Speaker
Speaking of climate tech rollout, yes. There we go. We wanted to talk about the big cable. Maybe the biggest cable. Not actually the biggest cable of all time. I don't know what that would be. But a big cable indeed, which is going beneath the sea, connecting Singapore, I believe, to Australia. um The idea being that this is a solar energy can be transported from Australia, where it's bright and sunny and also they have a lot of space and land. You can get a lot of solar going. To Singapore, which is not as bright, a lot more rainy and also not very ah blessed with lots of space. has and Very big. As you might know, as if you've ever been there. But um Mike, i'm I'm curious. I think you're the one who maybe brought the story. What's the deal? And because this has been talked about for a long time and I think kind of in development for a long time so what's the deal what's the update here from this yeah i mean so there's there's been a lot of efforts to um ways to explore bringing i mean in general solar or wind resources from places where they're abundant to places where they are not um and in particular, from Australia to Singapore and and other other parts of of Asia, like Japan or Korea, right, that that don't have that level of of renewable resource. And a lot of that has been around things like, oh, we can ship transport, convert it to hydrogen and transport it, or maybe we use these liquid organic hydrogen carriers or things like shipping it, because it's, I think, generally been thought, and I think we've even argued in some of our past analysis that it's too far or too far economically to transfer for via cable. But um but the good folks behind the sun cable, as this is called, disagree with that. And they think, it so it was it was a couple of ah actually executives ah originally from from Fortescue, which is an Australian mining company that that that were going to be behind this project. And there's been some some fallings out and things. Long story short, this this project was proposed. It's a 4,300-kilometer cable, which I think would would be the largest high-voltage DC power cable in the world by a pretty wide margin. There's there's one that runs from Denmark to the UK. It's about 750 kilometers that I think is the longest to to today. So this would be about six times as long. And, it you know, it kind of, the map is wild to look at. It goes from Darwin in Northern Australia to to Singapore. So it's kind of like snaking through islands in Indonesia and stuff like that. um this So this project was proposed. It um had some funding challenges, went into voluntary administration in in January 2023, but it was just revived. So the the Singapore International Energy Week is always a big ah big event in Singapore. And this so this was was the revival of this project was um was announced at SCIEW last week or maybe two weeks ago now. So it's a pretty it's a pretty significant news. And if and if you know they can actually pull this off, I think it's really going to change a lot of people's views about what's possible with high voltage DC cables for for transporting renewable energy. I mean, I think if you can get it to work and and manage it without the losses being too high, obviously there's there's a lot of benefits to just being able to transport the electricity generally as directly, as opposed to having to you know convert it into hydrogen and somehow maybe convert the hydrogen to something something else, ammonia or hydrogen carriers that you can load onto to ships and then convert it back to the other end. Yeah, all those conversion losses definitely. Yeah, they really are. Not to mention the cost. So, um yeah, so I think it's, I mean, it's still not expected to to open up in this current iteration until after 2035. So we're not going to find out for for a while. But, you know, there's a lot of places that that this, I mean, there's already talk about, right, you know, building a lot of solar in Northern Africa and using HVDC cables across the Mediterranean to bring that to Europe. um and Obviously, even like within somewhere like the US, if you can, um you know, build transmission from, you know, wind resources in North Dakota or whatever to bring that to to to Chicago or to the West Coast or East Coast or things like that. So based on if what you can, you know, if you can demonstrate this and it can and it can work and it can be economical, it's going to be, I think, pretty significant for the ability to develop and and make use of a lot more renewables and in in a lot of places. But we're not going to know for a little while.