WEBVTT 00:00:00.000 --> 00:00:03.279 Welcome back to the Deep Dive. Today we are peering 00:00:03.279 --> 00:00:07.299 deep beneath the pavement, beyond the smart meters, 00:00:07.360 --> 00:00:10.080 and into the essential, often invisible grid 00:00:10.080 --> 00:00:13.380 that powers modern America. That's right. We 00:00:13.380 --> 00:00:16.660 are diving into American Electric Power, or AEP. 00:00:17.179 --> 00:00:18.739 And when we talk about American infrastructure, 00:00:19.000 --> 00:00:22.379 I mean, AEP is a company that is just absolutely 00:00:22.379 --> 00:00:25.660 foundational. Foundational, but hidden. Exactly. 00:00:26.170 --> 00:00:29.269 Its colossal influence is largely invisible to 00:00:29.269 --> 00:00:30.769 the average person. You know, most people only 00:00:30.769 --> 00:00:33.409 interact with it when the bill arrives or when 00:00:33.409 --> 00:00:34.929 the power goes out. Right. We're talking about 00:00:34.929 --> 00:00:38.750 a true hidden giant in the energy space and its 00:00:38.750 --> 00:00:41.070 sheer scale, both physical and financial, is 00:00:41.070 --> 00:00:43.939 frankly, it's staggering. Okay, so let's unpack 00:00:43.939 --> 00:00:45.479 this a little. We've been through all the source 00:00:45.479 --> 00:00:47.600 material, and the mission for this deep dive 00:00:47.600 --> 00:00:50.140 seems pretty clear to me. We need to fully comprehend 00:00:50.140 --> 00:00:53.500 the massive scale and, well, the labyrinthine 00:00:53.500 --> 00:00:55.880 structure of this whole enterprise. But I think 00:00:55.880 --> 00:00:58.179 more importantly, we need to get into the immense 00:00:58.179 --> 00:01:01.420 tension at its core. The tension between its 00:01:01.420 --> 00:01:05.060 legacy as, you know, a polluting giant, its ambitions 00:01:05.060 --> 00:01:07.939 for these groundbreaking clean energy projects, 00:01:08.019 --> 00:01:11.159 and its highly contentious regulatory record. 00:01:14.420 --> 00:01:16.459 That's a huge piece of the puzzle. Absolutely. 00:01:16.640 --> 00:01:18.099 And we really have to start with the numbers 00:01:18.099 --> 00:01:21.159 because they immediately put this behemoth into 00:01:21.159 --> 00:01:24.359 context. Right. AEP isn't just a major utility. 00:01:24.659 --> 00:01:27.340 It is one of the largest electric utility holding 00:01:27.340 --> 00:01:29.700 companies in the entire country. Serving how 00:01:29.700 --> 00:01:32.340 many people? Over 5 million customers across 00:01:32.340 --> 00:01:34.819 11 states. It stretches all the way from the 00:01:34.819 --> 00:01:37.000 Great Lakes down to the Texas coast. That geographic 00:01:37.000 --> 00:01:39.519 scope is already astounding, but the physical 00:01:39.519 --> 00:01:42.219 infrastructure numbers are what really... they 00:01:42.219 --> 00:01:45.319 really leap off the page. They do. AEP owns nearly 00:01:45.319 --> 00:01:48.840 38 ,000 megawatts of generating capacity. But 00:01:48.840 --> 00:01:50.500 the real headliner for me, the thing that just 00:01:50.500 --> 00:01:52.739 blew my mind is the transmission system. Oh, 00:01:52.760 --> 00:01:56.159 absolutely. They have a nearly 39 ,000 mile network 00:01:56.159 --> 00:01:58.409 of transmission lines. Yeah. Just to give you 00:01:58.409 --> 00:02:00.650 a mental picture, that's enough high voltage 00:02:00.650 --> 00:02:02.609 wire to wrap around the earth about one and a 00:02:02.609 --> 00:02:04.629 half times. And it's not just the length of the 00:02:04.629 --> 00:02:06.689 wire, right, is the technological superiority, 00:02:06.810 --> 00:02:10.930 the voltage capacity. Yes. AEP owns more 765 00:02:10.930 --> 00:02:14.110 kilovolt ultra high voltage transmission lines 00:02:14.110 --> 00:02:17.310 than all other U .S. transmission systems combined. 00:02:17.650 --> 00:02:19.590 Combined. That is a critical distinction. These 00:02:19.590 --> 00:02:21.729 aren't just your local distribution lines running 00:02:21.729 --> 00:02:23.930 down the street. No, not at all. These are the 00:02:23.930 --> 00:02:26.569 superhighways of the Eastern Grid. They enable 00:02:26.569 --> 00:02:28.789 the bulk movement of massive amounts of power 00:02:28.789 --> 00:02:32.789 from, say, a huge power plant to entire population 00:02:32.789 --> 00:02:35.889 centers hundreds of miles away. So that infrastructure 00:02:35.889 --> 00:02:38.930 is really AEP's strategic advantage. It's their 00:02:38.930 --> 00:02:41.210 defining technical legacy. It's what makes them 00:02:41.210 --> 00:02:43.569 so indispensable. Yeah. Hashtag, tag, tag the 00:02:43.569 --> 00:02:46.490 geography of power, AEP's massive footprint and 00:02:46.490 --> 00:02:48.580 structure. OK, so let's start putting this giant 00:02:48.580 --> 00:02:51.120 on the map, both geographically and financially. 00:02:51.479 --> 00:02:53.879 We need to understand the colossal footprint 00:02:53.879 --> 00:02:57.860 that AEP manages day to day. And looking at the 00:02:57.860 --> 00:02:59.939 financials, you can see this is a multibillion 00:02:59.939 --> 00:03:02.020 dollar operation. It's something that requires 00:03:02.020 --> 00:03:05.599 constant massive capital investment just to maintain. 00:03:05.860 --> 00:03:07.620 What are we talking about in terms of revenue? 00:03:07.800 --> 00:03:10.159 The source material is pretty clear. For 2024, 00:03:10.620 --> 00:03:16.569 revenue clocked in at $19 .72 billion. Wow. And 00:03:16.569 --> 00:03:18.849 their total assets are valued at an astounding 00:03:18.849 --> 00:03:23.610 $103 .1 billion. $100 billion in assets. Yeah. 00:03:23.669 --> 00:03:26.789 And this isn't just high finance on paper. This 00:03:26.789 --> 00:03:29.430 is the management of truly deep -pocketed, mission 00:03:29.430 --> 00:03:32.289 -critical infrastructure. These are assets that, 00:03:32.370 --> 00:03:35.110 if they fail, can take down entire sections of 00:03:35.110 --> 00:03:37.319 the national economy. And as you say, those assets 00:03:37.319 --> 00:03:39.960 are mission critical on a national scale. That 00:03:39.960 --> 00:03:43.080 immense 39 ,000 mile transmission system isn't 00:03:43.080 --> 00:03:45.000 just padding their balance sheet. It is literally 00:03:45.000 --> 00:03:47.800 the backbone of regional power delivery. It provides 00:03:47.800 --> 00:03:50.159 about 10 percent of the electricity demand in 00:03:50.159 --> 00:03:52.129 the eastern interconnection. OK, so for those 00:03:52.129 --> 00:03:54.270 who might not know, what exactly is the Eastern 00:03:54.270 --> 00:03:56.370 Interconnection? It's essentially the largest 00:03:56.370 --> 00:03:59.349 interconnected grid on the continent. It covers 00:03:59.349 --> 00:04:03.550 38 eastern and central U .S. states. So AEP's 00:04:03.550 --> 00:04:05.969 lines are carrying one tenth of all the power 00:04:05.969 --> 00:04:08.960 flowing through that vast system. So their stability, 00:04:09.159 --> 00:04:12.080 or lack thereof, directly impacts tens of millions 00:04:12.080 --> 00:04:14.460 of people who aren't even their direct customers. 00:04:14.560 --> 00:04:17.100 Exactly. Their resilience matters to almost everyone 00:04:17.100 --> 00:04:19.519 east of the Rockies. And they're also a huge 00:04:19.519 --> 00:04:21.920 player in Texas, which of course has its own 00:04:21.920 --> 00:04:25.279 unique, often isolated grid. That's right. AEP 00:04:25.279 --> 00:04:28.019 supplies approximately 11 % of the electricity 00:04:28.019 --> 00:04:30.959 demand in ERCOT, the Electric Reliability Council 00:04:30.959 --> 00:04:33.420 of Texas. So they're woven into the national 00:04:33.420 --> 00:04:35.839 power fabric, but they have to manage that fabric 00:04:35.839 --> 00:04:38.019 under two completely different... regulatory 00:04:38.019 --> 00:04:40.540 and technical frameworks. Yes, the highly integrated 00:04:40.540 --> 00:04:43.319 eastern interconnection and the largely autonomous 00:04:43.319 --> 00:04:46.019 ear cut. It's an incredible balancing act. So 00:04:46.019 --> 00:04:49.000 how do they manage this, this huge diverse landscape 00:04:49.000 --> 00:04:51.540 of state level regulation, different energy demands, 00:04:51.899 --> 00:04:54.939 different political climates? Well, they do it 00:04:54.939 --> 00:04:58.680 by not being one single monolithic entity. AEP 00:04:58.680 --> 00:05:01.500 is structured as a system of seven major geographic 00:05:01.500 --> 00:05:04.259 local operating companies. And this is where 00:05:04.259 --> 00:05:06.660 the real complexity lies. This is a crucial point, 00:05:06.720 --> 00:05:09.220 right? It gets to the heart of how utility regulation 00:05:09.220 --> 00:05:12.459 actually works in the U .S. It is. Because utilities 00:05:12.459 --> 00:05:15.319 are regulated at the state level. AEP has to 00:05:15.319 --> 00:05:18.860 operate these distinct, legally separate companies. 