF MY LAWN!

  6. #35
    Senior Member Waterloomike's Avatar
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    Thy are the carrion..


    Allow our Rightful Liberty or .....

  7. The Following User Liked This Post By Waterloomike

    M1917 Enfield (02-15-2020)

  8. #36
    Senior Member spider69's Avatar
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    Quote Originally Posted by M1917 Enfield View Post
    Got to move all the peons off cheap and safe gas home and water heating to expensive electric heating to stop Canada heating up any further.

    The Lieberal governments media mouthpiece says it has to be done, I guess the next push is to ban using carbon emitting firewood to heat your home too!

    I wonder how we are going to produce and distribute all this huge amount of needed electricity production that will be required to heat all the homes, offices and businesses plus charge and power all our future electric cars, trucks and trains around Canada?





    https://www.cbc.ca/news/technology/g...ting-1.5429709


    Goodbye, gas furnaces? Why electrification is the future of home heating


    From electric baseboards to heat pumps, heres a closer look at the options

    Emily Chung CBC News Posted: Jan 20, 2020 4:00 AM ET | Last Updated: 10 hours ago

    The burning of fossil fuels to heat our homes is a major source of greenhouse gas emissions in this cold country. Green builders say we need to decarbonize heating by going electric if Canada is going to meet its climate targets.


    It's a stereotype, but it's true Canada's winters are cold. And many of us stay toasty by burning fossil fuels such as natural gas in our furnaces or the boilers that feed our radiators.

    In an effort to cut down on greenhouse gas emissions and meet targets to reduce global warming, the U.K. has proposed banning fossil fuel-based heating in new homes by 2025. Cities in the states of California, Washington and Massachusetts are also trying to phase out natural gas.

    If your home is hooked up to a district heating system, where a utility supplies heat directly, you may be able to tap into a variety of greener energy sources.

    But if your home relies on its own individual heating system, as most do, what are the alternatives to fossil fuels and will they work in the colder parts of this country?

    Here's a closer look.

    How much does heating buildings contribute to CO2 emissions?

    About 45 per cent of Canada's emissions come from burning fossil fuels to make energy, including heat and electricity quite a bit more than transportation (28 per cent), the Prairie Climate Centre reports. Of that, about half is from houses, shops, schools and other private and public buildings. The other half is from industry.

    Nearly 70 per cent of the energy used in the residential sector comes from fossil fuels, a 2014 study estimated. Forced air furnaces and hot water or steam boilers with radiators, which most often burn fossil fuels such as natural gas, make up a majority of the primary heating systems in Canada, Statistics Canada reports.


    Attachment 20940



    How important is it to decarbonize heating?

    "Very important," said Fin MacDonald, program manager of the Zero Carbon Building program at the Canada Green Building Council, a non-profit that advocates for and certifies green buildings. In provinces such as B.C., Ontario and Quebec whose power grids don't produce a lot of emissions, fossil fuel combustion from buildings represents the biggest source of carbon dioxide, he said.

    That's certainly the case in Vancouver, where more than half the greenhouse gas emissions come from buildings, said Brady Faught, green buildings engineer with the city.

    While people may be concerned about a car idling for 10 minutes, Faught says "your house is basically idling all day."

    And it's not just the gas it's burning that's the problem. Natural gas or methane a greenhouse gas that traps heat far more effectively than carbon dioxide, causing much more global warming per molecule also leaks from the entire distribution system used to deliver gas to people's homes and furnaces, Faught said.

    How can emissions from home heating be reduced or eliminated?

    Buildings heated with fossil fuels can cut some of their emissions by reducing the need for heating through things like better insulation and reusing "waste" heat.

    But in order to make a big difference, the green building industry is looking to electrify heating.

    "The only fuel that we can truly make 100 per cent carbon neutral is electricity," MacDonald said.

    That's why the City of Vancouver is trying to come up with regulations and incentives for homeowners to electrify their home heating.

    "The ultimate goal is zero emissions," said Faught, whose job is to develop policies to encourage green retrofits for single-family homes in Vancouver.

    In provinces with an electrical grid based mostly on hydro, nuclear or other non-fossil fuel energy sources, such as Ontario, Quebec and B.C., replacing a gas-burning furnace with an electrical heating system can nearly eliminate a home's emissions.

    In some provinces, such as Alberta and Saskatchewan, power is largely generated by burning fossil fuels. For now, homeowners who want to cut heating emissions need to go beyond electrification and also install green power generation, such as solar panels.

    What are some of the options for heating your home electrically?

    Baseboard heaters are the most common option in use across Canada. They're powered by electrical resistance heating, just like your toaster and oven. Electric forced air furnaces, electric convection heaters and electric radiant floors also use electrical resistance heating.

