There is some small amount partisan support but not public support, massive difference. It might cost them the next election.
They aren't republican voters - there is sizable difference between the Canadian right and the US right. I think many Americans make this mistake (and Canadians too) - the republican positions on many things aren't that tenable to center of right (Canadian spectrum).
Also - There aren't many more things that are more toxic in Canada politics than Trump and Annexation. He single handedly handed the Federal election to the Liberals - it was the Conservatives who were going to win until he but his thumb on the scale.
> Also - There aren't many more things that are more toxic in Canada politics than Trump and Annexation. He single handedly handed the Federal election to the Liberals - it was the Conservatives who were going to win until he but his thumb on the scale.
Watching these discussions from the outside are statistics like four in ten (43%) Canadians age 18-34 would vote to be American if citizenship and conversion of assets to USD guaranteed [1]. I don't think the political similarities or differences between the American right and the Canadian right are what can result in one or more Canadian provinces joining the US; I think it's economic discontent.
You are thinking about this in terms of today. To put it in perspective, the same question polled 17% in the 55+ age group. Canada has serious generational problems, and as the boomers die the number of Canadians who vote that way naturally declines.
Who wants to be a trade partner with the US these days? I honestly ask people who aren't fully indoctrinated or already have ties established?
Its a dependency that I have to think almost all countries/businesses are evaluating. How do you do business and set up long term supply chains in a country can't trust that the economic policy of today exists in 3 months, they are actively trying to undermine their currency and the system of law is under heavy pressure to the point of failure.
It is tough to be supportive of the United States under this administration or that the future state of the US will be more sound. Having their formally closest trade partner looking over to China for trade is a massive signal.
The trade off is the market is large and strong financial (availability of capital) foundation - but I fear thats changing.
I think that Canada has to de-leverage trade with the US is what the take away should be. Not that this trade deal itself is going to change all the balances -- its that there are other players who can start to trade - reducing dependence on the US. The compounding effects are damaging as are switching costs.
Yeah, that's why we're also leaning into our relationship with Europe. We were fooled by Americans but we clearly do not in fact share values, and they're the aggressor we need to fight off here.
I would not blame people in US as I do not blame those in Russia or North Korea (or those in my country - which include myself). But unfortunately that is not relevant here.
China doesn't do friends - thats for sure. However if you have a transactional trade relationship with clear boundaries that don't get undermined due to random temperaments you can build on that. The other is impossible to build on - especially threatening to own the country.
China and their famously steady temperament would never be so bold as to try to own a dependent country or strategically weaponize trade. These are real things Canadians believe - talk about eye opening!
If a country tries to strategically weaponize trade that's something you can predict. That's what makes it strategic.
A predictable relationship is preferable to one where you need to keep wondering whether this week's threat of military action that could draw you into a war, is one of the ones that might actually happen.
Two years ago the same party that currently holds Canadian government and just made these concessions to China completed a report [0] that found
>[China’s actions] collectively "undermine our democratic institutions, our fundamental rights and freedoms, our social cohesion and our long-term prosperity.”[343] [and] the need to consider the threats in the context of an increasingly assertive PRC. Accordingly, Minister Garneau stated that various countries, including Canada, are reassessing their relationship with the PRC in light of its authoritarian and coercive actions.
But yeah a little chirping about Canada’s own unfair trade practices must be DEFCON 3 for US-Canada relations.
Counter argument is that is NVIDIA friendly to their supply chain? I have to think that maybe they are with their massive margins because they can be - their end buyer is currently willing to absorb costs at no expense. But I don't know, and that will change as their business changes.
Your underlying statement implies that whoever is replacing apple is a better buyer which I don't think is necessarily true.
I thought that was mainly due to bad thermals. I always got the impression that (like Intel) Nvidia only cared about performance, and damn the power consumption.
Nvidia sold defective GPU's that affected every 2007-2008 MacBook Pro. It was a manufacturing defect and every chip was guaranteed to fail. It was a bad look for Apple that cost them millions having to replace logic boards. The defect wasn't corrected for several years leading to some people having multiple logic board replacements.
They, and everyone at the time, were kind of forced to switch to lead-free solder by RoHS. At that point, there probably hadn't yet been tests showing the results of constant thermal cycling, so the brittling effect was unknown. Apple was particularly affected as an early adopter because of their PR stance on environmental issues.
Refusing to acknowledge anything was wrong was the real problem. But that's just a reminder that companies don't care about you. Brand loyalty is a quagmire.
> The only complete package integrator that manages to make a relationship work with Nvidia is Nintendo.
And thats probably because Nintendo isn’t adding any pressure to neither TSMC nor Nvidia capacity wise; iirc Nintendo uses something like Maxwell or Pascal on really mature processes for Switch chips/socs.
And also the Switch 1 was just the hardware for a nvidia shield tablet from nVidia’s perspective, without the downside of managing the customer facing side and with the greater volume from Nintendo’s market reach. (Not that it wasn’t more than that for consumers or Nintendo, just talking nvidia here)
I think that works out tremendously well for Nintendo, especially when you look at the Wii-U vs the Switch.
