Recruiting forum off topic thread (no politics, covid, or hot button issues)

Never claimed to be a mathematician or even enjoy the poison, but my rudimentary calculations had me paying 40 dollars every week and a half to fill up my tank. 10-15 miles a day and no long trips. Nothing’s changed save for me dishing out 70 dollars for a quarter and 1/2 a tank divide by bull**** and carry the one = this is ******* ridiculous! 🤬
😂 I wondered who would bring the actual numbers. Outraged some are not outraged and are making light of what is a very serious problem for a lot of people regardless if they are responsible for debts.
 
😂 I wondered who would bring the actual numbers. Outraged some are not outraged and are making light of what is a very serious problem for a lot of people regardless if they are responsible for debts.
Nah you're just not responsible enough to make such a drastic change in your budget
 
Some people can absorb higher fuel costs and not have to sacrifice other things. Many cannot. They have to choose between fuel and food. Between fuel and other things. Higher fuel costs affect the lower income earners the most. Same with inflation.
 
The price of gas –

I remember when I was working in order to get a grip on how the price of gas was effecting me I did the math. At different times we’ve had spikes in prices and it’s shall we say unsettling to say the least. I didn’t have a money problem but I have a budget and am a nerd about my budget and I’m sure many of you are unsurprised by that.

Anyway so at the time I figured I was driving about 800 miles per week, visiting power plants across the fleet and such. I got roughly 25 miles per gallon and I’m driving maybe 40k miles per year so for a $1.00 increase in the price of gas that’s $1,600 per year. Cool no problem. Most people drive less than half of what I was doing then so let’s say they’re driving maybe 15k per year and get around 25 mpg (obviously not a SUV). They’re going to need 600 gallons of gas per year. The recent price increase in my neck of the woods is about $2.50 per gallon so they need to adjust their budget by $1,500 per year.

I made good money and even in retirement I have a bit of surplus income. That’s not the case for most people. I’m empathetic towards that. The thing that shocked me the most recently is that for a lot of the foods I buy the price has gone up around 30% over the last several months. I mean I can handle it but most people don’t have my money.

So yeah people get into a spending routine and sort of have the life they want and maybe for some a bit more than they can afford but when inflation takes hold if you have a family and are a typical household with housing costs, transportation costs, healthcare costs, food and clothing, and whatever else is in your budget if you get a $1,500 bill it’s probably going to be a bit unsettling to say the least, and especially for households with an after tax income that was less than 20% of mine, which is the average American household. jmo.

So they’re saying the way to beat high gas prices is to go electric. Since my career was mostly in the power industry (Nuclear, Coal, Oil, Natural Gas, Hydro, Wind, Solar, Thermal) I was wondering how much electricity we might need to power a conversion to an all-electric vehicle fleet.

In this country we generate and use a bit over 4T (trillion) kwh per year and we’re pretty much at capacity (see brown outs). The average EV requires 0.346 kwh to go one mile. Americans drive around 3.7 trillion highway miles per year. So we need an additional 1.2T kwh per year. That’s around 250 modern nuclear power plants.

The point is even without the expected increase in costs due to material demands, whether nuclear, solar, wind or whatever source we use to provide the added energy to supply our all new EV fleet we’re going to need to spend around $7 trillion dollars (today’s money) in capital to get that infrastructure in place and it could take decades. On top of that then the American people will need to spend another $15 trillion or so (today’s dollars) on buying the new EVs.

Are people sometimes irrational in their behavior? Well, yes, and maybe moreso when the leaders we choose articulate seemingly irrational policies that we all have to live by. I can understand why quite a number of people would find all this a bit unsettling. jmo.

As a young kid I grew up on a farm, riding horses and using mules to plow and pull the hay wagons through the pastures so we could put out hay to feed the cows. It occurs to me that maybe we need a backup plan for our energy needs. It may sound irrational given the scale of the breeding program required but perhaps our backup plan could be that everyone goes Amish. jmo.

Of course today we have some otherwise rational people advocating for nuclear war and the benefits that might provide in terms of population reduction. I say otherwise rational because even if we reduce the population by 7 billion by nuking a huge portion of the planet that still leaves hundreds of millions who will spawn the future generations of X-people (formerly known as X-men). If we go that route I’m hoping the future young Magneto turns out to be one of my descendants. jmo.
 
People are apparently back to driving 15 miles across town for .05 cheaper gas and cancelling 5 hour driving vacations to the beach because gas is up $1.50 a gallon...

The obsession people have over gas prices never ceases to amaze me...as they buy brand new vehicles, buy takeout food, and the average person has thousands in personal debt at 10-20% interest per year...far worse affecting financial decisions.

No doubt gas prices going up affects the overall...over some period of time...a bit more and a bit less...but on individual trip levels...it's like they don't do the math and just go haywire.

Gas prices are a joke to you because they don't really affect you except to be a minor aggravation. There are far more lower middle class people like me, than there are you.

I know you don't give a 💩 about lower class struggles...your type never does despite all the lip service you give it.
 
The price of gas –

I remember when I was working in order to get a grip on how the price of gas was effecting me I did the math. At different times we’ve had spikes in prices and it’s shall we say unsettling to say the least. I didn’t have a money problem but I have a budget and am a nerd about my budget and I’m sure many of you are unsurprised by that.

