Why Your New 'High Efficiency' Hot Water Boiler Isn't Saving Money On Fuel Costs

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Language: en

00:00:00.469
- see boilers are designed to run cool
00:00:04.579 00:00:04.589 water temperatures for long periods of
00:00:07.820 00:00:07.830 time the old cast-iron style boilers the
00:00:11.180 00:00:11.190 ones that are starting to hit the end of
00:00:12.589 00:00:12.599 their life cycle after being around for
00:00:14.600 00:00:14.610 70 80 90 years are designed to run
00:00:17.450 00:00:17.460 really hot water temperature for a short
00:00:20.660 00:00:20.670 amount of time welcome back to the atom
00:00:23.029 00:00:23.039 eater YouTube project today we're going
00:00:24.650 00:00:24.660 to talk about the home heating tragedy
00:00:27.130 00:00:27.140 that's been taking place in the United
00:00:29.419 00:00:29.429 States with high-efficiency boilers
00:00:33.040 00:00:33.050 high-efficiency boilers that are not
00:00:35.540 00:00:35.550 saving people the money that they were
00:00:37.250 00:00:37.260 promised on their fuel costs and we're
00:00:39.530 00:00:39.540 going to really briefly talk about why
00:00:41.270 00:00:41.280 that is so kind of like I mentioned the
00:00:45.350 00:00:45.360 old boilers that a lot of people have
00:00:47.510 00:00:47.520 used to eat their homes are starting to
00:00:49.069 00:00:49.079 meet the end of their life cycle and
00:00:50.299 00:00:50.309 they work great they last many many
00:00:52.760 00:00:52.770 years and I lived in a place that had a
00:00:56.000 00:00:56.010 boiler well I lived in an apartment
00:00:57.350 00:00:57.360 building there was about a hundred and
00:00:59.360 00:00:59.370 twenty year old building and the boiler
00:01:01.520 00:01:01.530 probably was 70 years old and it wasn't
00:01:04.549 00:01:04.559 until about a year before I moved out
00:01:06.440 00:01:06.450 that they finally replaced that unit but
00:01:09.910 00:01:09.920 these things do have a life expectancy
00:01:12.170 00:01:12.180 and technology has come a long way in 70
00:01:15.740 00:01:15.750 years
00:01:16.130 00:01:16.140 so what we're seeing now with a lot of
00:01:18.410 00:01:18.420 home appliances our Energy Star
00:01:20.300 00:01:20.310 appliances refrigerators that use
00:01:22.910 00:01:22.920 electricity dishwashers that use less
00:01:24.950 00:01:24.960 water less electricity and the same
00:01:27.410 00:01:27.420 thing that goes the same thing goes for
00:01:29.359 00:01:29.369 our home heating furnaces and boilers
00:01:31.429 00:01:31.439 their high efficiency units now so
00:01:35.359 00:01:35.369 what's happening is that people are
00:01:37.429 00:01:37.439 getting these new units installed and
00:01:39.109 00:01:39.119 they're not saving any money and why is
00:01:41.090 00:01:41.100 that
00:01:41.630 00:01:41.640 it's basically for a few reasons let's
00:01:44.450 00:01:44.460 just talk about first off the consumer
00:01:46.429 00:01:46.439 side of things and this isn't you know
00:01:49.460 00:01:49.470 this isn't intentional but consumers
00:01:52.490 00:01:52.500 have been conditioned over many many
00:01:54.770 00:01:54.780 decades that they should they're going
00:01:57.440 00:01:57.450 to be getting instant gratification from
00:01:59.179 00:01:59.189 their heat right the primary purpose of
00:02:01.940 00:02:01.950 heat is comfort and historically we turn
00:02:05.030 00:02:05.040 on our heat on a cold house the house
00:02:08.270 00:02:08.280 gets warm in a relatively short amount
00:02:10.010 00:02:10.020 of time again the old boilers they
00:02:12.920 00:02:12.930 they are high heat units they heat water
00:02:16.190 00:02:16.200 very hot in a short amount of time and
00:02:18.410 00:02:18.420 that equals to you being warm relatively
00:02:21.500 00:02:21.510 fast high efficiency units this is a
00:02:24.619 00:02:24.629 high efficiency boiler is not designed
00:02:27.050 00:02:27.060 to do that
00:02:27.949 00:02:27.959 but the consumer is still trying to use
00:02:31.309 00:02:31.319 them in that fashion so whose fault is
00:02:34.910 00:02:34.920 it well you know that this is great