00:05:19.259 --> 00:05:21.360 They need them to deal with the public utility 00:05:21.360 --> 00:05:24.660 commissions, the PUCs, in each of their service 00:05:24.660 --> 00:05:27.339 states. And each one has its own rate base, its 00:05:27.339 --> 00:05:30.040 own specific energy mix. Exactly. The mix is 00:05:30.040 --> 00:05:32.279 determined by regional resources, you know, what's 00:05:32.279 --> 00:05:34.439 available and what's cheapest in that area. So 00:05:34.439 --> 00:05:36.839 let's run through this subsidiary map. This is 00:05:36.839 --> 00:05:40.439 how AEP actually manages serving 5 million customers 00:05:40.439 --> 00:05:43.339 across 11 different regulatory territories. Where 00:05:43.339 --> 00:05:46.240 do we start? We should start with AEP Ohio. This 00:05:46.240 --> 00:05:48.139 is the corporate nerve center. The main headquarters 00:05:48.139 --> 00:05:50.259 are in Columbus. And it's their largest subsidiary. 00:05:50.339 --> 00:05:53.680 By far. It serves 1 .5 million customers. And 00:05:53.680 --> 00:05:55.600 it's a great example of that structural consolidation 00:05:55.600 --> 00:05:57.420 we're talking about. How so? Well, it actually 00:05:57.420 --> 00:05:59.339 used to be two separate operating companies within 00:05:59.339 --> 00:06:02.259 Ohio. Ohio Power and Columbus Southern Power. 00:06:02.339 --> 00:06:05.259 Oh, interesting. Then in 2014, they just merged 00:06:05.259 --> 00:06:07.779 Columbus Southern into Ohio Power. Yeah. It was 00:06:07.779 --> 00:06:10.860 a clear move to simplify the legal entity, you 00:06:10.860 --> 00:06:13.000 know, to make dealing with the Ohio PUC more 00:06:13.000 --> 00:06:15.240 efficient. Okay, so from Ohio, let's jump all 00:06:15.240 --> 00:06:18.439 the way down to AEP Texas. The Texas operation 00:06:18.439 --> 00:06:20.959 has a really fascinating origin story, and it's 00:06:20.959 --> 00:06:24.579 tied directly to one of AEP's biggest corporate 00:06:24.579 --> 00:06:27.970 moves. Indeed. AEP Texas was basically formed 00:06:27.970 --> 00:06:30.209 from the companies that AEP officially acquired 00:06:30.209 --> 00:06:34.470 during that landmark 1997 acquisition of the 00:06:34.470 --> 00:06:37.529 Central and Southwest Corporation, or CSW. It 00:06:37.529 --> 00:06:39.970 essentially operates today as two merged entities. 00:06:40.170 --> 00:06:42.750 You've got AEP Texas North, which was formerly 00:06:42.750 --> 00:06:45.750 West Texas Utilities, and AEP Texas Central, 00:06:45.889 --> 00:06:47.610 which used to be Central Power and Light. And 00:06:47.610 --> 00:06:49.389 they cover the western and southern parts of 00:06:49.389 --> 00:06:51.990 Texas. Right, respectively. And that split really 00:06:51.990 --> 00:06:54.170 just reflect the historical service areas that 00:06:54.170 --> 00:06:56.910 AEP inherited. It adds another layer of complexity 00:06:56.910 --> 00:06:59.550 to managing things inside the competitive Texas 00:06:59.550 --> 00:07:02.329 market. Okay, so now moving east and north, we 00:07:02.329 --> 00:07:07.100 find Appalachian Power, or APCO. And that name 00:07:07.100 --> 00:07:09.459 alone just evokes the history of power generation 00:07:09.459 --> 00:07:12.100 and, frankly, the history of coal in that region. 00:07:12.319 --> 00:07:15.180 Absolutely. APCO is headquartered in Charleston, 00:07:15.220 --> 00:07:17.800 West Virginia, and it serves about one million 00:07:17.800 --> 00:07:21.019 customers. And its territory is pretty sprawling. 00:07:21.019 --> 00:07:23.680 And challenging. It covers central and southern 00:07:23.680 --> 00:07:26.639 West Virginia, southwest Virginia, and a small 00:07:26.639 --> 00:07:29.160 but important part of northeast Tennessee, right 00:07:29.160 --> 00:07:31.300 around Kingsport. And Kingsport used to be its 00:07:31.300 --> 00:07:33.279 own thing, too, right? Yeah, it did. Kingsport 00:07:33.279 --> 00:07:36.279 Power, which served that Tennessee area, was 00:07:36.279 --> 00:07:38.939 functionally merged into Appalachian Power. Again, 00:07:39.079 --> 00:07:41.620 it's part of AEP's ongoing push for efficiency. 00:07:41.899 --> 00:07:44.579 And right next door is Indiana -Michigan Power, 00:07:44.740 --> 00:07:47.639 or INM. This one has a unique profile because 00:07:47.639 --> 00:07:50.420 of a very specific, very large generation asset. 00:07:50.680 --> 00:07:53.339 Right. INM serves major industrial and population 00:07:53.339 --> 00:07:55.459 centers like Muncie and Fort Wayne in Indiana 00:07:55.459 --> 00:07:57.939 and parts of southwest Michigan, including South 00:07:57.939 --> 00:08:00.459 Bend. But the jewel in the crown there is the 00:08:00.459 --> 00:08:03.079 nuclear plant. The Donald C. Cook Nuclear Power 00:08:03.079 --> 00:08:05.459 Plant, which is located in I &M's territory, 00:08:05.740 --> 00:08:08.199 and the presence of that nuclear plant gives 00:08:08.199 --> 00:08:11.720 I &M a distinct, carbon -free, baseload power 00:08:11.720 --> 00:08:14.160 source. Which really differentiates its generation 00:08:14.160 --> 00:08:17.199 mix, and I imagine its regulatory profile from 00:08:17.199 --> 00:08:19.399 its more coal -heavy neighbors. Exactly. It's 00:08:19.399 --> 00:08:22.079 a huge strategic asset for them. Next up, Kentucky 00:08:22.079 --> 00:08:25.259 Power. It's based in Ashland and serves the eastern, 00:08:25.399 --> 00:08:28.319 more rugged parts of Kentucky. And this particular 00:08:28.319 --> 00:08:31.120 subsidiary has been in the news a lot recently. 00:08:31.160 --> 00:08:34.799 A ton. Specifically around a dramatic and ultimately 00:08:34.799 --> 00:08:37.220 failed sale attempt. We'll definitely get into 00:08:37.220 --> 00:08:39.059 that. For sure. But yeah, it serves the communities 00:08:39.059 --> 00:08:41.039 that are right up against the Appalachian Power 00:08:41.039 --> 00:08:43.679 Service area. Places like Pikeville, Hazard, 00:08:43.700 --> 00:08:46.240 and Ashland. It's deeply connected to that crucial 00:08:46.240 --> 00:08:48.659 Appalachian coal region. Okay, and finally we 00:08:48.659 --> 00:08:51.059 hit the rest of the old CSW properties in the 00:08:51.059 --> 00:08:52.580 middle of the country. Right, you've got the 00:08:52.580 --> 00:08:55.679 Public Service Company of Oklahoma, PSO, incorporated 00:08:55.679 --> 00:08:59.480 way, way back in 1913. Wow. PSO serves about 00:08:59.480 --> 00:09:03.639 540 ,000 customers across a huge 30 ,000 square 00:09:03.639 --> 00:09:06.159 mile service area in eastern and southwestern 00:09:06.159 --> 00:09:08.779 Oklahoma. Its headquarters are in Tulsa. And 00:09:08.779 --> 00:09:10.899 the last one is the Southwestern Electric Power 00:09:10.899 --> 00:09:14.299 Company, SWEPCO. SWEPCO. That's the third of 00:09:14.299 --> 00:09:16.799 the former CSW operating companies. It serves 00:09:16.799 --> 00:09:19.559 western Arkansas, northwestern Louisiana, and 00:09:19.559 --> 00:09:21.460 northeastern Texas. So when you look at the whole 00:09:21.460 --> 00:09:24.379 map, AEP is managing regulatory frameworks and 00:09:24.379 --> 00:09:27.559 service obligations in 11 states. Right. But 00:09:27.559 --> 00:09:29.899 its structure is largely dictated by two major 00:09:29.899 --> 00:09:32.519 historical events. The initial consolidation 00:09:32.519 --> 00:09:34.960 of that central system we mentioned, and that 00:09:34.960 --> 00:09:37.919 sprawling 2000 merger with CSW. It's a dis - 00:09:37.960 --> 00:09:40.120 busying corporate map. It is, but it's really 00:09:40.120 --> 00:09:42.159 the only way they can manage all that regional 00:09:42.159 --> 00:09:44.299 energy diversity and multi -state compliance. 00:09:45.240 --> 00:09:47.340 Hashtag, hashtag, hashtag historical milestones 00:09:47.340 --> 00:09:50.360 and technical prowess. So to really understand 00:09:50.360 --> 00:09:52.759 AP's current dominance, both technically and 00:09:52.759 --> 00:09:55.039 in the market, we need to shift gears a bit and 00:09:55.039 --> 00:09:57.039 look at its history. Because it's filled with 00:09:57.039 --> 00:09:59.460 these genuine technical firsts that really shaped 00:09:59.460 --> 00:10:02.039 the development of the modern U .S. grid. Yeah, 00:10:02.120 --> 00:10:04.860 this history isn't just a bunch of dry corporate 00:10:04.860 --> 00:10:07.419 facts. It really is the story of foundational 00:10:07.419 --> 00:10:11.059 utility innovation. So let's trace the origins. 00:10:11.899 --> 00:10:14.159 The company we know today as American Electric 00:10:14.159 --> 00:10:17.620 Power started over a century ago, right, as electrification 00:10:17.620 --> 00:10:21.059 was really taking off. Exactly. The direct predecessor 00:10:21.059 --> 00:10:23.679 was a company called the American Gas and Electric 00:10:23.679 --> 00:10:27.139 Company, or AG &E. It was incorporated in 1906. 