Anyway so at the time I figured I was driving about 800 miles per week, visiting power plants across the fleet and such. I got roughly 25 miles per gallon and I’m driving maybe 40k miles per year so for a $1.00 increase in the price of gas that’s $1,600 per year. Cool no problem. Most people drive less than half of what I was doing then so let’s say they’re driving maybe 15k per year and get around 25 mpg (obviously not a SUV). They’re going to need 600 gallons of gas per year. The recent price increase in my neck of the woods is about $2.50 per gallon so they need to adjust their budget by $1,500 per year.

I made good money and even in retirement I have a bit of surplus income. That’s not the case for most people. I’m empathetic towards that. The thing that shocked me the most recently is that for a lot of the foods I buy the price has gone up around 30% over the last several months. I mean I can handle it but most people don’t have my money.

So yeah people get into a spending routine and sort of have the life they want and maybe for some a bit more than they can afford but when inflation takes hold if you have a family and are a typical household with housing costs, transportation costs, healthcare costs, food and clothing, and whatever else is in your budget if you get a $1,500 bill it’s probably going to be a bit unsettling to say the least, and especially for households with an after tax income that was less than 20% of mine, which is the average American household. jmo.

So they’re saying the way to beat high gas prices is to go electric. Since my career was mostly in the power industry (Nuclear, Coal, Oil, Natural Gas, Hydro, Wind, Solar, Thermal) I was wondering how much electricity we might need to power a conversion to an all-electric vehicle fleet.

In this country we generate and use a bit over 4T (trillion) kwh per year and we’re pretty much at capacity (see brown outs). The average EV requires 0.346 kwh to go one mile. Americans drive around 3.7 trillion highway miles per year. So we need an additional 1.2T kwh per year. That’s around 250 modern nuclear power plants.

The point is even without the expected increase in costs due to material demands, whether nuclear, solar, wind or whatever source we use to provide the added energy to supply our all new EV fleet we’re going to need to spend around $7 trillion dollars (today’s money) in capital to get that infrastructure in place and it could take decades. On top of that then the American people will need to spend another $15 trillion or so (today’s dollars) on buying the new EVs.

Are people sometimes irrational in their behavior? Well, yes, and maybe moreso when the leaders we choose articulate seemingly irrational policies that we all have to live by. I can understand why quite a number of people would find all this a bit unsettling. jmo.

As a young kid I grew up on a farm, riding horses and using mules to plow and pull the hay wagons through the pastures so we could put out hay to feed the cows. It occurs to me that maybe we need a backup plan for our energy needs. It may sound irrational given the scale of the breeding program required but perhaps our backup plan could be that everyone goes Amish. jmo.

Of course today we have some otherwise rational people advocating for nuclear war and the benefits that might provide in terms of population reduction. I say otherwise rational because even if we reduce the population by 7 billion by nuking a huge portion of the planet that still leaves hundreds of millions who will spawn the future generations of X-people (formerly known as X-men). If we go that route I’m hoping the future young Magneto turns out to be one of my descendants. jmo.
Thank you.
 
The price of gas –

I remember when I was working in order to get a grip on how the price of gas was effecting me I did the math. At different times we’ve had spikes in prices and it’s shall we say unsettling to say the least. I didn’t have a money problem but I have a budget and am a nerd about my budget and I’m sure many of you are unsurprised by that.

Anyway so at the time I figured I was driving about 800 miles per week, visiting power plants across the fleet and such. I got roughly 25 miles per gallon and I’m driving maybe 40k miles per year so for a $1.00 increase in the price of gas that’s $1,600 per year. Cool no problem. Most people drive less than half of what I was doing then so let’s say they’re driving maybe 15k per year and get around 25 mpg (obviously not a SUV). They’re going to need 600 gallons of gas per year. The recent price increase in my neck of the woods is about $2.50 per gallon so they need to adjust their budget by $1,500 per year.

I made good money and even in retirement I have a bit of surplus income. That’s not the case for most people. I’m empathetic towards that. The thing that shocked me the most recently is that for a lot of the foods I buy the price has gone up around 30% over the last several months. I mean I can handle it but most people don’t have my money.

So yeah people get into a spending routine and sort of have the life they want and maybe for some a bit more than they can afford but when inflation takes hold if you have a family and are a typical household with housing costs, transportation costs, healthcare costs, food and clothing, and whatever else is in your budget if you get a $1,500 bill it’s probably going to be a bit unsettling to say the least, and especially for households with an after tax income that was less than 20% of mine, which is the average American household. jmo.

So they’re saying the way to beat high gas prices is to go electric. Since my career was mostly in the power industry (Nuclear, Coal, Oil, Natural Gas, Hydro, Wind, Solar, Thermal) I was wondering how much electricity we might need to power a conversion to an all-electric vehicle fleet.

In this country we generate and use a bit over 4T (trillion) kwh per year and we’re pretty much at capacity (see brown outs). The average EV requires 0.346 kwh to go one mile. Americans drive around 3.7 trillion highway miles per year. So we need an additional 1.2T kwh per year. That’s around 250 modern nuclear power plants.

The point is even without the expected increase in costs due to material demands, whether nuclear, solar, wind or whatever source we use to provide the added energy to supply our all new EV fleet we’re going to need to spend around $7 trillion dollars (today’s money) in capital to get that infrastructure in place and it could take decades. On top of that then the American people will need to spend another $15 trillion or so (today’s dollars) on buying the new EVs.