00:02:37.309 00:02:37.319 technology this is a fantastic fantastic
00:02:39.759 00:02:39.769 piece of technology and when installed
00:02:43.789 00:02:43.799 properly and when used properly it can
00:02:46.009 00:02:46.019 save you 20 to 30% on your heating costs
00:02:49.119 00:02:49.129 but they have to be installed correctly
00:02:51.170 00:02:51.180 and they have to be used properly so
00:02:53.899 00:02:53.909 what happens what's been happening is
00:02:55.970 00:02:55.980 you'll have one of these units installed
00:02:57.679 00:02:57.689 and maybe the HVAC person spent six
00:03:01.069 00:03:01.079 hours installing this thing for you but
00:03:03.530 00:03:03.540 never sits down and explains to you that
00:03:05.959 00:03:05.969 really the only similarity between this
00:03:07.970 00:03:07.980 boiler and your old boiler is the fact
00:03:10.009 00:03:10.019 that they heat hot water in and heat hot
00:03:13.369 00:03:13.379 water and send it to your baseboards and
00:03:15.349 00:03:15.359 you know there's a big hot water loop
00:03:16.879 00:03:16.889 and that's pretty much the only
00:03:18.500 00:03:18.510 similarity the technology is 100%
00:03:21.050 00:03:21.060 different so what's happening is the
00:03:23.119 00:03:23.129 consumer is still trying to use this
00:03:24.589 00:03:24.599 boil like their old one where at night
00:03:26.509 00:03:26.519 they turn it down 10 degrees and then in
00:03:29.119 00:03:29.129 the morning they get up and they turn it
00:03:30.890 00:03:30.900 up back to 70 degrees and realize that
00:03:34.520 00:03:34.530 their house isn't getting warm or they
00:03:37.309 00:03:37.319 go to work in the morning turn the
00:03:39.649 00:03:39.659 thermostat down to 63 degrees and they
00:03:41.689 00:03:41.699 get home after eight or ten hour shift
00:03:43.789 00:03:43.799 and turn it up to 72 and it's not until
00:03:46.759 00:03:46.769 midnight that the house finally recovers
00:03:49.369 00:03:49.379 and gets back to that 72 degrees but the
00:03:51.860 00:03:51.870 consumer is used to the house getting
00:03:53.659 00:03:53.669 warm in about 15 minutes so what happens
00:03:56.360 00:03:56.370 is the phone calls start pouring into
00:03:57.979 00:03:57.989 the HVAC people and the professionals
00:03:59.749 00:03:59.759 and say there's a problem here on my
00:04:02.629 00:04:02.639 house isn't getting warm well if the
00:04:04.789 00:04:04.799 professional had done their job they
00:04:06.229 00:04:06.239 would explain to the customer that the
00:04:08.719 00:04:08.729 high-efficiency units run cooler water
00:04:11.920 00:04:11.930 for longer periods of time so instead of
00:04:15.009 00:04:15.019 running hot water through your baseboard
00:04:17.629 00:04:17.639 for 10 minutes they run water half that
00:04:21.170 00:04:21.180 temperature for three four five six
00:04:23.540 00:04:23.550 hours on a continual basis okay
00:04:26.540 00:04:26.550 that's why setbacks turning your heat
00:04:28.550 00:04:28.560 off when you go to work or it bad they
00:04:30.920 00:04:30.930 don't work with high efficiency boilers
00:04:32.540 00:04:32.550 and this is a tragedy because this
00:04:34.909 00:04:34.919 technology is awesome and can save you a
00:04:36.499 00:04:36.509 ton of money but if you're not educated
00:04:38.480 00:04:38.490 on the new way you need to be utilizing
00:04:40.189 00:04:40.199 your thermostats with these boilers
00:04:41.510 00:04:41.520 you're not going to save any money I'll
00:04:44.270 00:04:44.280 give you an example of the tragedy from
00:04:46.249 00:04:46.259 the professional side a lot of times
00:04:48.920 00:04:48.930 what happens they get these calls and
00:04:50.480 00:04:50.490 this actually happened with the old
00:04:51.980 00:04:51.990 owners of this home with this boiler
00:04:54.040 00:04:54.050 they call a it's not warm enough in here
00:04:56.719 00:04:56.729 it's taken a really long time for the
00:04:58.279 00:04:58.289 house to eat up and a well-trained HVAC
00:05:02.300 00:05:02.310 professional would have been able to
00:05:04.010 00:05:04.020 explain well you know this is a
00:05:05.390 00:05:05.400 modulating condensing boiler modulating