00:10:27.580 --> 00:10:29.580 And that replaced an even earlier company. Right, 00:10:29.700 --> 00:10:32.299 the Electric Company of America from 1899. So 00:10:32.299 --> 00:10:35.059 this lineage places them right at the very beginning 00:10:35.059 --> 00:10:38.019 of utility -scale power precision, that big shift 00:10:38.019 --> 00:10:40.740 away from localized power generation toward regional 00:10:40.740 --> 00:10:43.080 systems. And crucially, they weren't just building 00:10:43.080 --> 00:10:45.360 plants to match existing designs. They were actually 00:10:45.360 --> 00:10:47.879 inventing new ways to make power more efficient, 00:10:48.039 --> 00:10:50.139 which is a quest that has basically defined the 00:10:50.139 --> 00:10:52.320 industry ever since. Yes, and they're credited 00:10:52.320 --> 00:10:54.840 with a major innovation in power generation efficiency 00:10:54.840 --> 00:10:57.940 almost a century ago. This is the steam reheat 00:10:57.940 --> 00:11:00.220 thing. This is the steam reheat. That technical 00:11:00.220 --> 00:11:03.980 pioneering moment happened in 1923 at the Philo 00:11:03.980 --> 00:11:06.240 Power Plant in Philo, Ohio. And what did they 00:11:06.240 --> 00:11:09.019 do? AG &E built the first plant in the world 00:11:09.019 --> 00:11:11.840 to reheat steam to do double duty in the process 00:11:11.840 --> 00:11:14.720 of generating electricity. So in simple terms, 00:11:14.740 --> 00:11:17.620 what does that actually mean? Well, think of 00:11:17.620 --> 00:11:20.460 it this way. A conventional turbine gets a lot 00:11:20.460 --> 00:11:22.779 of energy from high -pressure steam, but it hits 00:11:22.779 --> 00:11:25.950 a limit. By reheating the steam that was already 00:11:25.950 --> 00:11:28.110 partially used and sending it back to the turbine, 00:11:28.309 --> 00:11:31.149 they basically gave it a second very efficient 00:11:31.149 --> 00:11:33.690 life. So they got more electricity out of the 00:11:33.690 --> 00:11:36.570 same amount of coal. Significantly more. It boosted 00:11:36.570 --> 00:11:38.710 the thermal efficiency of the entire process. 00:11:39.070 --> 00:11:42.450 And that innovation, born in Ohio, became standard 00:11:42.450 --> 00:11:45.549 practice across the entire world. But AEP's biggest 00:11:45.549 --> 00:11:47.750 claim to fame, the thing that gives them their 00:11:47.750 --> 00:11:50.409 enduring strategic advantage today, is their 00:11:50.409 --> 00:11:53.259 dominance in high -voltage transmission. This 00:11:53.259 --> 00:11:55.259 is where they really become a leader in grid 00:11:55.259 --> 00:11:58.059 architecture. Absolutely. The need for high voltage 00:11:58.059 --> 00:12:00.659 came about because AG &E realized they could 00:12:00.659 --> 00:12:03.399 build these massive, super -efficient coal plants 00:12:03.399 --> 00:12:06.179 near the cheap fuel sources, like in Appalachia. 00:12:06.240 --> 00:12:08.519 And then move the power hundreds of miles away 00:12:08.519 --> 00:12:11.000 to where people actually lived. Exactly, to population 00:12:11.000 --> 00:12:14.019 centers like Chicago or Washington, D .C. But 00:12:14.019 --> 00:12:15.820 to do that efficiently, they had to minimize 00:12:15.820 --> 00:12:18.399 the energy lost in transmission. And the way 00:12:18.399 --> 00:12:20.879 you do that is by cranking up the voltage. So 00:12:20.879 --> 00:12:24.379 they were the first utility to use 345 kilovolt 00:12:24.379 --> 00:12:26.840 transmission lines. A major milestone reached 00:12:26.840 --> 00:12:30.759 in 1953. And the 765 kilovie system is just the 00:12:30.759 --> 00:12:32.539 ultimate expression of that leadership. That's 00:12:32.539 --> 00:12:34.779 more than double the voltage of the system they 00:12:34.779 --> 00:12:37.740 pioneered in the 50s. Precisely. And as we said, 00:12:37.799 --> 00:12:40.539 they own more 765 kilovolt ultra high voltage 00:12:40.539 --> 00:12:43.899 or UHV transmission lines than all other U .S. 00:12:43.919 --> 00:12:46.529 systems combined. Which is just a crazy statistic. 00:12:46.809 --> 00:12:50.110 It's a critical strategic advantage. Those 765 00:12:50.110 --> 00:12:53.370 kilobyte lines allow AEP to move immense amounts 00:12:53.370 --> 00:12:55.769 of power. We're talking gigawatts, not megawatts, 00:12:55.769 --> 00:12:58.110 with way less energy loss than lower voltage 00:12:58.110 --> 00:13:00.730 systems. It solidified their role as the crucial 00:13:00.730 --> 00:13:02.950 intermediary in the eastern interconnection. 00:13:02.990 --> 00:13:05.529 They can move electricity at high speed across 00:13:05.529 --> 00:13:07.940 the entire system. So moving beyond the technology, 00:13:08.200 --> 00:13:10.320 the corporate evolution of AEP has also been 00:13:10.320 --> 00:13:12.320 really complex, and it's been largely dictated 00:13:12.320 --> 00:13:14.440 by these major federal policy shifts designed 00:13:14.440 --> 00:13:17.399 to rein in these sprawling power empires. And 00:13:17.399 --> 00:13:20.080 the biggest one, without a doubt, was the Public 00:13:20.080 --> 00:13:24.639 Utility Holding Company Act of 1935, or PUHCA. 00:13:25.440 --> 00:13:28.570 PUHCA. You really can't discuss AEP's structure 00:13:28.570 --> 00:13:31.490 without understanding PUHCA. You can't. This 00:13:31.490 --> 00:13:33.990 was a New Deal -era law, and it was designed 00:13:33.990 --> 00:13:36.850 to simplify utility ownership structures, which 00:13:36.850 --> 00:13:40.350 had become incredibly complex and often geographically 00:13:40.350 --> 00:13:43.629 bizarre. It forced utilities to sell off holdings 00:13:43.629 --> 00:13:46.429 that weren't geographically continuous or operationally 00:13:46.429 --> 00:13:48.549 related. So what did that mean for AEP specifically? 00:13:49.090 --> 00:13:50.950 They had to sell off a lot of assets, didn't 00:13:50.950 --> 00:13:54.480 they? They did. Following PUHCA, AEP, which was 00:13:54.480 --> 00:13:57.320 then still AG &E, had to divest numerous non 00:13:57.320 --> 00:13:59.299 -contiguous holdings, companies like Atlantic 00:13:59.299 --> 00:14:01.480 City Electric and Scranton Electric. But they 00:14:01.480 --> 00:14:03.860 managed to keep their core. Yes, they successfully 00:14:03.860 --> 00:14:06.059 managed to retain what was designated as their 00:14:06.059 --> 00:14:09.669 central system. This core network, which ran 00:14:09.669 --> 00:14:12.250 cohesively from Michigan down to Virginia, was 00:14:12.250 --> 00:14:14.269 deemed functionally integrated. That allowed 00:14:14.269 --> 00:14:16.590 them to maintain this powerful, cohesive operational 00:14:16.590 --> 00:14:19.009 footprint centered on the Appalachian coal fields 00:14:19.009 --> 00:14:21.090 and the industrial Midwest. And the name change 00:14:21.090 --> 00:14:22.950 itself to American Electric Power, that came 00:14:22.950 --> 00:14:25.909 later. In 1958, that's right. And then we also 00:14:25.909 --> 00:14:29.629 see a geographical consolidation. In the 1980s, 00:14:29.629 --> 00:14:31.450 they moved the headquarters out of New York City, 00:14:31.590 --> 00:14:33.809 where they had been since the early days of corporate 00:14:33.809 --> 00:14:36.309 finance. Moved to Columbus, Ohio. Right. And 00:14:36.309 --> 00:14:39.230 that cemented Ohio as their operational and administrative 00:14:39.230 --> 00:14:42.049 heart. It put them closer to their largest customer 00:14:42.049 --> 00:14:44.330 base and a lot of their major generation capacity. 00:14:45.000 --> 00:14:47.580 And then the final most defining corporate shift 00:14:47.580 --> 00:14:50.440 of the modern era was that massive merger around 00:14:50.440 --> 00:14:52.899 the turn of the millennium. It just dramatically 00:14:52.899 --> 00:14:55.899 changed their service territory. The 2000 merger 00:14:55.899 --> 00:14:58.700 with Central and Southwest Corporation, CSW, 00:14:58.779 --> 00:15:02.679 for $10 billion. It was transformational. This 00:15:02.679 --> 00:15:05.200 wasn't just an acquisition. No, it was a horizontal 00:15:05.200 --> 00:15:07.820 expansion that fundamentally changed AEP's entire 00:15:07.820 --> 00:15:11.039 identity. The deal brought in those four core 00:15:11.039 --> 00:15:14.179 CSW operating companies we talked about, Central 00:15:14.179 --> 00:15:16.980 Power and Light, West Texas Utilities, PSO in 00:15:16.980 --> 00:15:20.100 Oklahoma, and Swepsco. And that instantly expanded 00:15:20.100 --> 00:15:23.200 AEP's footprint deep into the Southwest. All 00:15:23.200 --> 00:15:25.100 of a sudden, their legacy Appalachian system 00:15:25.100 --> 00:15:27.159 was connected to the totally distinct energy 00:15:27.159 --> 00:15:29.580 landscape of Texas, Oklahoma, and Louisiana. 