Are people sometimes irrational in their behavior? Well, yes, and maybe moreso when the leaders we choose articulate seemingly irrational policies that we all have to live by. I can understand why quite a number of people would find all this a bit unsettling. jmo.

As a young kid I grew up on a farm, riding horses and using mules to plow and pull the hay wagons through the pastures so we could put out hay to feed the cows. It occurs to me that maybe we need a backup plan for our energy needs. It may sound irrational given the scale of the breeding program required but perhaps our backup plan could be that everyone goes Amish. jmo.

Of course today we have some otherwise rational people advocating for nuclear war and the benefits that might provide in terms of population reduction. I say otherwise rational because even if we reduce the population by 7 billion by nuking a huge portion of the planet that still leaves hundreds of millions who will spawn the future generations of X-people (formerly known as X-men). If we go that route I’m hoping the future young Magneto turns out to be one of my descendants. jmo.
Just curious if you know the answer to this question.....how much energy is created by green energy now? Is private energy production (home solar) factored in that number.
 
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The price of gas –

I remember when I was working in order to get a grip on how the price of gas was effecting me I did the math. At different times we’ve had spikes in prices and it’s shall we say unsettling to say the least. I didn’t have a money problem but I have a budget and am a nerd about my budget and I’m sure many of you are unsurprised by that.

Anyway so at the time I figured I was driving about 800 miles per week, visiting power plants across the fleet and such. I got roughly 25 miles per gallon and I’m driving maybe 40k miles per year so for a $1.00 increase in the price of gas that’s $1,600 per year. Cool no problem. Most people drive less than half of what I was doing then so let’s say they’re driving maybe 15k per year and get around 25 mpg (obviously not a SUV). They’re going to need 600 gallons of gas per year. The recent price increase in my neck of the woods is about $2.50 per gallon so they need to adjust their budget by $1,500 per year.

I made good money and even in retirement I have a bit of surplus income. That’s not the case for most people. I’m empathetic towards that. The thing that shocked me the most recently is that for a lot of the foods I buy the price has gone up around 30% over the last several months. I mean I can handle it but most people don’t have my money.

So yeah people get into a spending routine and sort of have the life they want and maybe for some a bit more than they can afford but when inflation takes hold if you have a family and are a typical household with housing costs, transportation costs, healthcare costs, food and clothing, and whatever else is in your budget if you get a $1,500 bill it’s probably going to be a bit unsettling to say the least, and especially for households with an after tax income that was less than 20% of mine, which is the average American household. jmo.

So they’re saying the way to beat high gas prices is to go electric. Since my career was mostly in the power industry (Nuclear, Coal, Oil, Natural Gas, Hydro, Wind, Solar, Thermal) I was wondering how much electricity we might need to power a conversion to an all-electric vehicle fleet.

In this country we generate and use a bit over 4T (trillion) kwh per year and we’re pretty much at capacity (see brown outs). The average EV requires 0.346 kwh to go one mile. Americans drive around 3.7 trillion highway miles per year. So we need an additional 1.2T kwh per year. That’s around 250 modern nuclear power plants.

The point is even without the expected increase in costs due to material demands, whether nuclear, solar, wind or whatever source we use to provide the added energy to supply our all new EV fleet we’re going to need to spend around $7 trillion dollars (today’s money) in capital to get that infrastructure in place and it could take decades. On top of that then the American people will need to spend another $15 trillion or so (today’s dollars) on buying the new EVs.

Are people sometimes irrational in their behavior? Well, yes, and maybe moreso when the leaders we choose articulate seemingly irrational policies that we all have to live by. I can understand why quite a number of people would find all this a bit unsettling. jmo.

As a young kid I grew up on a farm, riding horses and using mules to plow and pull the hay wagons through the pastures so we could put out hay to feed the cows. It occurs to me that maybe we need a backup plan for our energy needs. It may sound irrational given the scale of the breeding program required but perhaps our backup plan could be that everyone goes Amish. jmo.

Of course today we have some otherwise rational people advocating for nuclear war and the benefits that might provide in terms of population reduction. I say otherwise rational because even if we reduce the population by 7 billion by nuking a huge portion of the planet that still leaves hundreds of millions who will spawn the future generations of X-people (formerly known as X-men). If we go that route I’m hoping the future young Magneto turns out to be one of my descendants. jmo.

I just arrived to the Isle of Palms last night. If I have to travel from west TN to the IOP with 4 kids by horseback, my world will be upside down. It’s bad enough in a gas guzzling vehicle.
 
The price of gas –

I remember when I was working in order to get a grip on how the price of gas was effecting me I did the math. At different times we’ve had spikes in prices and it’s shall we say unsettling to say the least. I didn’t have a money problem but I have a budget and am a nerd about my budget and I’m sure many of you are unsurprised by that.

Anyway so at the time I figured I was driving about 800 miles per week, visiting power plants across the fleet and such. I got roughly 25 miles per gallon and I’m driving maybe 40k miles per year so for a $1.00 increase in the price of gas that’s $1,600 per year. Cool no problem. Most people drive less than half of what I was doing then so let’s say they’re driving maybe 15k per year and get around 25 mpg (obviously not a SUV). They’re going to need 600 gallons of gas per year. The recent price increase in my neck of the woods is about $2.50 per gallon so they need to adjust their budget by $1,500 per year.

I made good money and even in retirement I have a bit of surplus income. That’s not the case for most people. I’m empathetic towards that. The thing that shocked me the most recently is that for a lot of the foods I buy the price has gone up around 30% over the last several months. I mean I can handle it but most people don’t have my money.