00:05:08.270 00:05:08.280 means it can modulate the water temp up
00:05:10.760 00:05:10.770 and down based on what it's doing
00:05:12.619 00:05:12.629 outside - whereas your old boiler it
00:05:15.170 00:05:15.180 just goes from zero degrees to 186
00:05:18.140 00:05:18.150 degrees and there's no modulating in
00:05:20.480 00:05:20.490 between and the professional should have
00:05:23.629 00:05:23.639 explained to the homeowners you need are
00:05:25.670 00:05:25.680 you doing setbacks or you turning your
00:05:27.409 00:05:27.419 thermostat off or are you running your
00:05:29.899 00:05:29.909 boiler consistently and it's still not
00:05:31.700 00:05:31.710 hot you know asking the right questions
00:05:33.379 00:05:33.389 educating the customer about how these
00:05:35.059 00:05:35.069 boiler works no instead the Installer
00:05:37.279 00:05:37.289 came out and disconnected the outdoor
00:05:39.469 00:05:39.479 reset what the outdoor reset is it's a
00:05:42.260 00:05:42.270 thermometer in a temperature gauge that
00:05:44.600 00:05:44.610 communicates with the computer and yes
00:05:46.700 00:05:46.710 this freakin boiler has a computer
00:05:48.170 00:05:48.180 inside - what the temperature is outside
00:05:50.600 00:05:50.610 and then the boiler makes a decision
00:05:53.029 00:05:53.039 based on the temperature outside what
00:05:55.490 00:05:55.500 the water temp in the home will be in
00:05:57.830 00:05:57.840 order to heat the house what did that
00:06:01.189 00:06:01.199 Installer came and disconnected that so
00:06:03.469 00:06:03.479 now this boiler turned into the old
00:06:06.080 00:06:06.090 school basically cast-iron boiler -
00:06:09.350 00:06:09.360 where you turn it on and it gets the
00:06:10.850 00:06:10.860 radiators or whatever your emitters are
00:06:12.920 00:06:12.930 to a hundred and eighty-six degrees and
00:06:15.680 00:06:15.690 things get hot in 15 minutes the house
00:06:17.510 00:06:17.520 is warm well what's the point of having
00:06:20.540 00:06:20.550 a high-efficiency boiler if you're just
00:06:23.689 00:06:23.699 going to be using it the same way you
00:06:25.459 00:06:25.469 used your old boiler and what it what a
00:06:27.950 00:06:27.960 tragedy and I suspect that this is
00:06:30.140 00:06:30.150 happening a lot I've had tech people out
00:06:33.140 00:06:33.150 here and professionals out here I
00:06:34.430 00:06:34.440 actually had this boiler completely
00:06:36.649 00:06:36.659 repipe because it was installed
00:06:37.939 00:06:37.949 completely wrong the professional that
00:06:40.129 00:06:40.139 installed
00:06:40.760 00:06:40.770 - see unit did not size it properly for
00:06:43.400 00:06:43.410 the house and did not pipe it properly
00:06:45.100 00:06:45.110 luckily they did leave the manual behind
00:06:47.360 00:06:47.370 so me being the type of person I am that
00:06:49.969 00:06:49.979 likes to tinker with things and
00:06:51.200 00:06:51.210 understand how and why they work I broke
00:06:53.510 00:06:53.520 out the manual and realized this thing
00:06:55.999 00:06:56.009 is in pipe properly so I've had
00:06:58.010 00:06:58.020 professionals out here a few times and
00:07:00.640 00:07:00.650 the times I've had people out here I'm
00:07:03.469 00:07:03.479 surprised at how over the last three
00:07:06.290 00:07:06.300 years of me studying hydronic heating
00:07:08.300 00:07:08.310 that there's still a lot of not there's
00:07:12.320 00:07:12.330 still a real lack of understanding from
00:07:14.510 00:07:14.520 the professional side on how these
00:07:15.860 00:07:15.870 things work and how they're supposed to
00:07:17.210 00:07:17.220 work
00:07:17.600 00:07:17.610 and they're it's no wonder that a
00:07:19.580 00:07:19.590 consumer is having these installed it
00:07:21.529 00:07:21.539 isn't realizing any savings is because
00:07:23.960 00:07:23.970 it was installed wrong and they're using
00:07:25.640 00:07:25.650 it wrong okay so let's just quickly go
00:07:28.820 00:07:28.830 back to why this thing is called a high
00:07:31.040 00:07:31.050 efficiency unit its high efficiency
00:07:32.839 00:07:32.849 because it can do modulation and cut and
00:07:36.379 00:07:36.389 it's a condensing unit for the sake of