    Heat pumps are far more efficient, because they simply move heat into your home, rather than generating heat. There are two kinds:

    Air source heat pumps, which draw heat from the air. (Yes, it can work even when it is very cold outside, just as your freezer can use its heat pump to cool itself to -18 C in a 20 C kitchen.)

    Ground source heat pumps, which draw heat from the ground and are sometimes referred to as geoexchange or geothermal heat pumps. However, MacDonald says the industry is trying to move away from calling it geothermal, as it gets confused with geothermal power generation.

    What are the pros and cons of baseboard heaters and other electrical resistance heaters?

    Baseboard heaters are popular because they're very cheap and easy to install.

    However, those and other kinds of electrical resistance heaters are very inefficient.

    "They're like just having a toaster running in your house all day resulting in high electric bills," said Faught.

    For those reasons, baseboard heaters are often popular in rental units where landlords install them and tenants pay the cost of electricity.

    That said, it's possible to bring the cost down in a small home by making the building more airtight and better insulated.

    David Turnbull, a former homebuilder and current manager of Enerspec Energy Consulting, said his company built a townhome complex in Edmonton where units were relatively small and so well-insulated that "you could almost heat the house with two hair dryers." In that case, baseboard heating made financial sense.

    When does installing a heat pump make sense?

    Heat pumps are way more efficient than electrical resistance heating. Both MacDonald and Faught say it's possible to get 300 per cent efficiency from a heat pump that is, you can get three kilowatts of heat for every kilowatt of electricity you put in. They're especially efficient in spring and fall.

    However, MacDonald says heat pumps tend to produce a lower temperature heat than burning fossil fuels, and therefore don't heat a building as quickly.

    That means a building needs to be airtight and well insulated to keep the heat from escaping and reduce the "heating load" before you should consider this as an option and even more so the further north you go.

    Faught says air source heat pumps can heat an airtight, well-insulated home to a comfortable temperature until it gets to about -10 C outside. In places with colder winters than that, supplementing with baseboard heaters may be necessary with conventional air source heat pumps. However, some manufacturers have brought cold climate heat pumps on the market that they say can deal with outside temperatures down to -25 C or -30 C.

    One big advantage of heat pumps is that they don't just heat homes, they can also cool them.

    In fact, air conditioners are technically heat pumps. The difference with the heat pumps capable of heating homes is they can run in reverse.

    What's the difference between air source and ground source heat pumps?

    Air source heat pumps are cheaper and easier to install, but less efficient and more expensive to run. That's because the ground temperature tends to remain stable all year round containing more heat in the winter and more "coolness" in the summer than the air.

    However, ground source heat pumps tend to be a lot more expensive and require more space to install because it's necessary to dig deep to access stable underground temperatures.

    That can be particularly costly in places where the ground is bedrock, said Turnbull. It's more economical if you're building on clay or sand, he said, and especially if you're digging anyway for a parkade, for example.

    Calgary home certified as Alberta's 1st 'passive house'
    Canadian communities are tapping into greener ways to heat and cool buildings

    What about solar?

    Solar power is useful for generating green energy to run devices like heat pumps in provinces with a fossil fuel-based electricity grid.

    However, there's also solar thermal energy, where heat is collected directly rather than by generating electricity.

    MacDonald said that tends to be more expensive than other options and requires lots of space for the solar panels. Because most of the heat is collected in summer, it also needs to be stored somewhere.

    "If you have a pool, perfect," he said. If you have a ground source heat pump, in theory you can also store the heat in its underground heat exchange loop.

    Turnbull and Faught both think solar technology is not quite ready for heating individual homes in Canada (although solar thermal heating with storage has been successfully tested for district heating in Okotoks, Alta.).

    What are governments doing about this?

    In Canada, the federal government is holding public consultations on proposed changes to the National Building Code and its National Energy Code for Buildings. Some jurisdictions such as Vancouver are also coming up with their own regulations and incentives to encourage electrification, especially in new homes.

    The city's climate emergency response report proposes that by 2025, all new and replacement heating and hot water systems should be zero emissions.

    "Having a fully electric house without a gas line is the direction we want to go," Faught said.

    WHAT ON EARTH?How to reduce the carbon emissions from home heating
    Affordable housing providers build Canada's greenest apartments

    Turnbull says governments need to plan to phase out fossil fuels in home heating.

    "It's an inevitability that we are going to get off them."
    This was obviously written by a young academic person who think they know everything and the rest of us are mere peons......book smart,life stupid. Life has a way of making idiots out of people like them,sooner or later.
    When I was younger,I blew half a fortune on cheap whisky and wild women. The rest,I just wasted.--Capt.Jonathan Hillstrand F/V Time Bandit

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