It’s not difficult, but it is expensive and inefficient. There are very few financially viable battery technologies on the market currently, and although incremental improvements are happening on that front, there are also roadblocks (lack of raw materials like cobalt, toxic metals, thermal runaway fire risks), we really need a big breakthrough before we’ll see large adoption of batteries.
There are literally countries that went all in on nuclear power (france and switzerland come to mind), that now regret that play and are trying to transition away from them. Not for safety reasons, just because they are extremely expensive to operate and they become a money pit when renewables eat away at the base load that they were built to supply. You have nuclear plants paying people to take their power during the afternoons because they cant shut down quickly when the sun comes out.
Folks, we are witnessing toxic masculinity live in this thread, look at the way this toxic male masterfully injects his internalized misogyny into a comment that sounds reasonable at first but quickly devolves into more gender stereotypes, portrayals of woman as unreasonable, impractical, and irrational. Look at how he tacitly emasculates any man who likes to cook for the joy of cooking or clean things beyond a bare minimum. What a rare opportunity to witness the toxic male engaging in such iconic behavior, while unaware of it’s surroundings.
This is wild to me, not because the company acted like this, that was to be expected, but what they were arguing over: whether the guy who got his legs chopped off deserved workmans comp.
How is that even a question, even if he made some mistake or ignored some rule, the man got his legs chopped off on the job, he should get workmans comp regardless. Accidents happen no matter how safe you make an industrial environment, rules are often made to be impossible to fully follow, you shouldn’t have to prove the company was at fault to be made whole for getting injured on the job.
Check out the ulephone power armor 18 ultra, has the same shit but runs Android 13 and has 5g. I’ve had the non-ultra version a few months now and love it, about to trade up.
Assuming efficiency of ~4 miles per kWh (on the high end of current EV efficiency), that’s a 200kWh battery. charging that in 10 minutes would require 1.2MW’s of power, enough to power about 50-100 homes simultaneously. Now imagine a handful of vehicles charging simultaneously, consuming as much power as a small city.
As others have commented, the open source home assistant project can take voice commands and perform smart home functions like turning lights on and off, reading off the forecast, taking down notes, etc etc. But it does have limits, you will have to script any kind of complex commands, like pulling headlines from an RSS feed, or playing spotify playlists, or really anything that requires fetching info from an API, it won’t do those kinds of things out of the box.
The other factor which others have called out is that it doesn’t currently handle wake word functionality, though that’s been on their road map this year and the Oct update might fix that. That being said, running a dedicated wake word app to fill in that gap is very much possible. See my thread here for more info: https://community.home-assistant.io/t/setting-up-a-100-local-smart-speaker-on-an-android-tablet-using-tasker-and-snowboy-to-handle-wake-word-detection/611435
Typical Buffalo PD, they probably finished off the night by concussing some old folks and beating the female officers.
Same, including an IR led is such a simple thing, why did this ever go away. Though I’m pretty sure most Chinese phones still have them, Xiaomi phones do for sure
Hell yes, just jumped on the ulefone train myself!
I’m going to chime in here to plug the ulefone power armor 18t I just got. I was pretty nervous to get a chinese phone as I’ve only had samsung and lg phones before, but this thing legit blows me away. Not only does it fully support every band that my carrier uses (rare even for phones made for the US market), but it has:
Replaceable battery that lasts 3+ days between recharges
Extremely rugged, IP69 waterproof and designed for underwater photography (physical shutter button and diving camera app)
3.5mm jack, sd card slot, FM radio (with built in antenna - no headphones need to be plugged in), and an RGB notification led
Dimensity 900 chipset that beats a lot of the snapdragon chips on the market.
12 fucking GB of RAM… yes, 12…
Wifi 6(ax)
Wireless charging and reverse charging
A fucking 60x magnification microscope? (Why???)
A FLIR thermal camera (Just because, why the fuck not)
Runs mostly bloat free stock android
All that for under $600 (on aliexpress)
The only thing it’s missing is an IR blaster, otherwise this is the best phone I’ve ever had, bar none. It is a chonky beast though, be warned.