00:07:39.080 00:07:39.090 making things not very complicated let's
00:07:41.330 00:07:41.340 just talk about the modulation that just
00:07:43.550 00:07:43.560 means this boiler can decide what the
00:07:46.370 00:07:46.380 water temperature will be where your old
00:07:48.140 00:07:48.150 boiler couldn't okay so when it looks
00:07:51.230 00:07:51.240 outside and it says it's 40 degrees
00:07:52.999 00:07:53.009 outside it can say I'm only going to
00:07:55.219 00:07:55.229 heat the water to a hundred degrees
00:07:57.100 00:07:57.110 common sense tells you that it takes a
00:08:00.589 00:08:00.599 lot less energy and fuel to heat water
00:08:02.930 00:08:02.940 to a hundred degrees than it does to a
00:08:05.180 00:08:05.190 hundred and eighty-six degrees so that's
00:08:07.370 00:08:07.380 where your twenty to thirty percent
00:08:09.459 00:08:09.469 savings and fuel come in however if
00:08:12.709 00:08:12.719 you're turning the boiler off for eight
00:08:15.740 00:08:15.750 hours in expecting a hundred degrees 100
00:08:19.760 00:08:19.770 degree water to heat your home in ten
00:08:21.379 00:08:21.389 minutes you're going to be very
00:08:23.149 00:08:23.159 disappointed because it's not going to
00:08:24.499 00:08:24.509 work these boilers again are designed to
00:08:27.019 00:08:27.029 run cooler water temps for longer
00:08:29.480 00:08:29.490 periods of time
00:08:30.379 00:08:30.389 very very simple stuff but if you're not
00:08:33.050 00:08:33.060 educated on it and if you had a crappy
00:08:35.269 00:08:35.279 HVAC guy not explained this to you you
00:08:38.060 00:08:38.070 need to find a different company to work
00:08:40.130 00:08:40.140 with for your home heating needs so I'm
00:08:43.760 00:08:43.770 really passionate about this and I could
00:08:45.650 00:08:45.660 literally go on for a couple hours on
00:08:47.690 00:08:47.700 hydronic heating because I think it's an
00:08:49.850 00:08:49.860 awesome awesome way to heat your home
00:08:51.850 00:08:51.860 it's hypoallergenic
00:08:54.380 00:08:54.390 a lot of duct work like you do with
00:08:55.940 00:08:55.950 forced-air it's very easy to run copper
00:08:58.190 00:08:58.200 and pecs wherever you need it and
00:09:01.120 00:09:01.130 there's so many ways to set them up and
00:09:03.500 00:09:03.510 there's so many options it's just a
00:09:04.850 00:09:04.860 really great way especially when you
00:09:08.090 00:09:08.100 want to get into like radiant heating
00:09:09.680 00:09:09.690 and in-floor heat I mean there is no
00:09:12.050 00:09:12.060 more comfortable type of heat than
00:09:15.250 00:09:15.260 radiant in-floor heat and these
00:09:18.170 00:09:18.180 high-efficiency boilers work really well
00:09:20.390 00:09:20.400 with radiant heat because again it's low
00:09:23.330 00:09:23.340 water temp running continuously right
00:09:25.970 00:09:25.980 and if you have a nice slab with pecs
00:09:28.970 00:09:28.980 underneath and you're heating that slab
00:09:30.530 00:09:30.540 up it just heats the whole room up nice
00:09:32.930 00:09:32.940 and evenly and it lasts a long time but
00:09:36.110 00:09:36.120 you can't turn it off for eight hours
00:09:38.390 00:09:38.400 and expect you're going to heat up a big
00:09:41.510 00:09:41.520 basement slab with ninety degree water
00:09:44.330 00:09:44.340 in your excuse me I will swore in
00:09:46.730 00:09:46.740 about twenty minutes it's not going to
00:09:48.530 00:09:48.540 happen it's going to take two three
00:09:49.790 00:09:49.800 hours to eat that thing back up again so
00:09:52.220 00:09:52.230 it's just a tragedy because these units
00:09:54.110 00:09:54.120 are really awesome these high-efficiency
00:09:55.760 00:09:55.770 boilers are awesome but very few few
00:09:58.220 00:09:58.230 service professionals know how to
00:09:59.600 00:09:59.610 install them and they're not educating
00:10:01.880 00:10:01.890 their customers that there is no more
00:10:03.860 00:10:03.870 instant gratification that if you want
00:10:05.810 00:10:05.820 to run these properly you need to run
00:10:07.580 00:10:07.590 them all the time and run them longer
00:10:09.860 00:10:09.870 and your house will be comfortable it'll
