Yeah and without hydro you can't store that surplus of wind powered energy.Scotland had days last year where the entire country was powered by wind farms.
Hydro is the only battery technology that works at scale.
Yeah and without hydro you can't store that surplus of wind powered energy.Scotland had days last year where the entire country was powered by wind farms.
Energy demand is expected to largely plateau in BC over the next 10-15 years. The issue with EVs won't be the lack of energy production, but rather the infrastructure to distribute said energy (e.g. your local substations transformers, circuits, reactors, etc.). BC rarely requires peak production output.When the lower mainland converts their vehicles and heating to 100% electric they'll be praising the guys who pushed Site C ahead. And the point made about the distance from Site C to consumers is a valid one. People in the lower mainland really need to embrace electricity generation in their neighborhood but nimbyism is ferocious and no one there will want wind turbines, tidal generation or nuclear anywhere near Vancouver. My guess is they'll find some indigenous group's rights they can trample so they can continue on their virtuous ways with their power being produced in someone else's backyard.
You can't change the past, but what are you doing for the future? What does reconciliation look like to you?Im non indigenous and have no history of screwing them over. “we” is a giant unaccurate brush.
You are absolutely correct on the challenges to upgrade the infrastructure to manage and distribute energy and forgot to mention the costly upgrades to most homes electrical panels that do not have the capacity for a fast charging system.Energy demand is expected to largely plateau in BC over the next 10-15 years. The issue with EVs won't be the lack of energy production, but rather the infrastructure to distribute said energy (e.g. your local substations transformers, circuits, reactors, etc.). BC rarely requires peak production output.
The location of Site C as a technical argument is weak. The transmission infrastructure already exists to bring that energy to where it is demanded.
There's much to be said about the land of the indigenous groups though, but that is a topic that stretches this thread a bit further away than its main point.
Your right....Building code would require a 200 amp service panel , with a passive system.You are absolutely correct on the challenges to upgrade the infrastructure to manage and distribute energy and forgot to mention the costly upgrades to most homes electrical panels that do not have the capacity for a fast charging system.
However, not sure where you got your demand numbers from. This article says BC electricity demand will double by 2055, just for transportation needs, let alone heating and industrial requirements.
https://www.uvic.ca/news/topics/2019+lowcost-renewable-vehicles-crawford+media-releaseToo màny people are making light of the gap between today and a low carbon future. The recent power debacle in Texas is an example of what happens when power generation and distribution systems are not well thought out.
Back? You mean I'm trapped in the past? Aaargh!.... We would be going back to the days of waiting to take showers an hour apart, if you have an electric hot water heater.
I like the idea of tidal, but most studies on tidal, in europe have run out. The thing about tidal is the fish problem. I can see alot of tidal between Van Island and mainland and in many inlets.The money has already been spent and the site is already torn up. Logic says finish the job we will use the power. What I would like to see in the future is more study in tidal and wave development, it is more consistently reliable than sun or wind, and we just happen to have a few miles of coastline
We have excess now. Probally won't in the future.I agree with Charlene here. Communities are being destroyed. You know why? It’s not because we need the power. We have lots. We produce surplus energy so the province can make money by selling it to our neighbours to the south.
It’s not power generation, it is revenue generation.
https://www.cer-rec.gc.ca/en/data-a...ports-from-b-c-california-are-increasing.html
The problem with Japan reactors was the back up generators got flooded after the wave flooded the lower levels of the plant. With no back up power, no coolant was able to cool the hot nuclear mass, or put back in control rods (nuetron absorbers).Really? I think the people in Fukashima, Japan, might disagree.
https://www.world-nuclear.org/infor...ety-of-plants/fukushima-daiichi-accident.aspx
Yo, you do know there was a war going on at that time. And to save Americans lives in the invasion of Japan the A-Bombs were dropped.However, the people in Hiroshima and Nagasaki would have to admit it was the answer. Just maybe not the one they wanted.
Jesus.... Murphy...... Kool Aid swallowing......literally just by living here we are fucking them over lol
Solar still works on cloudy days, depending on the amount of cloud cover and the temperature. Over 26 C , solar cells don't make much more electricity, but the solar cells are getting more efficient. Also every bit of power by renewable can help on your electrical bill. Think Offset.It's kind of misleading. They like to cherry pick days where the total wind generation was more than consumption but unfortunately, it's often not when they need the power. If you look at the following site you will see that for the period Oct 2019 to Sep 2020, wind only made up 43.8% of their power with 55.5% in total coming from renewables but nuclear accounted for 28.8% during that period and fossil fuels 14.7%. Renewables without mass storage are too unreliable and a significant base load system like nuclear or fossil fuels will be required until mass storage capability is viable. Funniest thing in Scotland is the subsidized solar panels you see installed on homes there. There is no way a solar panel can produce any meaningful power in Scotland due to the latitude and weather. The sun rarely shines.
https://scotland.shinyapps.io/sg-sc...&Subsection=RenElec&Chart=ElecConsumptionFuelA site with more current data for the UK is shown below and it clearly shows that wind power is not yet a big part of their electrical grid.
https://grid.iamkate.com/When the lower mainland converts their vehicles and heating to 100% electric they'll be praising the guys who pushed Site C ahead. And the point made about the distance from Site C to consumers is a valid one. People in the lower mainland really need to embrace electricity generation in their neighborhood but nimbyism is ferocious and no one there will want wind turbines, tidal generation or nuclear anywhere near Vancouver. My guess is they'll find some indigenous group's rights they can trample so they can continue on their virtuous ways with their power being produced in someone else's backyard.