So yeah people get into a spending routine and sort of have the life they want and maybe for some a bit more than they can afford but when inflation takes hold if you have a family and are a typical household with housing costs, transportation costs, healthcare costs, food and clothing, and whatever else is in your budget if you get a $1,500 bill it’s probably going to be a bit unsettling to say the least, and especially for households with an after tax income that was less than 20% of mine, which is the average American household. jmo.

So they’re saying the way to beat high gas prices is to go electric. Since my career was mostly in the power industry (Nuclear, Coal, Oil, Natural Gas, Hydro, Wind, Solar, Thermal) I was wondering how much electricity we might need to power a conversion to an all-electric vehicle fleet.

In this country we generate and use a bit over 4T (trillion) kwh per year and we’re pretty much at capacity (see brown outs). The average EV requires 0.346 kwh to go one mile. Americans drive around 3.7 trillion highway miles per year. So we need an additional 1.2T kwh per year. That’s around 250 modern nuclear power plants.

The point is even without the expected increase in costs due to material demands, whether nuclear, solar, wind or whatever source we use to provide the added energy to supply our all new EV fleet we’re going to need to spend around $7 trillion dollars (today’s money) in capital to get that infrastructure in place and it could take decades. On top of that then the American people will need to spend another $15 trillion or so (today’s dollars) on buying the new EVs.

Are people sometimes irrational in their behavior? Well, yes, and maybe moreso when the leaders we choose articulate seemingly irrational policies that we all have to live by. I can understand why quite a number of people would find all this a bit unsettling. jmo.

As a young kid I grew up on a farm, riding horses and using mules to plow and pull the hay wagons through the pastures so we could put out hay to feed the cows. It occurs to me that maybe we need a backup plan for our energy needs. It may sound irrational given the scale of the breeding program required but perhaps our backup plan could be that everyone goes Amish. jmo.

Of course today we have some otherwise rational people advocating for nuclear war and the benefits that might provide in terms of population reduction. I say otherwise rational because even if we reduce the population by 7 billion by nuking a huge portion of the planet that still leaves hundreds of millions who will spawn the future generations of X-people (formerly known as X-men). If we go that route I’m hoping the future young Magneto turns out to be one of my descendants. jmo.
Excellent points as usual. Seems people are great at finding problems but not so great at finding solutions that are not worse than the problem.
 
Some people can absorb higher fuel costs and not have to sacrifice other things. Many cannot. They have to choose between fuel and food. Between fuel and other things. Higher fuel costs affect the lower income earners the most. Same with inflation.

Get that nonsense out of here. We are about narratives and "Look Boss, Da Plane!" stuff on here.
 
Just curious if you know the answer to this question.....how much energy is created by green energy now? Is private energy production (home solar) factored in that number.

ScreenHunter 936.png
I don’t have US numbers but worldwide we’ve spent $2.6 Trillion on wind and solar as of 2021 and in 2021 it was claimed that 10% of electricity worldwide was generated by wind and solar. Wind and solar grew 23% in 2021 while worldwide coal use for electricity grew by 9%. lol

The international organization tracking the Paris Climate Accords says we need to spend $131 trillion over the next 18 years – that’s just to get the power generation in place across the globe. I think their numbers are atrociously low. jmo.

In my numbers I posted last night, not only do we need to build new power generation here in the USA but presumably we need to build replacement generation for the almost 60% of our electricity generation now provided by fossil fuels here in the U.S.

If solar was installed on every rooftop in the USA it is estimated that could supply almost 40% of our current generation of electricity but it doesn’t factor in new generation required to power an EV fleet. The other part about that is there are 83m single family homes in the USA. The typical home installation is 5kw so say you get 5 hrs of power generation per day 300 days per year. Under ideal conditions those 83m homes might be able to get close to 600B kwh per year. That would be 15% of the theoretical 40%. I don’t think that works in real life, not for solar, nor for wind, nor hydro. We’ve already built the dams. We’re not building that many more. The good places for wind are gone. Now we’re going offshore at a cost of 4X the onshore rate per megawatt. Same with solar, not every location is ideal for solar and most of the good spots are already taken. For our 83m homeowners, well at current prices they’ll need to spend maybe about $1.5 trillion to get into compliance.

I don’t mean to disrespect people who work on renewable energy plans but I would take whatever they say with a grain of salt as to cost. Mostly they’re academics or politicians. I don’t think they really know what they’re talking about. What they’re talking about is business and if they were any good at it they’d probably be in the private sector building things.

It’s a catch-22 situation right now. We’re having to rape the planet to get the materials to build renewable energy. That’s nothing new. What’s new is the ever increasing scale at which we’re doing it, mostly from impoverished countries where we can buy their politicians. On the backend, according to Harvard Business Review, is the coming catastrophe of Solar trash.

I’m also not saying we shouldn’t do anything. I’m actually more concerned by O2 depletion from the atmosphere (and oceans) than I am for CO2 but they’re one and the same. Carbon fuels are taking O2 out of the atmosphere at a significant rate. OSHA requires workers to wear supplied air breathing apparatuses if they are going to enter an oxygen deficient atmosphere,
defined as 19.5%. I calculate that the planet will be there in less than 419 years at our current rate of depletion. Most estimates say 3600 years before we run out of oxygen but we can’t survive on low oxygen so we’re not going to be alive when we run out. smh. I don’t understand why they make it seem less of a problem. We’re already seeing dead zones in the oceans due to low oxygen. I think it’s likely that a lot of other weird things will start happening in the decades to come as lower oxygen has effects on living things (species) that we may not now be aware of. jmo.

