00:00The world's energy storage landscape just underwent an incredible structural shift
00:04and I think this new battery is going to kind of blow your mind. On the 31st of January 2026,
00:11the Hebei province of China, Mr. Giant, has officially entered the grid. This isn't just
00:17a battery station, it's the world's first 400 megawatt hour facility powered by 628 amp hour
00:24mega battery cells. 400 megawatt hour battery, not really that remarkable, is it? There's heaps
00:29of them now, but the battery cells themselves, that's what's going to blow your mind. While
00:34the rest of the world is standing still, debating 280 amp hour standards, Eve Energy has moved
00:41straight to mega format to solve the economics of the global grid. This is the world's first
00:47battery station with batteries, well, that are so big you've never seen anything like this
00:52before. Welcome back everyone, if you think grid storage is just a bunch of car batteries
00:56in a box, well, think again. On January 31st, 2026, in Lingshu, China, the world witnessed
01:03a structural reset for the energy industry. I'm not talking about sodium batteries here,
01:08I'm talking about the world's first 400 megawatt hour storage station powered entirely by 628
01:16amp hour mega cells. These battery cells are huge. One cell has more capacity than probably all
01:24the batteries in your house combined. Eve Energy didn't just build a prototype, they've actually
01:30validated a system that uses fewer parts, costs less to build, and lasts longer than anything else
01:35on the market, at least that's what they say, of course. Today we're looking at why Mr. Giant
01:40is the future of the electro state. Let's get into the truth, guys, and have a look at what's going
01:45on here. First, this project is located in Hebei province. The battery is not remarkable,
01:50it's 200 megawatt slash 400 megawatt hours. It's big, but not huge. But the battery cells
01:56themselves are absolutely enormous. This battery pack is equipped with 80 sets of Mr. Giant 5
02:04megawatt hour DC energy storage systems. Because the cells are so large, 628 amp hours, the entire
02:10system requires fewer connections, fewer cables, and a much simpler architecture. In grid storage,
02:17complexity is the enemy of reliability. By going big, Eve Energy is simplifying mega battery projects,
02:25and it's simplifying the grid actually as well. So why 628 amp hour? Most utility batteries today
02:31use 280 amp hour or 314 amp hour cells, meaning this battery is double the biggest cells currently in
02:41existence. By doubling that capacity into a single cell, you reduce the part count of a 5 megawatt hour
02:48container by around 50% or even more. The tech. Eve Energy is using an inherently safe cell technology
02:57with a specialized stacking process and high toughness separators. This optimizes the levelized
03:03cost of storage, which is what we've got to do. Bring down the levelized cost of storage. That's
03:08ultimately the way the benchmark, the way we can compare the cost of one form of energy to another,
03:14compare the cost of coal to the cost of batteries, to the cost of solar. If you'd like to book
03:18a paid
03:18consultation, you can do so. And I'll put a link in the description below. If you want advice on what
03:25electric car to buy, solar systems, all that kind of stuff, you can do that. Manufacturing maturity.
03:31This is not vaporware. They're already building it. Eve Energy confirmed they have already produced
03:35over 1,628 amp-hour cells. They've proven they can build them at scale with the precision that's
03:43required for utility-grade stability. Now, this deal proves that the market demand for ultra-large
03:50format batteries is exploding, particularly large sodium and lithium-ion phosphate batteries.
03:56We're moving away from scale and into system value. As wind and solar become more intermittent
04:03staples of the grid, these 10 gigawatt-hour deployments are the only thing standing between
04:09a stable grid and a blackout. Now, you might, guys, you might say that the era of small cells for
04:14the
04:14grid is officially over because obviously having battery cells that are twice the size appears to
04:19be an advantage. However, these battery cells are not sodium-ion cells. And I personally think that
04:25the benefits of sodium-ion, particularly in China, outweigh that of other battery chemistries for grid
04:32storage. So I think that these are great when comparing to other grid storage batteries. But
04:39when comparing to what is probably likely to be the main backbone of the grid, particularly in China,
04:46as I said before, that is sodium batteries, I think that it's not really that big of a deal.
04:53But when compared to LFP batteries, it certainly is. One of the biggest costs we don't even think
04:58about. I have to talk about what's the cost of batteries at the cell level? What's the cost at the
05:02pack level? But then you've got to actually consider what's the cost of installation? What's the cost of
05:07figuring out how to get it all going? What's the cost of maintaining the system? When you've got bigger
05:12batteries, there's less to actually cover off. There's less to have to connect. There's less wiring.
05:17There's less issues that can go wrong, really. And I think these bigger cells are more efficient as
05:24well. Now, I'm kind of intrigued to look into the future, to fast forward 50 years, because I reckon
05:29by then we might have cells that are 10 times this size. And one battery cell might be the size
05:34of an
05:35entire house. What do you guys think? Let me know in the comments. Thanks for watching.
05:40Guys, if you want to install solar panels, a home battery, or a home charger, the best way to do
05:47this
05:47for your situation is to go to the links in the description below. And they'll take you to a page
05:57where you can compare everyone. So depending on where you doesn't matter where you live, a lot of people
06:00email me all the time saying, well, what solar system should I get? Who should I go with? What battery
06:04should I get? What electric charges should I get? Well, click in the links in the description, and you can
06:09actually compare all the different choices and find the best deal for you. I'll put that link in the
06:17description below. Additionally, there is a battery savings calculator link and also a federal battery
06:24rebate calculator. I personally have found that I'm not paying for electricity at all. And that's including
06:31charging my two electric cars, and also running my home power, my home sauna, nothing, not paying
06:38anything at all. And I think a lot of people are getting misled. They think that getting a battery
06:41is not worth it. Actually, I think it is worth it. So those links are in the description below.
06:47Bye-bye.
06:49Bye-bye.
Yorumlar