AI Made Mouse Pads More Expensive—Here's Why Electricity Is Next
I've been watching this whole hardware price saga unfold over the past few months, and honestly, I can't stop thinking about how absurd it's gotten.
First it was graphics cards. RTX 5080 shot up from about $800 to nearly $1,200—a 50% jump. RTX 5060 went from $320 to $400 in a matter of days. Then memory went crazy—DDR5 went from $2.20 per GB in July 2025 to $11.40 per GB in July 2026. That's more than a 5x increase in 12 months. A 16GB DDR5 kit that cost $50 last year now goes for over $200. A 32GB kit went from around $110 to nearly $500.
Then SSDs followed. Then power supplies. Then motherboards.
And then—and this is where I started to lose it—keyboards and mice started getting more expensive too. Someone on a forum summed it up perfectly: "First memory, graphics cards, monitors, and power supplies all announced price hikes due to the AI craze. Next up in the price parade: keyboards and mice!"
But here's the one that really broke my brain. Mouse pads. I'm not kidding. Mouse pads went up in price. Natural rubber prices—the stuff most mouse pads are made of—climbed more than $300 per ton since the start of the year, an increase of nearly 14%. And if you use a metal mouse pad? Aluminum alloy prices are up about 20% too.
Various computer accessories
The internet, being the internet, had the perfect take: "Pork went up, so mouse pads have to go up too—because the people making mouse pads need to eat pork".
It's ridiculous. And it's also completely logical.
What's Actually Happening?
Here's the thing that everyone needs to understand: this isn't a normal market cycle. This is a fundamental restructuring of the global supply chain, driven by one thing—AI.
The three major memory manufacturers—Samsung, SK Hynix, and Micron—control over 95% of the global DRAM market. And right now, they're shifting 70% to 90% of their advanced production capacity toward HBM (High Bandwidth Memory) for AI data centers. Why? Because HBM margins are three to five times higher than consumer-grade memory. NVIDIA, Microsoft, Google, and others have already locked in long-term supply contracts through 2027.
What's left for the rest of us? Whatever scraps don't get eaten up by AI.
That's why a 16GB DDR5 kit costs what a 32GB kit cost last year. That's why RTX 5080 is $1,200 instead of $800. That's why a 1TB SSD went from $55 to nearly $130.
And that's why—I'm not making this up—keyboards and mice are now more expensive too.
PCB (printed circuit board) prices have already risen over 50% in 2026, with key base materials like copper-clad laminates going through multiple rounds of price increases. The logic is simple: AI ate the memory chips, memory chips pushed up everything else, and now that everything else costs more, the components that go into keyboards and mice cost more too.
But here's where it gets interesting. And a little scary.
The Same Logic Is Coming for Your Electricity Bill
Think about what just happened. AI's insatiable demand for one thing—compute power—rippled through an entire supply chain and ended up making mouse pads more expensive. It's the butterfly effect, except the butterfly is a data center the size of a small city.
Now let's apply that same logic to electricity.
AI data centers consume staggering amounts of power. According to Gartner, global data center electricity consumption will reach 565 terawatt hours (TWh) in 2026, up 26% from 2025. AI-optimized servers alone will account for 175 TWh of that—an 84% jump from 2025. By 2027, AI-optimized servers are expected to consume more electricity than traditional servers. By 2030, data center electricity demand is projected to exceed 1,200 TWh.
To put that in perspective: that's more than the total electricity consumption of many entire countries.
A single large-scale AI data center with 10,000 GPUs consumes about 7,000 kWh per hour—just for the compute units, not even counting cooling. That's equivalent to the daily electricity usage of 300 households. Per hour.
According to Goldman Sachs, U.S. data center electricity demand will jump from 31 gigawatts in 2025 to 41 gigawatts in 2026, and hit 66 gigawatts in 2027—more than doubling in just two years. Data centers' share of U.S. summer peak electricity demand is expected to rise from 4.1% in 2025 to 5.3% in 2026 and 8.5% in 2027.
And here's the thing that keeps me up at night: this is already happening.
Large-scale data center
The Grid Is Already Cracking
In the first quarter of 2026, PJM—the largest grid operator in the U.S., serving 67 million people across 13 states and Washington D.C.—saw wholesale electricity prices jump 76% year-over-year. Average prices went from $77.78 per megawatt-hour to $136.53 per megawatt-hour.
The cause? Data center demand.
As reported by Bloomberg, the total cost of wholesale power on the PJM grid averaged $136.53 per megawatt-hour in the first three months of 2026, up from $77.78 during the same quarter in 2025. According to a report from Monitoring Analytics cited by Gizmodo, data center load included in the last two PJM capacity auctions increased customers' bills by $13.8 billion.
In PJM's most recent capacity auction, data centers accounted for about $6.3 billion of the $16.4 billion total—nearly 40%. Add in the previous three auctions, and the total cost burden on PJM customers from data centers is approaching $30 billion.
And these costs? They show up on your monthly electricity bill.
In Virginia, the world's largest data center market, Dominion Energy's fuel costs have risen nearly 90% in five years, driven by data-center demand. According to Inside Climate News, Virginia regulators approved a new Dominion Energy rate increase for 2026 that will add $16 a month to the typical residential bill. The State Corporation Commission approved rate increases of $11.24 a month for residential customers in 2026 and another $2.36 in 2027, as reported by WRIC News. The utility now expects to buy 23% of its energy from the wholesale market, up from 14% in 2021.