I’m not opposed to what people want to do to correct for the ill effects of the industrial revolution. I just don’t think we have the right people developing the plan or executing the plan. Right now the politicians and pointy head scientists are flexing their muscle, pretty much the same as they did with Covid. If it’s a government run project you can almost bet it will not work as planned and it will cost more than 3 times what they initially sold it to you for. jmo.

It’s easy to criticize people in the arena so I think it’s important that all of us inform ourselves and try to come up with a sensible plan of how we would tackle the problem.

For me, I would repurpose the military industrial complex to quit making weapons for the planet and turn their energies to building the materials we need for the war on climate change. I would deploy our military personnel (post training) to install solar across the country where warranted. Look the military industrial complex is already getting hundreds of billions of dollars from us every year already. It won’t cost us anything more. Plus we’re already paying our military and providing housing, healthcare, and food, etc. See, no real added cost. Even then I don’t think you solve the problem but it’s the effort that counts.

The real solution I prefer is to smartly plant 2 trillion trees. Right now we have about 3 trillion trees on the planet. At one time we had twice that. Trees harvest and store carbon and produce oxygen. Some say we only need to plant 1T trees but I’m a visionary and I want to allow for future growth. The big winner in my tree planting solution is we get new oxygen. No technology solution offers this benefit.

Tree planting has to be done right and you have to grow baby trees for 1-2 years before you can transplant them into the “wild”. We’re way behind on this. There are professional seed collectors who are as territorial as the mob was back in the good ole days but we need a lot more seed collectors and nannies for our baby trees to get this enterprise going. We also need to make sure our baby trees have a good chance of survival once they’re in their new home.

Tree planting is a noble profession but it’s not for the faint of heart. It’s really hard work but if we can scale the infrastructure and find a few good people, it will work, and at a cost of around $1.00 per tree, far less expensive and much more beneficial that all the discussed alternatives. I think this is the way to go and let everyone else get on with their lives in the best way they can. jmo.

For those interested this is an 18 min instructional video on tree planting. I recommend it. jmo.

 
For me, I would repurpose the military industrial complex to quit making weapons for the planet and turn their energies to building the materials we need for the war on climate change. I would deploy our military personnel (post training) to install solar across the country where warranted. Look the military industrial complex is already getting hundreds of billions of dollars from us every year already. It won’t cost us anything more. Plus we’re already paying our military and providing housing, healthcare, and food, etc. See, no real added cost. Even then I don’t think you solve the problem but it’s the effort that counts.

[/MEDIA]

I respect your opinion and I look at your posts as very thought out, however what you are describing is something that MIGHT work in a perfect world. We live in a far from perfect world. You’re way off.

I work in the energy side of the DoD and I’ll leave it at that.
 
View attachment 462760
I don’t have US numbers but worldwide we’ve spent $2.6 Trillion on wind and solar as of 2021 and in 2021 it was claimed that 10% of electricity worldwide was generated by wind and solar. Wind and solar grew 23% in 2021 while worldwide coal use for electricity grew by 9%. lol

The international organization tracking the Paris Climate Accords says we need to spend $131 trillion over the next 18 years – that’s just to get the power generation in place across the globe. I think their numbers are atrociously low. jmo.

In my numbers I posted last night, not only do we need to build new power generation here in the USA but presumably we need to build replacement generation for the almost 60% of our electricity generation now provided by fossil fuels here in the U.S.

If solar was installed on every rooftop in the USA it is estimated that could supply almost 40% of our current generation of electricity but it doesn’t factor in new generation required to power an EV fleet. The other part about that is there are 83m single family homes in the USA. The typical home installation is 5kw so say you get 5 hrs of power generation per day 300 days per year. Under ideal conditions those 83m homes might be able to get close to 600B kwh per year. That would be 15% of the theoretical 40%. I don’t think that works in real life, not for solar, nor for wind, nor hydro. We’ve already built the dams. We’re not building that many more. The good places for wind are gone. Now we’re going offshore at a cost of 4X the onshore rate per megawatt. Same with solar, not every location is ideal for solar and most of the good spots are already taken. For our 83m homeowners, well at current prices they’ll need to spend maybe about $1.5 trillion to get into compliance.

I don’t mean to disrespect people who work on renewable energy plans but I would take whatever they say with a grain of salt as to cost. Mostly they’re academics or politicians. I don’t think they really know what they’re talking about. What they’re talking about is business and if they were any good at it they’d probably be in the private sector building things.

It’s a catch-22 situation right now. We’re having to rape the planet to get the materials to build renewable energy. That’s nothing new. What’s new is the ever increasing scale at which we’re doing it, mostly from impoverished countries where we can buy their politicians. On the backend, according to Harvard Business Review, is the coming catastrophe of Solar trash.