I shot a video at CNET in probably 2011 which was a single touchscreen display (i think it was the APX 2500 prototype iirc?) and it has the precise dimensions to the switch 1.
Nintendo was reluctantly a hardware company... they're a game company who can make hardware, but they know they're best when they own the stack.
> EVGA Terminates Relationship With Nvidia, Leaves GPU Business
> According to Han, Nvidia has been difficult to work with for some time now. Like all other GPU board partners, EVGA is only told the price of new products when they're revealed to everyone on stage, making planning difficult when launches occur soon after. Nvidia also has tight control over the pricing of GPUs, limiting what partners can do to differentiate themselves in a competitive market.
If your customers are known to be antagonistic to business partners, the correct answer is to diversify them as much as you can, even at reasonable costs from anything else.
Yep, you can be close allies with a nation and have many shared interests, and even a trade deficit with them as we in Britain did, and then they stab you in the back with tariffs.
That's also a lie, it's only antagonistic when one of the sides is controlled by a psychopathic asshole, and it being antagonistic is a serious drag for the gains of both sides.
Basically better rates to go into more debt. More importantly (and part of the risk) is that they have a safety hatch if they really need to exit the business.
9-11 year payback isn't bad based on the projections. You could probably goose it a bit with inflation of electrical prices (depends on how the electrical policies change and what they pass through).
I'll also add theres some O&M coming down the line. Inverters @ year 10, small maintenance and Im assuming you re-did your roof before you installed. Anyone putting solar up make sure you do it at the same time as a roof because taking it down to redo a roof kills your economic value.
> I'm assuming you re-did your roof before you installed
In the UK I would expect the roof to be tile, which lasts basically forever unless a storm hits hard enough.
I did have to have my panels taken down and refitted, at a cost of well over £1000, because I hadn't bird-proofed underneath them (wasn't suggested by original installer). So watch out for that one.
Fitting blocks (basically shaped plastic) around the edge to prevent birds from getting underneath and nesting. Merely landing on the panels isn't a huge nuisance, but nesting is.
It is essentially a bond return, with the caveat being that solar PV panels will last 25+ years with some degradation and reduction in output. To your point, the best arrangement (imho) is a standing seam metal roof (40-70 year lifetime) with the panels mounted via friction racking with no roof deck penetrations. This avoids the economic cost of pulling everything off the roof to re-roof, and should outlive any homeowner 40 years of age or older. I also expect labor willing to get on a roof becoming more scarce and expensive over time in the developed world, which I think should be taken into account. Your battery storage can be replaced 10-15 years from now at the end of its service life by anyone with a hand truck.
You reminded me: David Roberts' often states that a hurdle for electrification and decarbonization projects is connecting them to "slow capital". Stuff like residential, community, solar, battery, heat pumps, appliances, ground source heat, yadda yadda.
I gather that there's plenty of "slow capital" perfectly happy with low risk long term modest returns. But these projects are too small to be worth the effort. Probably something about transaction costs.
My impression is there's an opportunity to bundle up these projects for the larger/largest investors. Biden's IRA created a "green bank" (RIP); maybe that was its intended function.
You're smart about money and finance, so you can probably explain what Roberts is talking about (to noobs like me).
This is factually inaccurate. Solar PV panels will continue to produce power at 80-90% of rated output after 25 years, and battery storage will still have 80-90% capacity. I'm sure you can understand that as long as the system is storing and producing power at these levels, its value is not zero.
How do you measure the depreciation? The panels deliver at least 70%, but probably closer to 80%, output after 25 years. The batteries need replacing after maybe 15 years. Assuming that knocks a couple percent points off the return (batteries can only get cheaper and cheaper) that's still a solid 7% long term yield with no default risk. Share your math if you disagree.
EDIT: Two more things that will juice the return
1. Grid electricity prices will go up over those 25 years, at the very least tracking inflation.
2. Unlike bond coupon payments, the "return" from a solar installation isn't taxable. Because you're saving money, not getting paid.
Almost all simulations I've done across 3 countries with 3 different payback models for selling back to grid (one of the three doesn’t allow selling back almost anything above your consumption), I could never make investing in Solar not being a gamble.
You really need to gamble on odds of replacing equipment being very low for it to make sense. And in practice most people I anecdotally know that run it, after 5-7 years have already done additional purchases. The payback time keeps getting pushed back to the point that when payback will happen your panel will be worthless in efficiency compared to new ones. At industrial / commercial scale it makes sense, but humans like to move houses, and do stuff in the houses and that messes with the payback plans at the individual level.
So either I was in the wrong countries or most people just gamble on the equipment lifetime, but for that I'd rather buy SPY calls, less drama.
Outside transfer switch and a 10-20kw portable generator is like $4-5k. It requires manual switching but it works for us in our hurricane-prone region. Helped with last years 1 in a 100 year winter storm in our southern region.
Battery/solar doesn’t make sense in my opinion. Too many years to break even like this parent comment said and by the time you break even at 10 years, your system either is too inefficient or needs replacing. At least with the portable generator, you can move it with you to a new home and use it for other things like camping or RVing.
Context: I’m in the Netherlands. With taxes, power is around 25cent/kWh for me. For reference: Amsterdam is around a latitude of 52N, which is north enough that it only hits Alaska, not the US mainland.