00:15:29.980 --> 00:15:32.519 It turned them from a Midwest and Appalachian 00:15:32.519 --> 00:15:36.899 giant into a true multi -regional behemoth. Hashtag, 00:15:36.899 --> 00:15:40.120 tag, tag, the energy mix, nuclear, coal, and 00:15:40.120 --> 00:15:42.960 early green efforts. Okay, so now that we have 00:15:42.960 --> 00:15:45.039 a handle on the geography, the structure, the 00:15:45.039 --> 00:15:48.679 history, let's look at what actually powers AEP's 00:15:48.679 --> 00:15:51.669 grid. The energy mix. And this portfolio really 00:15:51.669 --> 00:15:54.190 reflects a legacy utility in transition, which 00:15:54.190 --> 00:15:57.990 is often a very slow and fraught process. The 00:15:57.990 --> 00:16:00.190 mix is still very significantly influenced by 00:16:00.190 --> 00:16:02.009 traditional sources. I mean, that's just a reality 00:16:02.009 --> 00:16:04.409 given the scale of their operations. But AEP 00:16:04.409 --> 00:16:06.870 does stand out among many of its peers for its 00:16:06.870 --> 00:16:09.309 serious long term commitment to nuclear power 00:16:09.309 --> 00:16:11.870 as a baseload source. Let's talk about that nuclear 00:16:11.870 --> 00:16:14.029 commitment. Is it really a strategic choice for 00:16:14.029 --> 00:16:16.529 the future or is it just the cost of maintaining 00:16:16.529 --> 00:16:19.659 a valuable but old asset? I think it's both, 00:16:19.779 --> 00:16:22.139 but it's leaning heavily towards strategic value. 00:16:22.340 --> 00:16:25.019 Their entire nuclear profile centers on the ownership 00:16:25.019 --> 00:16:27.360 and operation of the Donald C. Cook Nuclear Power 00:16:27.360 --> 00:16:29.600 Plant. Which is in the Indiana -Michigan power, 00:16:29.820 --> 00:16:33.240 the INM territory. Correct. And that facility 00:16:33.240 --> 00:16:36.559 provides essential carbon -free power. It accounts 00:16:36.559 --> 00:16:39.039 for a noticeable 6 % of their total generation 00:16:39.039 --> 00:16:41.779 portfolio. And in an era where reducing carbon 00:16:41.779 --> 00:16:44.940 intensity is everything, that's a stable, reliable 00:16:44.940 --> 00:16:49.340 asset. It gives them 247 power without intermittency 00:16:49.340 --> 00:16:51.620 issues. Which is incredibly valuable for anyone 00:16:51.620 --> 00:16:53.659 trying to manage a grid. Absolutely. However, 00:16:53.840 --> 00:16:57.539 the overwhelming bulk of AEP's historical generation 00:16:57.539 --> 00:17:01.080 and thus its most complex legacy lies squarely 00:17:01.080 --> 00:17:03.360 in coal. That is the unavoidable truth when you 00:17:03.360 --> 00:17:06.529 discuss AEP. Their history. the location of their 00:17:06.529 --> 00:17:09.210 central system, it was all deeply intertwined 00:17:09.210 --> 00:17:11.769 with coal power plants. And this legacy has led 00:17:11.769 --> 00:17:14.410 to some major, very costly issues. Including 00:17:14.410 --> 00:17:16.430 one incident that actually involved the company 00:17:16.430 --> 00:17:18.609 buying out an entire town because of pollution. 00:17:19.450 --> 00:17:21.950 That anecdote is just striking. The sources mentioned 00:17:21.950 --> 00:17:24.009 that AEP bought much of the town of Cheshire, 00:17:24.089 --> 00:17:26.250 Ohio, because of pollution issues coming from 00:17:26.250 --> 00:17:28.690 the nearby Gavin power plant. It's hard to imagine 00:17:28.690 --> 00:17:30.650 a starker consequence of industrial operations. 00:17:31.009 --> 00:17:33.710 It is a devastating real -world consequence. 00:17:34.710 --> 00:17:36.890 Cheshire sits right next to the massive Gavin 00:17:36.890 --> 00:17:39.730 plant. The residents complained for years about 00:17:39.730 --> 00:17:43.089 continuous chemical odors, health problems, pervasive 00:17:43.089 --> 00:17:46.140 pollution. It just fundamentally destroyed their 00:17:46.140 --> 00:17:48.380 quality of life. So instead of fully mitigating 00:17:48.380 --> 00:17:50.640 the problem? They reached a $20 million deal 00:17:50.640 --> 00:17:54.519 in 2002 to purchase 114 properties. They essentially 00:17:54.519 --> 00:17:57.059 paid the town to dissolve. That single event 00:17:57.059 --> 00:17:59.480 just encapsulates the social contract failure 00:17:59.480 --> 00:18:02.259 that defines that high pollutant era of utility 00:18:02.259 --> 00:18:05.259 operations. So following that era, AEP was at 00:18:05.259 --> 00:18:07.740 least attempting to address this dilemma of high 00:18:07.740 --> 00:18:10.519 emissions while still trying to retain coal as 00:18:10.519 --> 00:18:13.099 a primary fuel source. What was the technology 00:18:13.099 --> 00:18:15.950 they proposed? In 2004, they announced these 00:18:15.950 --> 00:18:18.269 pretty ambitious plans to build what are called 00:18:18.269 --> 00:18:21.609 integrated gasification combined cycle or IGCC 00:18:21.609 --> 00:18:24.089 coal fired plants. What is that exactly? The 00:18:24.089 --> 00:18:26.710 IGCC process basically converts coal into a synthetic 00:18:26.710 --> 00:18:29.150 gas before you burn it. And that allows for easier 00:18:29.150 --> 00:18:31.069 removal of pollutants and it can potentially 00:18:31.069 --> 00:18:33.329 generate power more efficiently than just traditional 00:18:33.329 --> 00:18:35.589 coal burning. So it was a technological gamble. 00:18:35.829 --> 00:18:40.130 A huge gamble. An attempt to, you know, greenwash 00:18:40.130 --> 00:18:42.920 or at least clean up. The most abundant domestic 00:18:42.920 --> 00:18:45.460 fuel source. Yeah. Many of those projects were 00:18:45.460 --> 00:18:48.000 either canceled or stalled because of cost, but 00:18:48.000 --> 00:18:49.940 the initial plans show they were at least looking 00:18:49.940 --> 00:18:52.579 for technological solutions to their environmental 00:18:52.579 --> 00:18:55.539 rap sheet. This brings us to a period where AEP 00:18:55.539 --> 00:18:58.480 started showing some early, if maybe tentative, 00:18:58.680 --> 00:19:01.839 signs of incorporating greener tech, moving beyond 00:19:01.839 --> 00:19:04.359 just building massive power plants. You can even 00:19:04.359 --> 00:19:06.980 see it in their vehicle fleet. Exactly. Their 00:19:06.980 --> 00:19:09.880 early green efforts included expanding their 00:19:09.880 --> 00:19:12.680 service fleet with international Durastar hybrid 00:19:12.680 --> 00:19:15.619 diesel trucks. Now, it sounds like a small detail 00:19:15.619 --> 00:19:18.460 in a multibillion dollar company, but it showed 00:19:18.460 --> 00:19:21.410 an institutional awareness of efficiency. of 00:19:21.410 --> 00:19:23.130 trying to reduce the environmental footprint 00:19:23.130 --> 00:19:25.130 of their own maintenance and operations division. 00:19:25.410 --> 00:19:27.490 And they were surprisingly ahead of the curve 00:19:27.490 --> 00:19:29.829 in terms of grid integration with electric vehicles. 00:19:30.069 --> 00:19:32.930 That's a concept that is absolutely central to 00:19:32.930 --> 00:19:35.170 today's energy transition. This is fascinating 00:19:35.170 --> 00:19:38.049 foresight, really. They partnered with Ford on 00:19:38.049 --> 00:19:40.529 a vehicle -to -power grid communication system. 00:19:40.650 --> 00:19:42.769 And this is back when EVs were still a total 00:19:42.769 --> 00:19:45.369 novelty. What did this system do? It allowed 00:19:45.369 --> 00:19:47.529 hybrid vehicles to communicate directly with 00:19:47.529 --> 00:19:50.440 the power company. about critical factors, like 00:19:50.440 --> 00:19:52.740 where they were recharging, how long they planned 00:19:52.740 --> 00:19:55.480 to charge, and what the optimal cost and duration 00:19:55.480 --> 00:19:57.759 would be based on real -time grid conditions. 00:19:58.039 --> 00:20:00.619 So it was a very early attempt to manage the 00:20:00.619 --> 00:20:03.779 distributed load of future EVs. They were anticipating 00:20:03.779 --> 00:20:06.140 the challenge of Millions of vehicles suddenly 00:20:06.140 --> 00:20:08.400 plugging into the grid. It was very forward thinking. 00:20:08.599 --> 00:20:12.220 So beyond fleet efficiency and EV planning, AEP 00:20:12.220 --> 00:20:15.420 also made some early ventures into utility scale 00:20:15.420 --> 00:20:18.460 solar and wind generation. Yes, often through 00:20:18.460 --> 00:20:20.579 power purchase agreements or direct ownership. 