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What’s your alternative for access and supplies to many remote communities?
What’s your alternative for access and supplies to many remote communities?
Oh man, I remember a Philips mp3 player I had for the longest time as a kid. You could hear the little clicks of the hard drive. Lost it on a hike, unfortunately.
Leaded fuel is still used in piston airplanes everywhere. While there are ongoing efforts to develop an unleaded alternative, there is none currently available to the market.
I recently went this route after dabbling with other options. I had a wireguard VPN through my Unifi router, with rules to limit access to only the resources I wanted to share, but it can be a struggle for non savvy users, and even more so if they want to use Jellyfin on their TV. Tried Twingate too and would recommend if it fits your usecase, but Cloudflare Tunnels were more applicable to me.
This is mostly my reasoning too. I’ve got a bit more juice than a NUC, but I prefer the way resources are managed with an LXC for the certain apps that I run. I still have VMs for other things, like HAOS and a BlueIris NVR. It’s only a local homelab with no external users so avoiding additional complexity is often in my best interest.
Why would one prefer a VM over an LXC for Docker?
While it doesn’t really apply to bamboo, this is kind of the way hedgerows are laid. The main trunk of the “tree” is cut most of the way through (called a pleacher), then laid on its side. New growth then sprouts from both the laid trunk, still getting nutrients from the stump, and the stump itself.
Check out coppice if you’re more interested. It’s pretty amazing what trees can do.
There are controls in the case of Casinos, though. The most relevant being no minors.
To determine heating degree days for your area, you set a baseline temperature (18C is kind of standard in Canada) take the average temperature on each day, and sum the difference between that and the baseline temperature for every day of the year (zero if temp is above baseline). So if the average temp one day was -10C, it would be a 28 heating degree day.
It allows approximation of building heating demand. Some standards (Passive House) use heating degree hours for finer detail, which makes sense because there can be fairly significant day/night temperature swings.
Here’s a site where you can calculate what your location is. And here’s what Wikipedia says.
Nice. Saskatchewan is very cold though (about 6000 heating deg days at 18C where I am and can regularly go under -30C in winter), so 200% would be pretty reasonable for a typical heat pump. As a comparison, Tromsø, in very north Norway is 5600 heating deg days.
I’m pleasantly surprised. Right, sometimes I forget that most people don’t live in a deep freeze like Saskatchewan.
You have a furnace that provides heat, air handler that moves the air, and compressor that forces heat in a certain direction (inside to outside in the case of AC) with coils in the air handler to make use of that (re)moved heat.
Heat pumps have several features that make them a bit more than backwards AC, like defrost systems, VFDs and often dual-fuel controls. If it snows where you are, you’ll also want it off the ground. So, best to get a new system.
As another said, you might be able to reuse the coolant lines and coils in the air handler. It might not be a bad idea to keep the furnace for backup when it’s extra cold.
Definitely, that’s why I say the seasonal heating efficiency is based on heating-degree-days of the location. I’m not sure they’d get to 2-4x 200% efficient, though. 350% might be more reasonable.
I’ve done energy models for houses here in Saskatchewan (~560 tCO2e/GWh) and at the moment, they are not cleaner than heating with natural gas, which is the typical primary heat source. Obviously, it would depend on grid carbon intensity, so there is a level of grid ‘cleanness’ where heat pumps would become cleaner, but that tipping point depends on a number of factors.
You could do a rough estimation with the seasonal heating efficiency of a heat pump based on the heating-degree-days of your location versus a certain efficiency of natural gas furnace. Burning natural gas is about 0.18 kgCO2e/kWh. So, if you have a heat pump that’s 200% seasonally efficient, you’d need the grid carbon intensity to be about 0.38 kgCO2e/kWh (380 tCO2e/GWh) to be equivalent to a 95% efficient natural gas furnace.
It seems owenfromcanada has ding dong dashed you.
They likely just sent it to anyone above a relatively low karma threshold desperate to get any sorry fool to buy their stock.
I’ve purchased a few things after listening to him yell at me for 20 minutes. The reviews are useful, but I wouldn’t watch for pleasure.
I think I heard this on Les Stroud’s Surviving Disasters, but North America is unique in that many places haven’t been largely inhabited for enough time to find out they are prone to disasters (some definitely are but people are stubborn enough to go back). Whereas, ancient Asians and Europeans may have had the chance in the past to relocate out of floodplains or other disaster-prone areas, for example.
Without extortionate extra fees either. I recently wanted to crossplay Overcooked on my PC with a couple friends on my PS4. “Buy PSPlus for only $100+ to play this game online!” Yeah, fuck off.
Too bad the TV broadcasts rarely show when anyone runs on to the field.