00:00:00.000 i watch students territory manager here 00:00:05.24000:00:05.250 working the show today and we'd like to 00:00:07.28000:00:07.290 show you our despite each danger 00:00:09.44000:00:09.450 that's an air-to-air feature what we 00:00:12.32000:00:12.330 have here is a demo it does very simple 00:00:15.68000:00:15.690 heat exchange this lower level is 00:00:18.20000:00:18.210 simulating an outside air about 93 00:00:21.85900:00:21.869 degrees and because we have a heat pipe 00:00:24.65000:00:24.660 that goes between the incoming air and 00:00:26.90000:00:26.910 the exhaust Airstream on top we are able 00:00:29.83900:00:29.849 to transfer and cool down that air 00:00:32.35900:00:32.369 coming into this facility so we're 00:00:34.63900:00:34.649 simulating air coming in at 93 degrees 00:00:37.52000:00:37.530 our heat pipe boils takes heat away and 00:00:41.33000:00:41.340 now the building air conditioning system 00:00:43.81900:00:43.829 only has to process at 80 degrees versus 00:00:46.54900:00:46.559 the 93 degrees that we originally had 00:00:48.61900:00:48.629 coming in 00:00:50.15000:00:50.160 our facility temperatures are at 73 00:00:53.63000:00:53.640 degrees and so this would be standard 00:00:56.45000:00:56.460 waste heat that would do that and you're 00:00:59.69000:00:59.700 just not doing anything with it why not 00:01:01.34000:01:01.350 do it to do energy capture so now we 00:01:03.89000:01:03.900 speeded it up to 89 and we don't care 00:01:06.86000:01:06.870 that it's unit because it's wasted 00:01:08.39000:01:08.400 leaving 00:01:09.05000:01:09.060 so the overall efficiency of this system 00:01:11.87000:01:11.880 is about 65 percent that's what the 00:01:15.11000:01:15.120 effective this level is between 00:01:16.40000:01:16.410 transferring heat producing the heat 00:01:18.92000:01:18.930 coming into the building and then 00:01:20.51000:01:20.520 exhaust 00:01:25.54000:01:25.550 we take 93 degrees less the 83 degree 00:01:30.56000:01:30.570 that the 80 degrees that's 13 degrees 00:01:33.29000:01:33.300 and then we have 99 93 degrees less the 00:01:37.67000:01:37.680 73 so that's 20 degrees on the bottom 13 00:01:41.71900:01:41.729 degrees in the top when we do that math 00:01:44.10900:01:44.119 tertium divided by 20 00:01:46.59000:01:46.600 is 65% energy efficiency and we are 00:01:50.16000:01:50.170 doing this without any parts motors and 00:01:51.99000:01:52.000 controls completely passable 00:01:53.82000:01:53.830 so come by and see us at the airships 00:01:56.01000:01:56.020 thank you
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Engineering company LOTUS®
Russia, Ekaterinburg, Lunacharskogo street, 240/12