I’m also not saying we shouldn’t do anything. I’m actually more concerned by O2 depletion from the atmosphere (and oceans) than I am for CO2 but they’re one and the same. Carbon fuels are taking O2 out of the atmosphere at a significant rate. OSHA requires workers to wear supplied air breathing apparatuses if they are going to enter an oxygen deficient atmosphere,
defined as 19.5%. I calculate that the planet will be there in less than 419 years at our current rate of depletion. Most estimates say 3600 years before we run out of oxygen but we can’t survive on low oxygen so we’re not going to be alive when we run out. smh. I don’t understand why they make it seem less of a problem. We’re already seeing dead zones in the oceans due to low oxygen. I think it’s likely that a lot of other weird things will start happening in the decades to come as lower oxygen has effects on living things (species) that we may not now be aware of. jmo.

I’m not opposed to what people want to do to correct for the ill effects of the industrial revolution. I just don’t think we have the right people developing the plan or executing the plan. Right now the politicians and pointy head scientists are flexing their muscle, pretty much the same as they did with Covid. If it’s a government run project you can almost bet it will not work as planned and it will cost more than 3 times what they initially sold it to you for. jmo.

It’s easy to criticize people in the arena so I think it’s important that all of us inform ourselves and try to come up with a sensible plan of how we would tackle the problem.

For me, I would repurpose the military industrial complex to quit making weapons for the planet and turn their energies to building the materials we need for the war on climate change. I would deploy our military personnel (post training) to install solar across the country where warranted. Look the military industrial complex is already getting hundreds of billions of dollars from us every year already. It won’t cost us anything more. Plus we’re already paying our military and providing housing, healthcare, and food, etc. See, no real added cost. Even then I don’t think you solve the problem but it’s the effort that counts.

The real solution I prefer is to smartly plant 2 trillion trees. Right now we have about 3 trillion trees on the planet. At one time we had twice that. Trees harvest and store carbon and produce oxygen. Some say we only need to plant 1T trees but I’m a visionary and I want to allow for future growth. The big winner in my tree planting solution is we get new oxygen. No technology solution offers this benefit.

Tree planting has to be done right and you have to grow baby trees for 1-2 years before you can transplant them into the “wild”. We’re way behind on this. There are professional seed collectors who are as territorial as the mob was back in the good ole days but we need a lot more seed collectors and nannies for our baby trees to get this enterprise going. We also need to make sure our baby trees have a good chance of survival once they’re in their new home.

Tree planting is a noble profession but it’s not for the faint of heart. It’s really hard work but if we can scale the infrastructure and find a few good people, it will work, and at a cost of around $1.00 per tree, far less expensive and much more beneficial that all the discussed alternatives. I think this is the way to go and let everyone else get on with their lives in the best way they can. jmo.

For those interested this is an 18 min instructional video on tree planting. I recommend it. jmo.


I agree on the tree planting...but if you think destroying our military in a world with Chinese and Russians who don't give a runny 💩 about our way of life is doable...then..🤦‍♂️

If you could get all of our enemies to decide to destroy their military too, then yeah...go for it. I have a bad feeling the idiot generations are going to invite them to take over without firing a shot anyway, so maybe it doesn't matter.
 
I respect your opinion and I look at your posts as very thought out, however what you are describing is something that MIGHT work in a perfect world. We live in a far from perfect world. You’re way off.

I work in the energy side of the DoD and I’ll leave it at that.
There is no way this country survives if we destroy our defense.
 
View attachment 462760
I don’t have US numbers but worldwide we’ve spent $2.6 Trillion on wind and solar as of 2021 and in 2021 it was claimed that 10% of electricity worldwide was generated by wind and solar. Wind and solar grew 23% in 2021 while worldwide coal use for electricity grew by 9%. lol

The international organization tracking the Paris Climate Accords says we need to spend $131 trillion over the next 18 years – that’s just to get the power generation in place across the globe. I think their numbers are atrociously low. jmo.

In my numbers I posted last night, not only do we need to build new power generation here in the USA but presumably we need to build replacement generation for the almost 60% of our electricity generation now provided by fossil fuels here in the U.S.

If solar was installed on every rooftop in the USA it is estimated that could supply almost 40% of our current generation of electricity but it doesn’t factor in new generation required to power an EV fleet. The other part about that is there are 83m single family homes in the USA. The typical home installation is 5kw so say you get 5 hrs of power generation per day 300 days per year. Under ideal conditions those 83m homes might be able to get close to 600B kwh per year. That would be 15% of the theoretical 40%. I don’t think that works in real life, not for solar, nor for wind, nor hydro. We’ve already built the dams. We’re not building that many more. The good places for wind are gone. Now we’re going offshore at a cost of 4X the onshore rate per megawatt. Same with solar, not every location is ideal for solar and most of the good spots are already taken. For our 83m homeowners, well at current prices they’ll need to spend maybe about $1.5 trillion to get into compliance.

I don’t mean to disrespect people who work on renewable energy plans but I would take whatever they say with a grain of salt as to cost. Mostly they’re academics or politicians. I don’t think they really know what they’re talking about. What they’re talking about is business and if they were any good at it they’d probably be in the private sector building things.

It’s a catch-22 situation right now. We’re having to rape the planet to get the materials to build renewable energy. That’s nothing new. What’s new is the ever increasing scale at which we’re doing it, mostly from impoverished countries where we can buy their politicians. On the backend, according to Harvard Business Review, is the coming catastrophe of Solar trash.

