BrianW

Looks like IBM bought weather underground? The new ap is way better than the old version. The new temp map with the color is really cool.

How old is the house? Sounds like you have a well insulated newer house to have that fuel consumption. My sister is building a brand new house in Boston. The house is crazy insulated and airtight. The heating and cooling loss numbers were insane. Its going to cost practically nothing to heat and cool when I looked over the plans. Might have been much older mini splits. The stuff coming out in the last year or two are probably twice as efficient. The technology is rapidly advancing and getting more efficientl. I ran some numbers for Taunton MA. It looks like you have municipal power and pay significantly less than the rest of MA so your savings are pretty massive. At Taunton MA electric rates of .14 a kwh and the mass.gov posted average propane price of 2.92, here is what a million btus of heat would cost you. Heat pump- $9.33 Propane- $35.52 For others in MA here are the state wide average prices taken from the mass.gov website for comparision. Heat pump at .22kwh. $14.67 Heating oil $27.45 Propane- $35.52 Natural gas- $26.83 Natural gas is not cheap as cheap as it once was in New England and prices have doubled since the beginning of the year. There is not enough pipeline supply and a huge demand from gas power plants that prices have been high.

Maine is aggressively deploying heat pumps and has incentives for them. Here is an interesting article on it. Didn't realize they had soo many installed. I also attached a performance graph of how newer units can achieve some impressive cold weather performance. My unit can put out its full rated heat all the way to almost -20 before capacity drops. Maine is the most heating-oil-dependent state in the country. More than 60 percent of the state’s 550,000 households rely on heating oil as their primary energy source for heat. But because a little more than half of the electricity generated in Maine already comes from zero-carbon hydropower and wind power — and legislation signed yesterday sets a 100 percent renewable electricity target for 2050 — a rapid shift to electric heat could deliver significant emissions reductions. It should also save households and businesses money. https://www.google.com/amp/s/www.greentechmedia.com/amp/article/maine-wants-to-install-100000-heat-pumps-by-2025

An Air Source Heat Pump (ASHP) will typically produce around 4kW thermal energy for every 1kW of electrical energy consumed, giving an effective “efficiency” of 400%. It is thermodynamically impossible to have an efficiency of more than 100%, as this implies that more energy is being produced than is being put in. For this reason the performance is expressed as a Coefficient of Performance (COP) rather than an efficiency. The above example would be expressed as having a COP of 4. The reason that it appears that more energy is being produced than is consumed, is because the only “valuable” energy input is electricity used to drive the compressor and circulating pumps. The remainder of the energy simply transferred from a heat source that would otherwise not be used (such as the ambient air, ground or a river) so is not considered as an energy input.

How is that 380% efficiency measured? Google coefficient of performance. Here is a real fuel cost comparison calculator I use. I I inputed some real New England numbers so its pretty accurate.

I installed one at my Moms and the payback was like a few months from switching from burning a gallon or 2 a day in heating oil. Most oil hot water boilers cycle all day and the stanbdy losses are massive. If you havent got one yet I recommend you get the energy audit done as well. They install insulation, air sealed my ducts, installed weather striping, led bulbs, etc. There is a surcharge for energy efficiency on everyones electric bill that pays for all this stuff but nobody uses it. I am probably close to like 8k in free energy efficient upgrades I did through energize CT on my house. Those in Massachusetts have some of the nations best incentives/rebates available as well.

The tanks are like $1000-1200 but 6 years ago Eversource had a 1000$ rebate on them. I installed it myself so it cost me out of pocket like $300 or so. They are basically a dehumidifier as well so if you run one it eliminates needing to run one. Looks like the rebate is still available and is $750 so you can basically get one as the same cost as a regular electric tank. I monitored mine with an electric meter and it cost about 7-10$ a month to run. If you use oil for hot water your savings will be astronomical. In heat pump only mode they ise about 50-75 percent less electricity than a regular electric tank. https://www.energizect.com/your-home/solutions-list/energy-star®-heat-pump-water-heater-rebate

I have a heat pump water heater that is 380% efficient. It absolutely destroys an 85% oil furnace and is powered by my solar panels. Brookline MA recently banned fossil fuels on new construction. Heat pumps are where we are headed as they can be run 100 percent on renewable energy. The rest of the world has been using them for decades, especially Japan where mininsplits were invented.

You guys up north need to put in some cold climate heat pump mini splits. I think VT has incentives and rebates for them. The technology is incredible now. My units put out full heat down to -18 and 79 percent at -30. I installed 2 and have been heating my entire house with them. I still use my oil furnace once in awhile but have saved a fortune on not buying oil. Way more reliable than oil furnaces as well. I cut down my oil use by like 90 percent. I have only used 20 gallons so far this winter. They are also free to run via my solar panels and net metering.

Here come the outages. Eversource has radar on the map now. The outages line right up with the red freezing precip.

Lost power for most of the night. Ground is so saturated here trees were coming down like crazy last night from the winds. 5.21 inches in the last 7 days!

2.36 here. Heavy basement flooding here. Pond across the street overflowed.

Some serious ice damming on that roof from poor or no attic insulation.

Big flakes falling in New Haven.

It is a little past the middle of November. Here is a summary of the month so far in terms of average temperature departures from normal and the daily high temperatures for Central Park.

A nice CT shoreline torch. 46 here on ssw winds.

It makes total sense in todays world. You completely eliminated the high new england labor cost of snow/ice removal and the big lawsuits. My sister is a lawyer. How it works is everyone sues for everything even if its completely your fault. Its cheaper to just pay out then spending 300 an hour on lawyers for months to litigate it. You slip on ice its cheaper to say heres 50k we will settle it now. Thre statistic is like 80% of people will just take the first quick payout and its over.

60 here at KHVN.

Temps just jumped like 15 degrees here along the coast on sw winds. That 29 is busting hard.

You should try dabbing. You heat up a poppy seed size drop of pure 90-95% thc and inhale it. Most weed is like around 25% or less. I guarantee you will feel it. Lol

Nice streamer with some flakes here in New Haven.