00:20:20.880 --> 00:20:23.640 It signaled a recognition that the mix just had 00:20:23.640 --> 00:20:26.720 to change. Where did we see this first? We see 00:20:26.720 --> 00:20:28.779 clear evidence of this starting around the late 00:20:28.779 --> 00:20:31.599 2000s. They signed a deal to purchase power from 00:20:31.599 --> 00:20:33.940 the Wyandotte Solar Field in Upper Sandusky, 00:20:33.980 --> 00:20:35.980 Ohio. And at the time, that was one of the largest 00:20:35.980 --> 00:20:38.619 solar fields in the eastern U .S. It was. And 00:20:38.619 --> 00:20:40.660 they also directly entered the wind market by 00:20:40.660 --> 00:20:43.160 owning and operating facilities like the Desert 00:20:43.160 --> 00:20:45.579 Sky Wind Farm and the Trent Wind Farm. And they 00:20:45.579 --> 00:20:48.119 weren't just passively building renewables. They 00:20:48.119 --> 00:20:50.279 were actively studying the integration challenges 00:20:50.279 --> 00:20:53.099 for the entire eastern interconnection, recognizing 00:20:53.099 --> 00:20:56.009 their role as the transmission expert. Yes. In 00:20:56.009 --> 00:20:59.029 2009, AEP partnered with other major energy companies 00:20:59.029 --> 00:21:02.430 to commission this highly complex study. It focused 00:21:02.430 --> 00:21:04.789 on the logistics of moving wind energy generated 00:21:04.789 --> 00:21:07.349 in the upper Midwest effectively to consumers 00:21:07.349 --> 00:21:10.390 out east. So this duality is really key. It is. 00:21:10.930 --> 00:21:14.269 AEP is focused on investing in renewables, but 00:21:14.269 --> 00:21:16.450 their primary concern is always the overarching 00:21:16.450 --> 00:21:19.250 transmission challenge. How do you integrate 00:21:19.250 --> 00:21:22.630 these intermittent resources into the UHV network 00:21:22.630 --> 00:21:25.220 that they built their empire on? Hashtag tech 00:21:25.220 --> 00:21:27.880 tag ambition, conflict and canceled mega projects. 00:21:28.099 --> 00:21:29.700 OK, here's where it gets really interesting and 00:21:29.700 --> 00:21:32.359 where it reveals the high stakes political and 00:21:32.359 --> 00:21:34.599 regulatory world that these utilities live in. 00:21:34.660 --> 00:21:37.519 We're moving from stable operations and incremental 00:21:37.519 --> 00:21:40.599 green efforts to massive headline grabbing ambitions 00:21:40.599 --> 00:21:43.160 that more often than not have been blocked by 00:21:43.160 --> 00:21:45.359 regulatory and economic headwinds. This is the 00:21:45.359 --> 00:21:47.619 part of the story that reveals the immense difficulty 00:21:47.619 --> 00:21:50.920 and the high cost reality of modernizing a huge 00:21:50.920 --> 00:21:54.170 utility. A single regulatory decision. can wipe 00:21:54.170 --> 00:21:56.750 out billions of dollars in planned investment. 00:21:56.890 --> 00:21:58.990 And a perfect place to start is the most recent 00:21:58.990 --> 00:22:01.630 setback, the attempted sale of Kentucky Power. 00:22:01.789 --> 00:22:04.730 Right. This is a proposed $2 .8 billion sale 00:22:04.730 --> 00:22:07.910 of their Kentucky Power subsidiary to Liberty 00:22:07.910 --> 00:22:10.809 Utilities, which is part of Algonquin Power and 00:22:10.809 --> 00:22:13.490 Utilities. This deal was announced in 2021 and 00:22:13.490 --> 00:22:16.329 it... dragged on for almost two years. So first, 00:22:16.529 --> 00:22:18.569 why did AAP want to sell in the first place? 00:22:18.710 --> 00:22:20.690 Well, from their perspective, they wanted to 00:22:20.690 --> 00:22:23.829 divest a capital intensive asset that was frankly 00:22:23.829 --> 00:22:26.150 struggling in a declining coal dependent region. 00:22:26.529 --> 00:22:29.369 The idea was to reallocate that capital somewhere 00:22:29.369 --> 00:22:31.369 else in their system. And the opposition was 00:22:31.369 --> 00:22:33.890 immediate. Immediate and strong. The Kentucky 00:22:33.890 --> 00:22:37.420 attorney general. local lawmakers, they were 00:22:37.420 --> 00:22:39.859 intensely worried about the impact on customers. 00:22:40.299 --> 00:22:42.440 Specifically, they feared that the new owner, 00:22:42.579 --> 00:22:44.660 Liberty Utilities, would be less accountable 00:22:44.660 --> 00:22:47.740 to local interests. And that the sale, which 00:22:47.740 --> 00:22:50.420 was intended to generate a profit for AEP shareholders, 00:22:50.940 --> 00:22:53.460 would just inevitably result in skyrocketing 00:22:53.460 --> 00:22:56.619 rates for Kentucky customers. Exactly. And even 00:22:56.619 --> 00:22:58.720 after the Kentucky State Commission offered a 00:22:58.720 --> 00:23:01.660 kind of conditional approval, the final roadblock 00:23:01.660 --> 00:23:04.740 came from the federal level. specifically from 00:23:04.740 --> 00:23:07.700 FRC, the Federal Energy Regulatory Commission. 00:23:08.000 --> 00:23:10.059 And that's the critical element that killed the 00:23:10.059 --> 00:23:14.440 deal. In December of 2022, FERC refused approval. 00:23:14.680 --> 00:23:17.000 And their reasoning was pretty damning. It was. 00:23:17.460 --> 00:23:20.759 FERC stated that AEP and Liberty did not provide 00:23:20.759 --> 00:23:22.839 enough evidence to show the deal wouldn't have 00:23:22.839 --> 00:23:25.660 an adverse effect on ratepayers. In other words. 00:23:26.160 --> 00:23:28.460 AEP couldn't prove that its customers wouldn't 00:23:28.460 --> 00:23:30.519 suffer from the deal. So after a final failed 00:23:30.519 --> 00:23:33.140 reapplication, AEP and Liberty announced the 00:23:33.140 --> 00:23:36.039 termination of the $2 .8 billion sale in April 00:23:36.039 --> 00:23:39.079 2023. It just demonstrates the immense scrutiny 00:23:39.079 --> 00:23:41.380 that utilities face when they try these major 00:23:41.380 --> 00:23:43.819 divestitures, especially if the perception is 00:23:43.819 --> 00:23:46.059 that the sale is prioritizing shareholder profit 00:23:46.059 --> 00:23:49.410 over rate pair stability. Absolutely. Now let's 00:23:49.410 --> 00:23:52.109 look a bit further back to a massive multi -state 00:23:52.109 --> 00:23:54.970 transmission project that really exemplifies 00:23:54.970 --> 00:24:00.190 AEP's ambitious UHV culture. PATH, the Potomac 00:24:00.190 --> 00:24:02.519 Appalachian Transmission Highline Proposal. The 00:24:02.519 --> 00:24:05.099 PATH proposal, launched around 2007, was just 00:24:05.099 --> 00:24:07.740 colossal in scope and cost. It was intended to 00:24:07.740 --> 00:24:12.359 be a 290 -mile, 765 -kilovolt transmission line, 00:24:12.460 --> 00:24:14.599 their specialty running through West Virginia, 00:24:14.700 --> 00:24:16.500 Virginia, and Maryland. And the initial price 00:24:16.500 --> 00:24:20.119 tag was already huge. $1 .8 billion, which quickly 00:24:20.119 --> 00:24:23.680 swelled to $2 .1 billion by 2011. The idea was 00:24:23.680 --> 00:24:26.000 simple. Build a new electrical superhighway to 00:24:26.000 --> 00:24:28.500 relieve congestion on the grid and open up pathways 00:24:28.500 --> 00:24:30.970 for new power sources. So what were the benefits 00:24:30.970 --> 00:24:33.710 that AEP promised regulators and the public to 00:24:33.710 --> 00:24:35.869 justify that enormous expense? They promised 00:24:35.869 --> 00:24:37.910 significant environmental and economic benefits. 00:24:38.069 --> 00:24:40.529 They projected that this new line and its associated 00:24:40.529 --> 00:24:43.890 technology would reduce CO2 emissions by 380 00:24:43.890 --> 00:24:47.009 ,000 short tons annually just by enabling more 00:24:47.009 --> 00:24:49.250 efficient energy flows. And crucially, they argued 00:24:49.250 --> 00:24:51.269 it was necessary to transmit massive amounts 00:24:51.269 --> 00:24:53.250 of future renewable energy. Right, things like 00:24:53.250 --> 00:24:56.470 wind and solar to eastern markets. And of course, 00:24:56.490 --> 00:24:59.269 they claimed it would create 5 ,700 construction 00:24:59.269 --> 00:25:02.410 jobs. Sounds like a powerful argument, clean 00:25:02.410 --> 00:25:05.390 energy and jobs. So why did this $2 .1 billion 00:25:05.390 --> 00:25:09.170 project never get built? Well, despite the claim 00:25:09.170 --> 00:25:11.410 benefits, the project faced overwhelming local 00:25:11.410 --> 00:25:14.509 disputes, right -of -way battles, and legal hurdles 00:25:14.509 --> 00:25:16.769 from landowners and environmental groups who 00:25:16.769 --> 00:25:20.630 just did not want these massive 765 QOV lines 00:25:20.630 --> 00:25:23.279 crossing their property. But the final nail in 00:25:23.279 --> 00:25:25.240 the coffin came from the market operator. Yes. 00:25:25.779 --> 00:25:28.039 PJM Interconnection, which is the regional grid 00:25:28.039 --> 00:25:30.460 operator for the Mid -Atlantic, officially removed 00:25:30.460 --> 00:25:32.880 PATH from its long -range expansion plans in 00:25:32.880 --> 00:25:36.359 August 2012. And their reason was purely economic. 00:25:36.759 --> 00:25:39.440 Purely pragmatic. The Great Recession had slowed 00:25:39.440 --> 00:25:42.000 the economy, and that reduced the projected growth 00:25:42.000 --> 00:25:44.930 in electricity use. The need for that specific 00:25:44.930 --> 00:25:47.970 massive expenditure just vanished. It proves 00:25:47.970 --> 00:25:50.349 that grid planning is highly sensitive to macroeconomic 00:25:50.349 --> 00:25:52.789 trends. So moving from transmission ambition 00:25:52.789 --> 00:25:54.990 to generation ambition, we have to talk about 00:25:54.990 --> 00:25:58.029 the windcatcher saga. This was maybe AEP's most 00:25:58.029 --> 00:26:01.309 dramatic recent clean energy failure. Oh, windcatcher. 