I installed 2800Wp solar for about €2800 ($3000, payback in: 4-5 years), and a 5kWh battery for €1200 ($1300) all in. The battery has an expected payback time of just over 5 years, and I have some backup power if I need it.
I’m pretty sure about the battery payback, because I have a few years of per second consumption data in clickhouse and (very conservatively) simulated the battery. A few years ago any business case on storage was completely impossible, and now suddenly we’re here.
I could totally see this happen for the US as prices improve further, even if it’s not feasible today.
Is it priceless? I literally wouldn't pay more than $200 to have electricity for a day while the whole neighborhood doesn't. Anything more and I'd prefer to just keep the money in my pocket to be honest.
In my country I've never had to deal with more than 15 minutes, twice in my life. In other countries its sometimes been a day but really I just go on with my life.
Whats funny about that -- is you assume thats the case - but a lot of solar isn't installed to be backup power. With Storage yes, but straight up solar -> no.
99% of systems are grid tie, so unless you’re spending another $7k for an ATS and associated infrastructure or you’re 100% off grid, your power still goes off.
"An ATS (Automatic Transfer Switch) for solar is a crucial device that seamlessly switches your home's power between the utility grid, your solar panels/battery bank...
And I should clarify that you technically can get away with a less expensive interlock system, but you're still paying a few thousand dollars to have your panel replaced (unless you feel comfortable doing that sort of electrical work yourself).
Making a system non-grid-tie is comparatively expensive, that's why grid tie is so common. People think you add solar + batteries and you're ready for doomsday - not quite.
im a systems engineer and cost analyst who has put together some modeling myself as well. as a personal investment on your house, i agree. The economic value of solar seems to be best applied as neighborhood or block purchases, like as part of a co-op or hoa. they would need dedicated infrastructure like a communal parking lot with solar overhead, or running them on the property line borders with an easement underneath for servicing, using property fencing as main support (with upgraded fencing)
basically, the way it really makes sense (to me) is to integrate it as part of a micro-grid system, possibly with generator backups and everything to also keep the lights on in the entire neighborhood if the main grid goes down.
its a higher upfront cost on paper, but way less variables with the roof and you are grouping multiple peoples needs together so the gamble goes down on repairs. the poles for ground-mounting can be used for 40 - 60 years, so you would get multiple panels out of them
This is also true of heating and cooling, and I've never understood why we (in the US) build relatively dense housing communities but don't implement things like this. Having a separate air conditioner for each home, especially in a condominium/townhouse complex, has never made sense to me as it's so inefficient compared to central heating/cooling.
It could be as simple as a different model. In one of those it was easy to make it feasible if you had no cap on how much to sell back, but it was limited to consumption plus like 10% or something like that. Since the property used very little energy but had a big roof we thought itd be a good thing to produce green energy while making a little money or even just breaking even, but to break even we'd have to use way more energy which was completely against the original objective. So its not like the technology isn't able to do it but the rules can make it very hard and a few years less of operation for some components make the math very difficult if you're conservative and want to ensure break even within some reasonable timeline
Why would you need to replace the batteries? Do they fail outright at around 10 years, become unsafe, or do they just lose capacity?
Curious!
Even if they're at 50% capacity, they would still work, right? But if there are other considerations, especially safety ones, then that would definitely be a consideration. I'm not sure where to learn about this type of thing.
At which point if you're short on capacity (but who knows how your demand might shift over a decade) it's not like you need to replace the original batteries to get that 20% back, you will probably be able to just expand the pack to bring the capacity up.
Rather like the car, think of panels as buying 20+ years of electricity upfront rather than being exposed to market rates. You can buy a car upfront, on credit, lease it, or rent it; in all of those the longer you commit the cheaper it is.
Not for everyone, but definitely for homeowners with suitable roofs and local utilities.
> For example, CATL is one of four LFP battery suppliers at the Zhangbei National Wind-Solar-Storage Demonstration Project in China. CATL’s batteries are the only ones that have never been replaced, retaining over 90% of residual capacity after 14 years.
Batteries are not only not worthless after almost 15 years in service, they still have sufficient capacity to continue to operate. If you need that capacity back lost to degradation, add a battery ~15 years from now, they will only continue to get cheaper.
I get your point that in modern society, you can invest in an ETF in a few clicks, but in a way, owning your own infrastructure is simpler. Transform the sun into energy reserves with parts you can buy, understand, and install yourself from wholesalers.
A power company is opaque, carries overhead, and requires complexity to serve at an institutional level. ETFs have a similar complexity/abstraction to their customers.
battery life span is defined as when the reach 80% of their original capacity. it's possible that the decline will accelerate after that point but they aren't suddenly useless
They aren't republican voters - there is sizable difference between the Canadian right and the US right. I think many Americans make this mistake (and Canadians too) - the republican positions on many things aren't that tenable to center of right (Canadian spectrum).
Also - There aren't many more things that are more toxic in Canada politics than Trump and Annexation. He single handedly handed the Federal election to the Liberals - it was the Conservatives who were going to win until he but his thumb on the scale.
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