I’m also not saying we shouldn’t do anything. I’m actually more concerned by O2 depletion from the atmosphere (and oceans) than I am for CO2 but they’re one and the same. Carbon fuels are taking O2 out of the atmosphere at a significant rate. OSHA requires workers to wear supplied air breathing apparatuses if they are going to enter an oxygen deficient atmosphere,
defined as 19.5%. I calculate that the planet will be there in less than 419 years at our current rate of depletion. Most estimates say 3600 years before we run out of oxygen but we can’t survive on low oxygen so we’re not going to be alive when we run out. smh. I don’t understand why they make it seem less of a problem. We’re already seeing dead zones in the oceans due to low oxygen. I think it’s likely that a lot of other weird things will start happening in the decades to come as lower oxygen has effects on living things (species) that we may not now be aware of. jmo.

I’m not opposed to what people want to do to correct for the ill effects of the industrial revolution. I just don’t think we have the right people developing the plan or executing the plan. Right now the politicians and pointy head scientists are flexing their muscle, pretty much the same as they did with Covid. If it’s a government run project you can almost bet it will not work as planned and it will cost more than 3 times what they initially sold it to you for. jmo.

It’s easy to criticize people in the arena so I think it’s important that all of us inform ourselves and try to come up with a sensible plan of how we would tackle the problem.

For me, I would repurpose the military industrial complex to quit making weapons for the planet and turn their energies to building the materials we need for the war on climate change. I would deploy our military personnel (post training) to install solar across the country where warranted. Look the military industrial complex is already getting hundreds of billions of dollars from us every year already. It won’t cost us anything more. Plus we’re already paying our military and providing housing, healthcare, and food, etc. See, no real added cost. Even then I don’t think you solve the problem but it’s the effort that counts.

The real solution I prefer is to smartly plant 2 trillion trees. Right now we have about 3 trillion trees on the planet. At one time we had twice that. Trees harvest and store carbon and produce oxygen. Some say we only need to plant 1T trees but I’m a visionary and I want to allow for future growth. The big winner in my tree planting solution is we get new oxygen. No technology solution offers this benefit.

Tree planting has to be done right and you have to grow baby trees for 1-2 years before you can transplant them into the “wild”. We’re way behind on this. There are professional seed collectors who are as territorial as the mob was back in the good ole days but we need a lot more seed collectors and nannies for our baby trees to get this enterprise going. We also need to make sure our baby trees have a good chance of survival once they’re in their new home.

Tree planting is a noble profession but it’s not for the faint of heart. It’s really hard work but if we can scale the infrastructure and find a few good people, it will work, and at a cost of around $1.00 per tree, far less expensive and much more beneficial that all the discussed alternatives. I think this is the way to go and let everyone else get on with their lives in the best way they can. jmo.

For those interested this is an 18 min instructional video on tree planting. I recommend it. jmo.


Unfortunately at this point we must decide between trees and solar farms. On average solar farms will raise the ambient temperature 3-4 degrees Celsius. Trees on the other hand will cool the ambient temperature 2-9 degrees Celsius. For me I'd rather have more trees because that will bring about a healthier ecosystem. Solar farms however are much more damaging than helping the local ecosystems because of the area that is needed and how little life can thrive in said area
 
We need to conserve the resources we have that are married to the technology we know while researching and developing other sources of energy that do not consume as much of the natural resources as the current do. This is a never ending process.

To go completely electric/battery powered vehicles is the typical political/globalist greed and control response. It makes it easier to throttle humanity by controlling its generation and distribution. You don't want dependency on any one thing.
 
Unfortunately at this point we must decide between trees and solar farms. On average solar farms will raise the ambient temperature 3-4 degrees Celsius. Trees on the other hand will cool the ambient temperature 2-9 degrees Celsius. For me I'd rather have more trees because that will bring about a healthier ecosystem. Solar farms however are much more damaging than helping the local ecosystems because of the area that is needed and how little life can thrive in said area
The mechanics and logistics of all these ideas are not thought out by the general public. I try my best to be somewhat vague when talking about things close to my profession. I’ll put it like this though, what happens when everyone comes home at 5:30 and cranks up the hvac, stove, tv, water heaters, charge their Tesla? Power surge, major issues with our defense, power grid and a glaring weak point for those knowledgeable about it (enemies).
 
Unfortunately at this point we must decide between trees and solar farms. On average solar farms will raise the ambient temperature 3-4 degrees Celsius. Trees on the other hand will cool the ambient temperature 2-9 degrees Celsius. For me I'd rather have more trees because that will bring about a healthier ecosystem. Solar farms however are much more damaging than helping the local ecosystems because of the area that is needed and how little life can thrive in said area
PSA: Build more nuclear power plants. Now we return you to recruiting news.
 
The mechanics and logistics of all these ideas are not thought out by the general public. I try my best to be somewhat vague when talking about things close to my profession. I’ll put it like this though, what happens when everyone comes home at 5:30 and cranks up the hvac, stove, tv, water heaters, charge their Tesla? Power surge, major issues with our defense, power grid and a glaring weak point for those knowledgeable about it (enemies).

Honestly that's the biggest shortcoming in any sort of real advancements in the energy world.

The US is vast, and people too often assume that our power grid and hell even our highway infrastructure can support things that get boasted about in much, much, MUCH smaller countries. Ireland is basically the same size as South Carolina, let that sink in. Of course public transportation or country wide power grid overhauls can happen in Germany or England or other European countries... Texas alone makes up as much land mass as nearly all of modern Europe.

Even if we allocated the funding (which our government won't) and even if we had the work force to accomplish it (which we don't) it would take DECADES of work to get there...