00:26:02.029 --> 00:26:05.250 Announced in 2017, it represented this massive 00:26:05.250 --> 00:26:08.190 bet on renewable energy ownership. It was planned 00:26:08.190 --> 00:26:11.829 as a $4 .5 billion, 2 ,000 megawatt wind farm. 00:26:11.930 --> 00:26:15.109 On a sprawling 300 ,000 acre site in the Oklahoma 00:26:15.109 --> 00:26:17.730 Panhandle. It was supposed to be one of the world's 00:26:17.730 --> 00:26:21.369 largest wind farms. It was. And AEP subsidiaries, 00:26:21.390 --> 00:26:24.890 PSO and SWEPSO, sought regulatory approval to 00:26:24.890 --> 00:26:26.769 basically purchase the farm from the developer. 00:26:27.210 --> 00:26:29.750 Invenergy once construction was complete. A $4 00:26:29.750 --> 00:26:33.140 .5 billion commitment is just enormous. But the 00:26:33.140 --> 00:26:35.680 regulatory approval process was essentially a 00:26:35.680 --> 00:26:38.099 multi -state regulatory cage match, wasn't it? 00:26:38.160 --> 00:26:39.839 That's a great way to put it, because the power 00:26:39.839 --> 00:26:41.880 would flow to customers in four states, Louisiana, 00:26:42.240 --> 00:26:44.880 Arkansas, Texas, and Oklahoma. They needed approval 00:26:44.880 --> 00:26:47.200 from all four regulatory bodies. And that's where 00:26:47.200 --> 00:26:49.140 things went wrong. They gained traction in some 00:26:49.140 --> 00:26:51.440 areas, but the project ran into intense opposition, 00:26:51.759 --> 00:26:54.220 especially in Texas. REIT payers and consumer 00:26:54.220 --> 00:26:56.599 advocates argued that the financial risk of building 00:26:56.599 --> 00:26:59.539 such a massive, distant project, plus the cost 00:26:59.539 --> 00:27:02.059 of connecting it to the grid, was being unfairly 00:27:02.190 --> 00:27:04.269 pushed onto customers, not shareholders. And 00:27:04.269 --> 00:27:06.849 Texas, where AEP has significant operations, 00:27:07.210 --> 00:27:09.650 became the fatal flaw. The Texas Public Utility 00:27:09.650 --> 00:27:12.569 Commission ultimately denied the proposal. That 00:27:12.569 --> 00:27:16.210 single regulatory failure caused a cascade. As 00:27:16.210 --> 00:27:18.630 a result of the opposition and the denied approval, 00:27:18.930 --> 00:27:21.369 AEP realized the project was just not viable 00:27:21.369 --> 00:27:25.009 as planned. And the entire $4 .5 billion endeavor 00:27:25.009 --> 00:27:28.720 was canceled in July 2018. A powerful lesson 00:27:28.720 --> 00:27:31.240 in how multistate regulation can halt even the 00:27:31.240 --> 00:27:33.819 largest capital projects. So we have a clear 00:27:33.819 --> 00:27:36.279 pattern here of these massive capital -intensive 00:27:36.279 --> 00:27:38.740 projects failing because of regulatory hurdles 00:27:38.740 --> 00:27:41.660 or shifting economics. But AEP eventually learned 00:27:41.660 --> 00:27:43.480 from these painful setbacks, didn't they? They 00:27:43.480 --> 00:27:46.279 did. And that leads to a successful, large -scale 00:27:46.279 --> 00:27:48.619 wind project that really highlights a more flexible, 00:27:48.799 --> 00:27:51.339 smarter approach. The North Central Energy Facility's 00:27:51.339 --> 00:27:54.380 NCEF. That's the critical contrast. This project, 00:27:54.440 --> 00:27:57.140 approved between 2020 and 2022, is a little smaller. 00:27:57.200 --> 00:28:01.140 totaling 1 ,485 megawatts, and it was split between 00:28:01.140 --> 00:28:03.779 PSO and Swepsco. So what was the key difference? 00:28:03.880 --> 00:28:06.319 What allowed NCEF to succeed where Windcatcher, 00:28:06.440 --> 00:28:09.019 which was similar in size, failed so spectacularly? 00:28:09.140 --> 00:28:12.539 Three things. Scalability, flexibility, and infrastructure 00:28:12.539 --> 00:28:15.640 leverage. The biggest flaw of Windcatcher was 00:28:15.640 --> 00:28:18.460 the cost and controversy of that new, massive 00:28:18.460 --> 00:28:22.140 765 kilovolt transmission line they needed to 00:28:22.140 --> 00:28:25.369 move to power. Right. The NCEF facilities, by 00:28:25.369 --> 00:28:28.349 contrast, were specifically sited near existing 00:28:28.349 --> 00:28:31.750 PSO and SWEVQ transmission systems. So that significantly 00:28:31.750 --> 00:28:34.369 reduced complexity and cost. And the need for 00:28:34.369 --> 00:28:36.890 new rights of way. It just made the whole project 00:28:36.890 --> 00:28:39.569 infinitely more palatable to skeptical regulators. 00:28:39.970 --> 00:28:42.329 But even the successful project was subject to 00:28:42.329 --> 00:28:44.710 that complex state by state regulatory environment. 00:28:44.970 --> 00:28:47.390 They didn't get 100 percent approval across the 00:28:47.390 --> 00:28:49.250 board. And that's a testament to the persistent 00:28:49.250 --> 00:28:51.690 difficulty. The project was approved by Oklahoma, 00:28:51.950 --> 00:28:55.730 Arkansas. which took 268 megawatts, and Louisiana, 00:28:55.869 --> 00:28:59.130 which took 464. But Texas said no again. The 00:28:59.130 --> 00:29:02.430 Texas PEC denied its 309 megawatt share, citing 00:29:02.430 --> 00:29:05.109 similar concerns about ratepayer impact. But 00:29:05.109 --> 00:29:07.549 crucially, because NCEF was designed to be modular, 00:29:07.910 --> 00:29:10.589 PSO and Swepco simply went forward with the approved 00:29:10.589 --> 00:29:13.130 portions instead of abandoning the entire venture. 00:29:13.269 --> 00:29:15.470 That flexibility allowed them to actually complete 00:29:15.470 --> 00:29:18.789 the three major wind farms. Sundance, Maverick, 00:29:18.789 --> 00:29:22.170 and Traverse, which at 999 megawatts is the largest. 00:29:22.730 --> 00:29:24.829 They proved they could build big, but they had 00:29:24.829 --> 00:29:28.029 to learn to build smart and surgically. Hashtag 00:29:28.029 --> 00:29:30.150 tag, tag, tag, the environmental ledger and regulatory 00:29:30.150 --> 00:29:32.789 battles. This successful pivot toward utility 00:29:32.789 --> 00:29:35.069 -scale wind is really essential context because 00:29:35.069 --> 00:29:37.250 AEP's environmental record is one of the most 00:29:37.250 --> 00:29:39.970 scrutinized aspects of its operations, and it 00:29:39.970 --> 00:29:42.410 stems directly from that historical reliance 00:29:42.410 --> 00:29:44.470 on the coal -fired central system we discussed 00:29:44.470 --> 00:29:47.150 earlier. This is the heavy price of their pioneering 00:29:47.150 --> 00:29:49.319 infrastructure. And we really have to put this 00:29:49.319 --> 00:29:51.619 environmental history into measurable context 00:29:51.619 --> 00:29:54.039 first. When you talk about the sheer impact, 00:29:54.319 --> 00:29:57.700 one key source cited the Political Economy Research 00:29:57.700 --> 00:30:00.700 Institute. And they ranked AEP as, what, 55th 00:30:00.700 --> 00:30:03.099 among corporations emitting airborne pollutants 00:30:03.099 --> 00:30:05.200 in the U .S.? That's right. And the sheer quantity 00:30:05.200 --> 00:30:07.940 of toxic air we're talking about is just immense. 00:30:08.119 --> 00:30:10.480 What were the numbers? In 2018 alone, the quantity 00:30:10.480 --> 00:30:14.819 was 2 .24 billion pounds. Billion with a B. Yes. 00:30:15.339 --> 00:30:18.740 That's over one million tons of toxic air released 00:30:18.740 --> 00:30:21.460 in a single year. And the major pollutants are 00:30:21.460 --> 00:30:24.759 nasty industrial byproducts, sulfuric and hydrochloric 00:30:24.759 --> 00:30:27.819 acids, heavy metals like chromium, manganese, 00:30:27.819 --> 00:30:29.940 and nickel compounds. The kind of materials that 00:30:29.940 --> 00:30:32.519 require immense, expensive mitigation efforts 00:30:32.519 --> 00:30:35.400 today. Exactly. And the broader societal impact 00:30:35.400 --> 00:30:38.039 of these emissions is huge, particularly for 00:30:38.039 --> 00:30:40.599 the eastern U .S., which sits downwind of the 00:30:40.599 --> 00:30:42.559 Ohio River Valley. Right. The pollution doesn't 00:30:42.559 --> 00:30:45.019 stay put. Not at all. The environmental footprint 00:30:45.019 --> 00:30:47.660 extends far beyond the fence line of the plants. 00:30:48.160 --> 00:30:51.400 AEP and similar power plants collectively account 00:30:51.400 --> 00:30:55.180 for nearly 70 % of sulfur dioxide, SO2 emissions 00:30:55.180 --> 00:30:58.619 each year, and 30 % of nitrogen oxides or non 00:30:58.619 --> 00:31:01.299 -ox. And both of those cause serious respiratory 00:31:01.299 --> 00:31:04.480 damage. They do. But when they combine with moisture 00:31:04.480 --> 00:31:06.440 in the atmosphere, They fall back to Earth as 00:31:06.440 --> 00:31:09.240 acid rain, which damages ecosystems, forests, 00:31:09.400 --> 00:31:11.400 and human -made structures all across the Northeast. 