Since 3 mile island and Chernobyl, the public has been against nuclear. The research shows that Thorium reactors are alot more safer to operate than US enriched reactors.Pretty meaty topic here folks. And in the posts already you can see this could get really heated as there a LOT of aspects to the full topic of energy.
Production
Storage
Distribution
Each of these have impacts and with the inhabitable Earth now having some pretty scary timelines, the issue of how much impact does each type of production, each storage solution and what do we do the Earth to distribute the energy, carry, becomes paramount.
Worst overall is any production producing CO2. There is a potential for mitigation here in CO2 capture systems and there are some innovative technologies now that show promise of being scaled. Even a company based in Squamish has some leading innovation in the field. A solution that will be fought hard by any corporation or government relying on petro energy will be to mandate CO2 capture systems with every refinery, every power plant, every big consumer of fossil fuels ... pretty big ask and politically more than likely a non starter in the fossil fuel producing nations.
Solar, wind, tidal all have potential and all should be developed as best as possible for the region. FOR THE REGION. Iceland is a classic case of a small region taking full advantage of a natural energy source in geothermal. Tidal should be considered wherever there are protected shorelines, wind wherever there are natural winds. Hydro on a large region scale is by its nature a big project. With hindsight, hydro should have been developed a long time ago when the cost wasn't going to run in the many B$s but that is how it is. Quebec and BC have done pretty OK in hydro. Site C? I could never understand why that location was picked. Beyond my pay grade, but the province is already invested so do you fish or cut bait? We are going to need electricity so argue away as to whether this is good investment or not.
Nuclear - well when a fuck up happens, its big and there are arguments about the overall environmental and financial impact all along the chain from mining, processing to the final reactor. Traditionally these are big projects, many billions. Much more cost when you have a poorly managed facility (Chernobyl) or an incredibly stupid geographic choice (Fukushima). Think SMR's though for the future. A small modular reactor (about 1B$) could power a medium sized community and its supporting industry. Minimal maintenance of the order of 20 years before refueling. These are being built to be fail safe so putting one on the coast is not smart, but on bedrock or effectively stable ground is not a bad deal. Also a lot of work is being done such that these burn the big reactor waste. If one gets over the bogyman that is nuclear, these could be win-win's.
Then you have the topic of storing what has been produced. Obviously fossil fuel and nuclear are on demand but wind, solar, potentially tidal though lesser a deal all need a storage solution. Hydro is by its nature is a stored solution, ie the reservoir carries the potential energy so as long as it is reasonably full, no problem. So you get into the world of batteries, super capacitors, etc etc. As an aside I saw a very cool demo of a turbine with massive flywheel. Takes hours to get the flywheel up to speed, almost as long for it to wind down. Pretty cool energy storage solution.
And distribution. Brings up the whole pipeline argument which is the single best way to move oil and possibly other things if we can work out slurry tech. But locating a power plant hundreds of miles from the users just ups the problems, costs etc with more transmission lines, transformer stations, etc. Its my opinion that distribution may become one of the most important topics as we move forward.
Meaty, good topic.
Oh, and Happy Pooning!
Sy, I know people right now who charge their cars at home and they aren't having to shut down their appliances or take cold showers. The ev revolution is already pretty real in Vancouver.Your right....Building code would require a 200 amp service panel , with a passive system.
In other words, if your charging your car in the garage on full capacity ( the charge taking hours instead of days) and your cooking your pizza in the oven, the system would over ride your household use, to instead charge your car by shutting down your appliances.
We would be going back to the days of waiting to take showers an hour apart, if you have an electric hot water heater.
Yeah that’s for these little ass cars....I’m talking about vehicles that have an electric motor on each wheel, more battery capacity for longer distances, that aren’t being produced yet.Site C has been a no win for the NDP government, as promised, the former Liberal government took the project far enough that there was no way stop it. Now we can only hope that it is not throwing more good money chasing bad and that the additional energy allows for a significantly increased electrification of the province.
Sy, I know people right now who charge their cars at home and they aren't having to shut down their appliances or take cold showers. The ev revolution is already pretty real in Vancouver.
It's some of the most valuable land still in the ALR, and would have become more valuable if climate warming progresses and turns Californian agriculture farmlands into a desert.It's mostly a wasteland up there that doesn't really produce much. Soon there will be a huge beautiful lake that over time will support massive recreational possibilities. There will be ample water supplies for all types of farming opportunities. Some pain for some now but the future will thank us because fresh water will be the gold standard of the future. I remember the same outcry when the WAC Bennett Dam was put in, now Williston Lake is a major provider of good clean ecofriendly jobs. The clean power these dams produce is priceless!
https://en.m.wikipedia.org/wiki/Williston_Lakehttps://www.bchydro.com/community/recreation_areas/williston.html
I find it hard to believe that the public will be responsible for home upgrades. If a consumer wants to splurge on fast charging that should be on them IMO. BC Hydro should only be responsible for providing 120/208, but provide the infrastructure in order to do so. Consumers will do just fine charging at 208. The demand will likely be initially controlled by time-of-use rates until infrastructure can be upgraded.You are absolutely correct on the challenges to upgrade the infrastructure to manage and distribute energy and forgot to mention the costly upgrades to most homes electrical panels that do not have the capacity for a fast charging system.
However, not sure where you got your demand numbers from. This article says BC electricity demand will double by 2055, just for transportation needs, let alone heating and industrial requirements.
https://www.uvic.ca/news/topics/2019+lowcost-renewable-vehicles-crawford+media-releaseToo màny people are making light of the gap between today and a low carbon future. The recent power debacle in Texas is an example of what happens when power generation and distribution systems are not well thought out.