00:10:12.290 00:10:12.300 be a nice steady temperature in your
00:10:13.820 00:10:13.830 house but you can't turn your thermostat
00:10:15.590 00:10:15.600 off for five or six hours and expect
00:10:18.380 00:10:18.390 that you're going to be able to recover
00:10:19.880 00:10:19.890 from that temperature drop in a short
00:10:22.040 00:10:22.050 amount of time so I might do another
00:10:25.160 00:10:25.170 video on this because there's a lot of
00:10:26.570 00:10:26.580 topics I'd like to talk about on high
00:10:29.720 00:10:29.730 efficiency boilers it's just too much to
00:10:32.690 00:10:32.700 be able to fit into a short video but I
00:10:35.060 00:10:35.070 am going to put a couple links in the
00:10:37.190 00:10:37.200 description of videos that I want you to
00:10:39.350 00:10:39.360 watch so if you have a high-efficiency
00:10:41.210 00:10:41.220 boiler and you're having problems
00:10:43.420 00:10:43.430 realizing the savings you were promised
00:10:46.060 00:10:46.070 I want you to watch these videos and
00:10:49.580 00:10:49.590 then also - I'll put a link in the
00:10:51.290 00:10:51.300 description for a forum a heating forum
00:10:54.500 00:10:54.510 where there's some guys on there these
00:10:56.120 00:10:56.130 heating professionals that are that are
00:10:58.490 00:10:58.500 just awesome they understand how these
00:11:00.290 00:11:00.300 things work how they're supposed to work
00:11:01.820 00:11:01.830 how you're supposed to communicate with
00:11:03.620 00:11:03.630 the consumer to get them to change their
00:11:05.630 00:11:05.640 habits and their behaviors and how they
00:11:07.160 00:11:07.170 relate to their home he
00:11:08.240 00:11:08.250 and they understand that and they can
00:11:10.130 00:11:10.140 help you they can answer your questions
00:11:11.600 00:11:11.610 and it's there's a huge asset if you're
00:11:14.300 00:11:14.310 running into issues with your with your
00:11:16.760 00:11:16.770 new boiler so I'll put those links in
00:11:19.040 00:11:19.050 the description and if you have
00:11:20.480 00:11:20.490 questions for me I could probably try to
00:11:22.400 00:11:22.410 answer some of those questions because
00:11:23.930 00:11:23.940 over the years I've kind of picked up a
00:11:25.550 00:11:25.560 lot of info on hydronic heating how it
00:11:28.580 00:11:28.590 works why it works how it works the best
00:11:30.860 00:11:30.870 and I can try to answer your questions
00:11:33.170 00:11:33.180 too but wanted to make a quick video
00:11:35.780 00:11:35.790 because there's not a lot out there on
00:11:37.340 00:11:37.350 YouTube and I know that there's a lot of
00:11:39.890 00:11:39.900 people that are not realizing their
00:11:41.690 00:11:41.700 their fuel savings with with the
00:11:43.910 00:11:43.920 high-efficiency boiler that they thought
00:11:46.010 00:11:46.020 they were and they're not realizing
00:11:48.020 00:11:48.030 their comfort their comfort is the
00:11:50.390 00:11:50.400 primary concern for a customer and if
00:11:52.940 00:11:52.950 they're not warm and comfortable it's a
00:11:54.800 00:11:54.810 failure okay and then secondary to
00:11:57.560 00:11:57.570 comfort is also as always you know
00:11:59.300 00:11:59.310 saving money and that's great but we
00:12:00.860 00:12:00.870 want our customers to be comfortable
00:12:02.300 00:12:02.310 first and foremost and it's not
00:12:04.340 00:12:04.350 happening for a lot of people with these
00:12:06.050 00:12:06.060 high-efficiency installations so thanks
00:12:09.080 00:12:09.090 for watching I get a little off-topic
00:12:10.700 00:12:10.710 than what I normally do but I'm really
00:12:12.170 00:12:12.180 passionate about this and there needs to
00:12:14.240 00:12:14.250 be more content on YouTube about a
00:12:16.670 00:12:16.680 high-efficiency heating as it relates to
00:12:19.070 00:12:19.080 boilers and everything everything to do
00:12:22.070 00:12:22.080 with that so again if you have comments
00:12:23.990 00:12:24.000 leave them below check out the links and
00:12:25.850 00:12:25.860 you guys have a great day and girls
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