I mean the journey of a million miles begins with one step...so I'm not saying we shouldn't try. But you have to fix the foundation first.
 
View attachment 462760
I don’t have US numbers but worldwide we’ve spent $2.6 Trillion on wind and solar as of 2021 and in 2021 it was claimed that 10% of electricity worldwide was generated by wind and solar. Wind and solar grew 23% in 2021 while worldwide coal use for electricity grew by 9%. lol

The international organization tracking the Paris Climate Accords says we need to spend $131 trillion over the next 18 years – that’s just to get the power generation in place across the globe. I think their numbers are atrociously low. jmo.

In my numbers I posted last night, not only do we need to build new power generation here in the USA but presumably we need to build replacement generation for the almost 60% of our electricity generation now provided by fossil fuels here in the U.S.

If solar was installed on every rooftop in the USA it is estimated that could supply almost 40% of our current generation of electricity but it doesn’t factor in new generation required to power an EV fleet. The other part about that is there are 83m single family homes in the USA. The typical home installation is 5kw so say you get 5 hrs of power generation per day 300 days per year. Under ideal conditions those 83m homes might be able to get close to 600B kwh per year. That would be 15% of the theoretical 40%. I don’t think that works in real life, not for solar, nor for wind, nor hydro. We’ve already built the dams. We’re not building that many more. The good places for wind are gone. Now we’re going offshore at a cost of 4X the onshore rate per megawatt. Same with solar, not every location is ideal for solar and most of the good spots are already taken. For our 83m homeowners, well at current prices they’ll need to spend maybe about $1.5 trillion to get into compliance.

I don’t mean to disrespect people who work on renewable energy plans but I would take whatever they say with a grain of salt as to cost. Mostly they’re academics or politicians. I don’t think they really know what they’re talking about. What they’re talking about is business and if they were any good at it they’d probably be in the private sector building things.

It’s a catch-22 situation right now. We’re having to rape the planet to get the materials to build renewable energy. That’s nothing new. What’s new is the ever increasing scale at which we’re doing it, mostly from impoverished countries where we can buy their politicians. On the backend, according to Harvard Business Review, is the coming catastrophe of Solar trash.

I’m also not saying we shouldn’t do anything. I’m actually more concerned by O2 depletion from the atmosphere (and oceans) than I am for CO2 but they’re one and the same. Carbon fuels are taking O2 out of the atmosphere at a significant rate. OSHA requires workers to wear supplied air breathing apparatuses if they are going to enter an oxygen deficient atmosphere,
defined as 19.5%. I calculate that the planet will be there in less than 419 years at our current rate of depletion. Most estimates say 3600 years before we run out of oxygen but we can’t survive on low oxygen so we’re not going to be alive when we run out. smh. I don’t understand why they make it seem less of a problem. We’re already seeing dead zones in the oceans due to low oxygen. I think it’s likely that a lot of other weird things will start happening in the decades to come as lower oxygen has effects on living things (species) that we may not now be aware of. jmo.

I’m not opposed to what people want to do to correct for the ill effects of the industrial revolution. I just don’t think we have the right people developing the plan or executing the plan. Right now the politicians and pointy head scientists are flexing their muscle, pretty much the same as they did with Covid. If it’s a government run project you can almost bet it will not work as planned and it will cost more than 3 times what they initially sold it to you for. jmo.

It’s easy to criticize people in the arena so I think it’s important that all of us inform ourselves and try to come up with a sensible plan of how we would tackle the problem.

For me, I would repurpose the military industrial complex to quit making weapons for the planet and turn their energies to building the materials we need for the war on climate change. I would deploy our military personnel (post training) to install solar across the country where warranted. Look the military industrial complex is already getting hundreds of billions of dollars from us every year already. It won’t cost us anything more. Plus we’re already paying our military and providing housing, healthcare, and food, etc. See, no real added cost. Even then I don’t think you solve the problem but it’s the effort that counts.

The real solution I prefer is to smartly plant 2 trillion trees. Right now we have about 3 trillion trees on the planet. At one time we had twice that. Trees harvest and store carbon and produce oxygen. Some say we only need to plant 1T trees but I’m a visionary and I want to allow for future growth. The big winner in my tree planting solution is we get new oxygen. No technology solution offers this benefit.

Tree planting has to be done right and you have to grow baby trees for 1-2 years before you can transplant them into the “wild”. We’re way behind on this. There are professional seed collectors who are as territorial as the mob was back in the good ole days but we need a lot more seed collectors and nannies for our baby trees to get this enterprise going. We also need to make sure our baby trees have a good chance of survival once they’re in their new home.

Tree planting is a noble profession but it’s not for the faint of heart. It’s really hard work but if we can scale the infrastructure and find a few good people, it will work, and at a cost of around $1.00 per tree, far less expensive and much more beneficial that all the discussed alternatives. I think this is the way to go and let everyone else get on with their lives in the best way they can. jmo.

For those interested this is an 18 min instructional video on tree planting. I recommend it. jmo.


Just go buy an electric vehicle. That will fix it all, overnight.
 
Just go buy an electric vehicle. That will fix it all, overnight.
With what money? They gonna give me one? And nobody has an answer for this..How are you supposed to quickly and cheaply travel long distances by road, or pull large campers with an EV?

This the answer...They don't want you to be able to travel and enjoy the country. They want to constrict freedom of movement. They want to control where you go, when you go, and how you go...or really they want you to just not go anywhere...I hate the bastards.
 

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