Digital Solutions at the Heart of Energy Transition: ABB’s Strategy for a Greener Tomorrow

One thing we're showcasing really important is our digital solutions. As we're stepping into the energy transition, it's really important for us to be able to present solutions to the utility market that's gonna allow them to add more connectivity, more generation resources to be able to meet the load demands that we're gonna see in the near future. So we are facing the most significant change that we've ever seen in the market. If you look again at the sheer number of new grid connections that will be coming on because of the diverted energy resources. We look at new EV connectivity, nudes forms of generation with renewable. All those things are adding up to the fact that we're gonna have to have new innovative solutions to be able to meet the new demands that are being placed onto our existing grid. So the the the number one thing would be safety to make sure that we are providing solutions that allows the grid to be safe. Number two is resiliency. Most important thing to a utility outside of safety is resiliency to provide the power to consumer, the digital solution connectivity allows the utility to add flexibility in a safe manner and allow for the growth to happen without significant structure investment in the future as well. I'll just run through an example here. So let's say you you system, right, that you're picking. Let's say you have three choices right now. You want a single sided, modular double sided or double sided ten. See a customer says, you know what? I want a modular double sided pad panel. Right? And they said, look at developing the incoming source and outgoing. They can, for example, pick what they want. Let's say we'll go with a two way source and a two way load. Right? So we hit continue. It gives you a a nice view of what that unit's gonna make. So now you can actually get more keys to understand let's get it some particular. We're looking at our source here. Let's say we want that side to be really like a switch. Right? As you can see, you know, let's say on the load side, I create another much. Let's do a interrupter to see a brief fresh spread away. And if I wanted to change the interface, let's say, I could go two hundred for six hundred and see that change right here. I would say a couple of reasons. Number one, you wanna be able to maintain the consumer to have the ability to pay for their electricity. You know, if you look at where the economy is, need to be able to maintain services to the consumer, whether it's residential, commercial, industrial, so that the US can continue to compete in the world. If we don't provide safe, resilient, and economic electricity, we're not gonna be able to meet those demands.