MIT Scientist Debunks Global Warming Hysteria

You like running in circles.... Pony up YOUR numbers. The ones I cited are from IEA with 2022 prices on equipment.
So you’re bloviating is a capitulation that you just make up shit. Especially about battery replacement. You’ll make up shit about anything. You can’t disprove anything * I’ve said or you’d be posting shit. Nothing from any related institute ? The relative costs of renewables compared to fossil fuels is there….not up Tuckers ass.
 
SO, let's do the math that our resident lib refuses to do...

The range is $0.082 to $0.171. I will use the average $0.127 per Kw usage.

The average bill will be 455.00 a month for a home using 3,000Kwh per day. This is for a home using natural gas for their primary heat source.

For the average home using all electric, the bill would be 1,189.00 a month (6,000kwh+).
This includes distribution costs.

source: Burlington Hydro - Residential Rates

This means the base system for a home that is all electric must provide 12,000 watts during daylight hours. 6,000 watts to operate the home and 6,000 watts to charge the storage bank. The number of batteries is three times that of a 3,000-watt system simply due to the load at night when colder temps occur in winter.

A 12,000-watt system is around $96,000.00 installed. Average yearly cost on batteries is 4,000.00 to replace failed batteries and other system components.

Just looking at 4,000 to keep the system running each year and then paying off nearly 100,000.00 at between 455.00 and 1,189,00 a month. It will take nearly 17-30 years to pay off the system at current power pricing.

This is what you idiots call FREE?
 
Last edited:
SO, let's do the math that our resident lib refuses to do...

The range is $0.082 to $0.171. I will use the average $0.127 per Kw usage.

The average bill will be 455.00 a month for a home using 3,000Kwh per day. This is for a home using natural gas for their primary heat source.

For the average home using all electric, the bill would be 1,189.00 a month (6,000kwh+).
This includes distribution costs.

source: Burlington Hydro - Residential Rates

This means the base system for a home that is all electric must provide 12,000 watts during daylight hours. 6,000 watts to operate the home and 6,000 watts to charge the storage bank. The number of batteries is three times that of a 3,000-watt system simply due to the load at night when colder temps occur in winter.

A 12,000-watt system is around $96,000.00 installed. Average yearly cost on batteries is 4,000.00 to replace failed batteries and other system components.

Just looking at 4,000 to keep the system running each year and then paying off nearly 100,000.00 at between 455.00 and 1,189,00 a month. It will take nearly 17-30 years to pay off the system at current power pricing.

This is what you idiots call FREE?
Ok, let’s do the math. The magic number is one. Just give us one University, Govt or related corporation, that doesn’t think we should move to more renewables and use less fossil fuel. Just one, do the math, just one.
Btw, I see no link. None, not a one. You posted made up shit.
 
At 60 degrees Latitude, in winter.... shit would be a step up.

At his Latitude, in winter, they would need roughly 24,000 watts of panels to get just the base line to operate the system and not yet enough power to charge the batteries.
More made up shit.
 

Forum List

Back
Top