This has really changed my view on Chinese electronics, especially at a time when phones for the western world are losing features and functionality all the time (including stuff from South Korean). Turns out capitalism isn’t that great for innovation!
Could it be worse than giving them to power hungry octogenarians?
Interesting, can I ask a couple questions about that setup? How did you go about connecting all the pieces? Is it all handled locally? What hardware are you running it on? Do you have any good resources/tutorials you followed?
I have foscam cameras and have been pretty happy with them. Regardless of the brand, make sure you firewall them from the internet or they will phone home.
Reason I went with foscam was because at the time they were the only brand with an outdoor PoE camera that had a spotlight, 2-way audio, PIR, and ONVIF support. Which was what I wanted for an entryway camera. They’ve since discontinued that “SPC” model, so if I had to do it over again I would be just as likely to pick reolink (had shitty luck with amcrest).
I have been very happy with my venstar colortouch. It has a well documented local API, with a cloud option and mobile app if you’re comfortable with that. The HA integration is great as well.
Everything you’ve suggested is equivalent to re-arranging the deck chairs on the titanic. Climate change is not driven by individual action and can’t be solved by individuals changing their consumption habits. Over 70% of greenhouse gasses are produced by less than 100 companies, companies that have lobbied for public subsidies, socialized their losses with bailouts, outlawed or bought out any competition, laid waste to our countries natural resources, ripped up efficient public transit and infrastructure, and suppressed any change to their fossil fuel monopoly. Changing our course on climate change will mean taking back control from a powerful and entrenched class of people and corporations who control all the legal means you think can be used to hold them accountable.
I’m an electrical engineer who designs commercial and Utility Scale PV systems (i.e. Multi acre solar power plants), though I’ve done a couple dozen residential systems as well.
@evranch@lemmy.ca chimed in with some really good advice, but I wanted to add a few things.
If I were to do my own system I’d go with micro inverters, enphase IQ8 most likely, as they can be setup to operate during a grid outage, either with a battery backup, or with a load balancing panel.
Careful of the downfalls of going the DIY route, not sure how it is in your state, but in some states I’ve worked in you will forfeit incentives if you don’t use a qualified installer.
Get familiar with your utilities net metering policies, if they don’t net meter power at or near retail rates then you’ll end up giving them your power for free/cheap whenever you overgenerate. Some utilities will also make it difficult if you’re not going through a qualified installer.
Lastly, and this is coming from someone who understands the industry intimately, really take a look at the numbers and decide if this makes sense for you. Most residential solar will take 5-10 years to pay for itself (after incentives) and start to generate a profit. Compare that with the same sum invested in a general s&p500 index fund which would likely have doubled in value during that time.
Ultimately I decided not to install solar on my home, despite the ability to 100% DIY the whole thing and get parts at steep discounts, and instead installed a backup generator and signed up with a local community solar array (which is not something that all states/utilities allow).
Happy to answer any questions you may have!
Reducing dependence on their aging expensive nuclear power infrastructure has been a campaign promise of every French president for the last decade. Switzerland just voted via referendum to shutter their nuclear fleet, Germany has phased out nukes almost entirely.
The reality of it is: They’re expensive. They generate waste which could theoretically be reused or even locked away in underground vaults, but it’s frequently just stored on site in reality. And whether the danger is real or perceived, no one wants to live next to a nuke, because if things go wrong, they go very wrong.
Don’t get me wrong, I would love to see nukes make a comeback, I think they’re a valuable part of the energy mix. I actually know a guy in crypto who is trying to set up financially strained nuclear plants with on-site crypto miners to help them gain back some of that lost revenue from paying people to take power during light load periods. Which I think is a fantastic use case and a great way to make Bitcoin less environmentally destructive. There are other dispatchable loads that could fill the same niche (water desalinization, green hydrogen production).
But the unfortunate reality is that nuclear plants are dying right now, and unless something big changes they’re going to be driven out of existence by wind and solar.