00:31:11.640 --> 00:31:14.019 This decades -long record of high emissions is 00:31:14.019 --> 00:31:15.960 what eventually led to one of the most significant 00:31:15.960 --> 00:31:18.000 legal battles in the history of the Clean Air 00:31:18.000 --> 00:31:21.180 Act. This was a major regulatory reckoning. We're 00:31:21.180 --> 00:31:23.420 talking about the landmark lawsuit filed by the 00:31:23.420 --> 00:31:26.259 U .S. Justice Department on November 3, 1999. 00:31:27.019 --> 00:31:29.680 And it was against AEP and six other power companies. 00:31:29.920 --> 00:31:33.140 Right. And the DOJ alleged that AEP had undertaken 00:31:33.140 --> 00:31:35.579 major renovations to its coal plants without 00:31:35.579 --> 00:31:38.440 installing modern pollution controls, which was 00:31:38.440 --> 00:31:40.799 a clear violation of the Clean Air Act's new 00:31:40.799 --> 00:31:43.680 source review provisions. This was a massive 00:31:43.680 --> 00:31:45.900 legal challenge that dragged on for eight years. 00:31:46.160 --> 00:31:48.759 So what were the final staggering terms of the 00:31:48.759 --> 00:31:51.920 settlement, which was reached in 2007? The settlement, 00:31:52.059 --> 00:31:56.059 finalized in October 2007, forced AEP to commit 00:31:56.059 --> 00:32:00.079 a staggering $4 .6 billion to install state -of 00:32:00.079 --> 00:32:01.799 -the -art pollution control equipment across 00:32:01.799 --> 00:32:04.180 their fleet. And that wasn't a fine. That was 00:32:04.180 --> 00:32:06.240 mandatory infrastructure, Smith. It was a fundamental 00:32:06.240 --> 00:32:08.309 change in their operational budgeting. And on 00:32:08.309 --> 00:32:10.569 top of that, they face direct financial penalties, 00:32:10.710 --> 00:32:14.690 a $15 million civil fine, plus a commitment of 00:32:14.690 --> 00:32:17.630 $60 million total for various environmental projects 00:32:17.630 --> 00:32:19.730 and mitigation efforts in the affected communities. 00:32:19.930 --> 00:32:22.150 And what was the tangible environmental result 00:32:22.150 --> 00:32:24.529 of that massive settlement? The company committed 00:32:24.529 --> 00:32:27.950 to cutting 813 ,000 short tons of air pollutants 00:32:27.950 --> 00:32:30.519 annually. And the agreement was highly specific. 00:32:30.779 --> 00:32:34.259 It placed emission caps on 16 coal plants across 00:32:34.259 --> 00:32:38.019 five core AEP states, West Virginia, Kentucky, 00:32:38.380 --> 00:32:41.960 Virginia, Ohio, and Indiana. So this lawsuit 00:32:41.960 --> 00:32:44.299 fundamentally changed the economics of their 00:32:44.299 --> 00:32:47.140 entire coal fleet. It forced them to either modernize 00:32:47.140 --> 00:32:49.859 these facilities at massive cost or eventually 00:32:49.859 --> 00:32:52.519 just retire them. In more recent years, perhaps 00:32:52.519 --> 00:32:55.019 hastened by those multibillion -dollar penalties, 00:32:55.500 --> 00:32:58.619 AEP has moved to set some aggressive long -term 00:32:58.619 --> 00:33:01.500 carbon reduction goals. It signals a clear shift 00:33:01.500 --> 00:33:03.940 away from that high -pollutant legacy. Their 00:33:03.940 --> 00:33:06.079 initial long -term goal, announced around 2018, 00:33:06.420 --> 00:33:09.160 was to reduce carbon emissions by 80 % by 2050. 00:33:09.480 --> 00:33:11.200 And they'd do that primarily through retiring 00:33:11.200 --> 00:33:13.740 coal and ramping up renewables, natural gas, 00:33:13.920 --> 00:33:16.299 and energy efficiency programs. Right. And more 00:33:16.299 --> 00:33:18.180 recently, they've sharpened that target. They 00:33:18.180 --> 00:33:20.779 are now aiming for net zero emissions by 2045. 00:33:21.180 --> 00:33:23.599 And their reported progress shows a significant 00:33:23.599 --> 00:33:26.579 accelerated downward trend in carbon output in 00:33:26.579 --> 00:33:28.819 a really short time frame. The numbers confirm 00:33:28.819 --> 00:33:32.200 the seriousness of the shift. Their total CO2 00:33:32.200 --> 00:33:34.660 equivalent emissions dropped dramatically from 00:33:34.660 --> 00:33:38.740 over 91 ,000 kilotons in 2017 down to under 50 00:33:38.740 --> 00:33:42.119 ,000 in 2020. So that's a reduction of over 45 00:33:42.119 --> 00:33:45.829 percent in just three years. It is. And that 00:33:45.829 --> 00:33:48.390 rapid reduction is primarily a result of retiring 00:33:48.390 --> 00:33:51.369 some of the most carbon intensive capacity. It 00:33:51.369 --> 00:33:53.910 proves that massive cuts are possible when economic 00:33:53.910 --> 00:33:57.269 and regulatory pressure align. And finally, as 00:33:57.269 --> 00:33:59.049 part of this environmental evolution, they're 00:33:59.049 --> 00:34:01.390 not just dealing with generation. They're actively 00:34:01.390 --> 00:34:03.650 trying to shape the future of transportation 00:34:03.650 --> 00:34:06.349 within their service territories because they 00:34:06.349 --> 00:34:09.210 recognize EVs as a growing source of load. Right. 00:34:09.269 --> 00:34:11.210 The source notes their forward looking $10 million 00:34:11.210 --> 00:34:14.289 program in Ohio, which launched in 2018. The 00:34:14.289 --> 00:34:16.389 program was designed to incentivize the installation 00:34:16.389 --> 00:34:18.949 of EV infrastructure across the state. Aiming 00:34:18.949 --> 00:34:22.769 for up to 375 charging stations. Exactly. And 00:34:22.769 --> 00:34:24.690 this aligns with the broader utility strategy 00:34:24.690 --> 00:34:28.329 to spur EV adoption, which increases future electricity 00:34:28.329 --> 00:34:31.889 demand while also helping to manage the new electric 00:34:31.889 --> 00:34:35.210 load that those vehicles represent. Hashtag, 00:34:35.210 --> 00:34:37.929 hashtag, contradictory actions. The anti -solar 00:34:37.929 --> 00:34:41.380 stance. So we've established that AEP is this 00:34:41.380 --> 00:34:43.880 complex giant. It's investing billions in clean 00:34:43.880 --> 00:34:45.920 energy infrastructure, successfully building 00:34:45.920 --> 00:34:48.679 utility scale wind, and facing these massive 00:34:48.679 --> 00:34:50.880 regulatory penalties for its polluting past. 00:34:51.320 --> 00:34:54.099 But now we have to address the central, defining 00:34:54.099 --> 00:34:56.579 contradiction that runs through all of their 00:34:56.579 --> 00:34:59.559 recent regulatory efforts. This is the most fascinating 00:34:59.559 --> 00:35:02.000 tension point in the source material. Despite 00:35:02.000 --> 00:35:04.539 investing in their own large solar and wind farms, 00:35:04.679 --> 00:35:06.519 you know, centralized assets that they control, 00:35:06.739 --> 00:35:09.940 AEP has received significant persistent criticism 00:35:09.940 --> 00:35:12.500 for actively fighting smaller distributed energy. 00:35:12.800 --> 00:35:15.480 Specifically rooftop solar. In nearly every state 00:35:15.480 --> 00:35:17.639 they operate in. This is that zero -sum question 00:35:17.639 --> 00:35:20.179 you raised earlier. AEP's strategy appears to 00:35:20.179 --> 00:35:22.559 be one of supporting the energy transition only 00:35:22.559 --> 00:35:24.539 when it maintains their centralized control of 00:35:24.539 --> 00:35:26.980 generation and transmission assets. And the criticism 00:35:26.980 --> 00:35:38.420 spans a wide geographic area. Louisiana. It reveals 00:35:38.420 --> 00:35:41.000 this calculated business philosophy that sees 00:35:41.000 --> 00:35:43.760 decentralized generation as the fundamental threat 00:35:43.760 --> 00:35:46.139 to their traditional monopoly structure. Let's 00:35:46.139 --> 00:35:48.340 focus on the Oklahoma example because that's... 00:35:48.539 --> 00:35:50.699 Perhaps the clearest legislative victory for 00:35:50.699 --> 00:35:52.860 the anti -solar movement that was backed by AEP, 00:35:53.139 --> 00:35:56.059 their subsidiary, PSO, was directly involved 00:35:56.059 --> 00:35:58.760 in pushing this policy. Very involved. In 2014, 00:35:59.039 --> 00:36:01.880 the Oklahoma governor signed an AEP -backed bill 00:36:01.880 --> 00:36:04.800 into law. And this legislation just fundamentally 00:36:04.800 --> 00:36:07.239 targeted the economics of rooftop solar. How 00:36:07.239 --> 00:36:09.840 did it do that? It explicitly added a mandatory 00:36:09.840 --> 00:36:12.579 fixed charge or tax onto anyone in the state 00:36:12.579 --> 00:36:15.239 who adopted rooftop solar. This fee was independent 00:36:15.239 --> 00:36:17.079 of how much power they actually drew from the 00:36:17.079 --> 00:36:18.679 grid. So the effect was immediate. It just added 00:36:18.679 --> 00:36:20.860 a financial burden. It significantly extended 00:36:20.860 --> 00:36:23.300 the payback period for a homeowner's solar investment. 00:36:23.440 --> 00:36:25.440 It made distributed solar much less financially 00:36:25.440 --> 00:36:27.559 attractive and just slowed adoption to a crawl. 