ECO Maverick
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What is required to bring hydro lines on towers together?
The discussion revolves around the challenges and considerations involved in combining hydroelectric power lines on towers. Participants explore various obstacles, materials, and technological requirements related to power transmission infrastructure, as well as the broader implications of high electricity costs and infrastructure upgrades in Canada.
The discussion features multiple competing views regarding the feasibility of combining hydro lines and the implications of high electricity costs. There is no consensus on the best approach to address these challenges, and participants express a range of opinions on political and economic factors influencing the situation.
Participants express uncertainty about the specific technical requirements and costs associated with modifying existing infrastructure. There are also unresolved discussions about the impact of political decisions on energy pricing and resource management.
Individuals interested in energy infrastructure, hydroelectric power, and the political and economic aspects of electricity supply in Canada may find this discussion relevant.
Welcome to PF!ECO Maverick said:What is required to bring hydro lines on towers together?
ECO Maverick said:What type of materials would allow the wires to be in close contact?
russ_watters said:But let me ask: why do you want to combine them?
ECO Maverick said:THANK YOU Russ and David. We Canadians and Ontarians are faced with 1) High costs for electricity, 2) High cost of upgrading hydro supply infrastructure and 3) lack of high speed rail. I'm a believer in Tesla. Can anybody see what needs to be done? The hydro lines need to be brought closer together in a protective housing and allow another need/utility to be piggy backed with the infrastructure upgrade.
ECO Maverick said:I will research the exact 3's and get back to you on it. But the biggest political football in Ontario is the HIGH cost of hydro. On a separate note WE in kanada are getting FLEECED by the FREE trade agreement that (1) we produce hydro at cost and Have to sell it to the U S at something like 18cents?? YES Mr trump rip up the FREE(?) trade agreement and as an honest (fair) business man pay the Actual cost. FAT chance. Sir Mr Anorlunda? with all due Respect, in this age of Me Me Me and GREED and selfishness do you think it will change?
anorlunda said:We might be able to arrange to loan Mr. Trump to Canada. Or Ontario could apply to become the 51st state. Just kidding.![]()
You're welcome.ECO Maverick said:THANK YOU Russ and David. We Canadians and Ontarians are faced with 1) High costs for electricity, 2) High cost of upgrading hydro supply infrastructure...
russ_watters said:You're welcome.
I don't know Canadian politics or what specific project you might be referring to, but in general hydro is one of the cheapest forms of electricity. The reason is that while the infrastructure is indeed fabulously expensive, once it is paid for, all that is left is maintenance and operations; there are no fuel costs. That makes hydro over the long term one of the cheapest forms of electricity.
russ_watters said:You're welcome.
I don't know Canadian politics or what specific project you might be referring to, but in general hydro is one of the cheapest forms of electricity. The reason is that while the infrastructure is indeed fabulously expensive, once it is paid for, all that is left is maintenance and operations; there are no fuel costs. That makes hydro over the long term one of the cheapest forms of electricity.
davenn said:not to mention the very low long term impact on the environment, no waste products result from the generation process
A dam that creates a reservoir (or a dam that diverts water to a run-of-river hydropower plant) may obstruct fish migration. A reservoir and dam can also change natural water temperatures, water chemistry, river flow characteristics, and silt loads. All of these changes can affect the ecology and the physical characteristics of the river. These changes may have negative impacts on native plants and on animals in and around the river. Reservoirs may cover important natural areas, agricultural land, or archeological sites. A reservoir and the operation of the dam may also result in the relocation of people. The physical impacts of a dam and reservoir, the operation of the dam, and the use of the water can change the environment over a much larger area than the area covered by a reservoir.
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Carbon dioxide and methane may also form in reservoirs and be emitted into the atmosphere. The exact amount of greenhouse gases produced in hydropower reservoirs is uncertain. The emissions from reservoirs in tropical and temperate regions, including the United States, may be equal to or greater than the greenhouse effect of the carbon dioxide emissions from an equivalent amount of electricity generated with fossil fuels
NTL2009 said:Well, you probably should not have mentioned it! ...
Can you supply some references for that with objective data?davenn said:well in some dams, those things are not taken into account, others they are
but regardless their effect on the environment is much less than nuclear and coal fuelled stations
ECO Maverick said:What type of insulation would be best suitable for bringing power transmission lines(approx, 150,000 volts) on transmission towers closer together?