Even the EIA link I supplied shows that the conversion electronics are 60% of the cost of HVDC. Now you respond with Australia Pipeline & Gas Association? lmfao Dude. Come on.
If HVAC was really that much cheaper, there would never be HVDC connections in the first place.
Ok, now I know for a fact you don’t understand what you’re talking about. The only reason HVDC is a thing is to reduce transmission losses on very long runs. Something that we don’t really do in the US, and the most popular installations are in Europe where nations sell energy among EU members. The increased cost serves multiple purposes in that case- It reduces transmission losses as I said, but it also allows you to build more compact systems, and you get less capacitance issues in under ground and under water installations. It’s honestly crazy you’d even say that.
How about you actually read my link? I clearly stated that at long-distances, HVAC become inefficient and therefore costly. Your link is not comparing them to pipelines.
Making things up, got it. BTW, the luddites were correct. You might want to actually look up what their concerns were rather than just repeat bullshit. Like reading a gas company’s research that says piping gas is cheaper than running electricity. BTW, do you find it strange that nearly every structure in the US has electricity running to it, but not gas? Hmm. Makes you wonder. Well, makes me wonder. I’m sure you’ll just blame some climate change denial conspiracy.
No, I was building a case. And you very clearly do not understand what’s being talked about in that research. Claiming that AC transmission lines are as expensive to build as HVDC is absurd in every way. https://web.ecs.baylor.edu/faculty/grady/_13_EE392J_2_Spring11_AEP_Transmission_Facts.pdf
Even the EIA link I supplied shows that the conversion electronics are 60% of the cost of HVDC. Now you respond with Australia Pipeline & Gas Association? lmfao Dude. Come on.
Ok, now I know for a fact you don’t understand what you’re talking about. The only reason HVDC is a thing is to reduce transmission losses on very long runs. Something that we don’t really do in the US, and the most popular installations are in Europe where nations sell energy among EU members. The increased cost serves multiple purposes in that case- It reduces transmission losses as I said, but it also allows you to build more compact systems, and you get less capacitance issues in under ground and under water installations. It’s honestly crazy you’d even say that.
How about you actually read my link? I clearly stated that at long-distances, HVAC become inefficient and therefore costly. Your link is not comparing them to pipelines.
Yeah, we’re done here. You’ve moved the goal posts so much we aren’t even on the same field.
You’re completing making shit up and none of your arguments are even relevant to the conversation. Fuck off with your Ludditism.
Making things up, got it. BTW, the luddites were correct. You might want to actually look up what their concerns were rather than just repeat bullshit. Like reading a gas company’s research that says piping gas is cheaper than running electricity. BTW, do you find it strange that nearly every structure in the US has electricity running to it, but not gas? Hmm. Makes you wonder. Well, makes me wonder. I’m sure you’ll just blame some climate change denial conspiracy.
A huge number of structures have gas piped in. Not sure what you’re even arguing here.