00:36:27.920 --> 00:36:30.460 And a similar pattern of this calculated policy 00:36:30.460 --> 00:36:33.760 maneuvering emerged in the Swepsy territory in 00:36:33.760 --> 00:36:36.900 Louisiana and Arkansas. It shows this concerted 00:36:36.900 --> 00:36:39.920 multi -year attempt to eliminate key distributed 00:36:39.920 --> 00:36:43.219 generation policies. Right. Swepsy made repeated 00:36:43.219 --> 00:36:47.219 attempts between 2013 and 2014 to eliminate net 00:36:47.219 --> 00:36:49.860 metering policy at the Louisiana Public Service 00:36:49.860 --> 00:36:53.210 Commission. the LPSC. And net metering is the 00:36:53.210 --> 00:36:55.650 policy that allows residential solar owners to 00:36:55.650 --> 00:36:57.869 get credited for the excess energy they push 00:36:57.869 --> 00:37:00.230 back onto the grid. Usually at or near the retail 00:37:00.230 --> 00:37:03.570 rate. For utility, net metering reduces revenue 00:37:03.570 --> 00:37:06.280 and it introduces variability. forcing them to 00:37:06.280 --> 00:37:09.519 manage decentralized supply. So Swepco's persistence, 00:37:09.800 --> 00:37:11.980 even though they failed each time, highlights 00:37:11.980 --> 00:37:14.639 how fundamentally opposed they are to this model. 00:37:14.800 --> 00:37:17.820 Even as they embrace utility -scale solar, where 00:37:17.820 --> 00:37:19.880 they can control the price and the flow of electrons. 00:37:20.159 --> 00:37:22.199 And these policy battles carried significant 00:37:22.199 --> 00:37:24.679 political implications, didn't they? It led to 00:37:24.679 --> 00:37:26.599 further criticism about the connection between 00:37:26.599 --> 00:37:29.159 AET's regulatory influence and its political 00:37:29.159 --> 00:37:31.380 funding. This is where the policy discussion 00:37:31.380 --> 00:37:34.860 bleeds into political influence. SWEPSA was specifically 00:37:34.860 --> 00:37:37.699 criticized for backing an openly anti -solar 00:37:37.699 --> 00:37:40.619 candidate, Eric Scrimetta, for his seat on the 00:37:40.619 --> 00:37:44.179 LPSC. And this candidate in turn faced wider 00:37:44.179 --> 00:37:47.119 public criticism. For allegedly receiving two 00:37:47.119 --> 00:37:49.840 thirds of his total campaign contributions from 00:37:49.840 --> 00:37:52.360 the very entities he was responsible for regulating. 00:37:52.579 --> 00:37:55.480 Wow. This dynamic shows how utilities attempt 00:37:55.480 --> 00:37:57.980 to influence the composition of regulatory bodies 00:37:57.980 --> 00:38:00.500 to ensure they get sympathetic ears when they're 00:38:00.500 --> 00:38:02.480 arguing for policies that restrict competition 00:38:02.480 --> 00:38:05.519 from smaller scale energy providers like residential 00:38:05.519 --> 00:38:08.199 solar. It's a calculated use of political capital 00:38:08.199 --> 00:38:10.920 to protect the centralized business model. Exactly. 00:38:10.989 --> 00:38:13.889 And finally, this dedication to centralized control 00:38:13.889 --> 00:38:16.630 is underscored by their attempts to recover costs 00:38:16.630 --> 00:38:19.570 on legacy fossil fuel assets, even while they're 00:38:19.570 --> 00:38:22.150 investing in large -scale renewables. The sources 00:38:22.150 --> 00:38:24.670 highlight the controversy around the cost burden 00:38:24.670 --> 00:38:27.960 of past coal projects in Arkansas. Right. In 00:38:27.960 --> 00:38:31.000 2015, Swepsco intended to ask Arkansas regulators 00:38:31.000 --> 00:38:33.539 for permission to pass along the costs of building 00:38:33.539 --> 00:38:36.300 and running the John W. Turk Jr. coal plant, 00:38:36.440 --> 00:38:38.719 which was described as the state's most expensive 00:38:38.719 --> 00:38:41.659 project in history. Directly to Arkansas ratepayers. 00:38:41.940 --> 00:38:44.159 A request that was guaranteed to be controversial. 00:38:44.539 --> 00:38:46.659 It was an attempt to make customers shoulder 00:38:46.659 --> 00:38:49.440 the financial risk of a massive, long -lived 00:38:49.440 --> 00:38:52.440 fossil fuel asset. rather than accepting stranded 00:38:52.440 --> 00:38:55.480 costs or absorbing them as a business risk. So 00:38:55.480 --> 00:38:58.059 these actions, when you view them alongside the 00:38:58.059 --> 00:39:00.900 anti -solar campaign, reveal this highly polarized 00:39:00.900 --> 00:39:03.500 business model. It's a model dedicated to recovering 00:39:03.500 --> 00:39:06.340 costs from owned centralized assets, regardless 00:39:06.340 --> 00:39:09.699 of the energy source. Hashtag, tag, hashtag outro. 00:39:09.920 --> 00:39:11.840 So let's bring this deep dive back together. 00:39:12.349 --> 00:39:14.789 We've mapped the colossal financial and geographic 00:39:14.789 --> 00:39:17.389 footprint of American Electric Power, a company 00:39:17.389 --> 00:39:19.510 that provides nearly 10 % of the electricity 00:39:19.510 --> 00:39:21.889 in the eastern U .S. A company that pioneered 00:39:21.889 --> 00:39:23.829 the essential ultra -high voltage transmission 00:39:23.829 --> 00:39:26.710 lines that define our modern grid and whose assets 00:39:26.710 --> 00:39:30.230 are valued at over $100 billion. We've seen their 00:39:30.230 --> 00:39:33.750 deep, complex history. From that efficiency breakthrough 00:39:33.750 --> 00:39:37.489 of steam reheat plants in 1923 to the massive, 00:39:37.550 --> 00:39:40.630 defining corporate expansion with the CSW merger 00:39:40.630 --> 00:39:43.639 in 2000. And we've tracked the immense costly 00:39:43.639 --> 00:39:46.059 tension in their environmental legacy. I mean, 00:39:46.079 --> 00:39:49.019 absorbing $4 .6 billion in mandatory cleanup 00:39:49.019 --> 00:39:51.960 expenses from the DOJ for past pollution. While 00:39:51.960 --> 00:39:54.599 simultaneously committing to net zero by 2045 00:39:54.599 --> 00:39:57.559 and successfully navigating the regulatory maze 00:39:57.559 --> 00:40:00.860 to build large wind farms like NCEF. But the 00:40:00.860 --> 00:40:03.980 truly fascinating and maybe the defining contradiction 00:40:03.980 --> 00:40:07.659 is laid bare in their policy stance. AEP is an 00:40:07.659 --> 00:40:09.820 indispensable manager of essential centralized 00:40:09.820 --> 00:40:12.380 infrastructure. But it operates under the constant 00:40:12.380 --> 00:40:14.579 shadow of these high stakes project failures, 00:40:14.880 --> 00:40:18.300 PATH, Windcatcher, the Kentucky sale, and a heavily 00:40:18.300 --> 00:40:21.320 scrutinized regulatory record of actively campaigning 00:40:21.320 --> 00:40:23.320 against distributed energy like rooftop solar 00:40:23.320 --> 00:40:26.320 across seven states. When you really synthesize 00:40:26.320 --> 00:40:28.460 the totality of the source material, the core 00:40:28.460 --> 00:40:30.329 conflict is not between clean and dirty energy. 00:40:30.469 --> 00:40:33.050 It's a high stakes, multi -billion dollar battle 00:40:33.050 --> 00:40:35.650 over the architecture of the grid itself. That's 00:40:35.650 --> 00:40:38.550 a great way to put it. Is AEP's future about 00:40:38.550 --> 00:40:41.630 managing centralized high voltage flows across 00:40:41.630 --> 00:40:46.230 their vast 765 kiloville network? Or will it 00:40:46.230 --> 00:40:48.969 be forced to adapt to a decentralized, democratized 00:40:48.969 --> 00:40:51.610 system where customers also become suppliers 00:40:51.610 --> 00:40:54.360 through rooftop generation? And their actions, 00:40:54.460 --> 00:40:56.920 investing heavily in massive wind and transmission 00:40:56.920 --> 00:40:59.559 while aggressively trying to tax rooftop solar 00:40:59.559 --> 00:41:02.019 customers, they answer that question for now. 00:41:02.119 --> 00:41:04.460 They do. They want the transition, but only if 00:41:04.460 --> 00:41:07.219 they control every essential step of it. So here's 00:41:07.219 --> 00:41:08.980 the final thought for you to carry forward from 00:41:08.980 --> 00:41:11.460 this deep dive. The difficulty of modernizing 00:41:11.460 --> 00:41:14.360 a system as massive and as entrenched as AEPs 00:41:14.360 --> 00:41:16.739 is not purely a technical challenge. It is a 00:41:16.739 --> 00:41:19.380 political and a financial one. What happens when 00:41:19.380 --> 00:41:21.679 a utility giant is simultaneously the champion 00:41:21.679 --> 00:41:24.460 of complex, multibillion dollar high voltage 00:41:24.460 --> 00:41:27.300 infrastructure that enables the large scale energy 00:41:27.300 --> 00:41:29.480 transition? And the dedicated opponent of the 00:41:29.480 --> 00:41:31.840 simple decentralized energy solution provided 00:41:31.840 --> 00:41:34.739 by residential solar. Can AEP truly navigate 00:41:34.739 --> 00:41:37.079 the future by simultaneously embracing the power 00:41:37.079 --> 00:41:38.820 of the wind and aggressively fighting the power 00:41:38.820 --> 00:41:40.860 of the sun? Think about that the next time you 00:41:40.860 --> 00:41:41.260 flip a switch.