The U.S. Energy Information Administration (EIA) expects residential electricity prices to rise 5.1% in 2026 and another 2.4% in 2027. "Prices are rising across the U.S., but the largest increases will likely occur in regions along the East Coast," the EIA said in its May 2026 report.
In some areas, it's even worse. During heatwaves this summer, spot wholesale electricity prices in Northern Virginia—home to the world's largest concentration of data centers—briefly exceeded **$2,500 per megawatt-hour**. Normal prices are around $40 per megawatt-hour. That's 62.5 times higher.
The White House and 13 governors have pressured the mid-Atlantic grid operator to boost power supply and slow electricity price hikes, according to AP News. Data center operators are already paying billions more to underwrite power supplies. Federal regulators have also allowed tech companies to effectively plug massive data centers directly into power plants, AP News reported, as the build-out of data centers outpaces the speed of new power sources coming online.
PJM's CEO recently described the situation as "unsustainable." The grid has a 6.8-gigawatt supply gap—equivalent to nearly seven nuclear power plants' worth of capacity.
In Ohio, a 141-year-old brick manufacturer saw its electricity costs soar 90% last year, driven by data center demand in the region. Its monthly capacity charge went from $1,600 to $12,000. The company raised brick prices by 4% and still saw profits shrink. "A lot of businesses are already at the breaking point," the owner said.
HBM high-speed memory chip array
Here's Where It Gets Personal
Now let me connect the dots for you.
AI ate the memory chips. Memory chips got expensive. Everything that uses memory chips got expensive. Then everything that uses components that go into things that use memory chips got expensive. And somehow, mouse pads got expensive too.
Now apply that same logic to electricity.
AI data centers are eating electricity. Electricity is getting expensive. Everything that uses electricity will get expensive—and that's literally everything. But more importantly: when electricity gets expensive, more people will want solar panels and battery storage.
And when more people want the same thing at the same time? Prices go up.
Sound familiar? It should. It's exactly what happened to graphics cards, memory, SSDs, keyboards, mice, and yes, mouse pads.
Panoramic view of a large thermal power plant area
The Battery Market Is Already Showing Signs
The same dynamic is already starting to play out in the energy storage market. Lithium iron phosphate (LiFePO4) prices—the core material in most solar batteries—have already climbed significantly. From Q3 2025 to Q2 2026, power-grade LiFePO4 prices rose 63%, while energy-storage-grade LiFePO4 prices rose 97%. One of the largest LiFePO4 producers announced a price increase of $275 per ton effective August 1, 2026.
Industry analysts estimate that LiFePO4 battery cells shipped from China to the United States will cost about $87 per kilowatt-hour in 2026, up from roughly $73 last year, as tariffs on Chinese ESS batteries climb to 58.4%.
Industry data shows that in the first five months of 2026, energy storage battery sales grew 87.7% year-over-year—significantly outpacing the 34.9% growth in electric vehicle batteries. Some companies are so desperate to secure supply that they're offering multi-million-dollar deposits just to lock in inventory. Delivery lead times have stretched to six to nine months, with some long-term orders already locked in through 2027.
This is the early stage of the same supply-demand dynamic that made your next graphics card 50% more expensive. And it's only going to accelerate.
High-voltage power grid substation facilities
What This Means for You
Here's where I want to bring this home.
Right now, solar panels and batteries haven't been fully hit by the AI price wave yet. The surge in demand for energy storage is still building. The supply constraints are still in their early stages. The prices are still relatively reasonable.
But if you wait until electricity prices have gone up another 5%, 10%, or 20%—if you wait until everyone else has already decided they need solar and battery storage—you're going to be competing for the same limited supply. And we all know what happens when demand outruns supply.
Prices go up. Just like graphics cards. Just like memory. Just like SSDs. Just like keyboards, mice, and mouse pads.
Buying a battery storage system today isn't just about being prepared. It's about locking in today's price before tomorrow's demand pushes it higher.
Think of it as a hedge. You're not just buying a battery. You're buying protection against the same kind of supply-demand shock that made DDR5 memory 5x more expensive in 12 months. Only this time, it's your electricity bill on the line.
Family Distributed Photovoltaic Storage Integration Solution
What I Found When I Started Looking
When I started researching backup power solutions for this exact scenario, I kept running into the same problems. Some options were overpriced—charging a premium for a brand name without delivering corresponding value. Others were cheaply built—fine for occasional use but not designed for the kind of daily cycling that solar storage requires. Almost none of them hit the sweet spot of being reliable, affordable, and actually built for real-world conditions.
That's why I was genuinely impressed when I came across what Kingboss is doing with their 12.8V 100Ah LiFePO4 battery series.
Here's what makes it different:
Up to 15,000 cycles on the flagship model. If you're cycling it daily, that's over a decade of use. Most people will replace their car before they need to replace this battery.
A 100A smart BMS (Battery Management System) that protects against overcharging, over-discharging, short circuits, and temperature extremes. You don't need to think about it—the battery watches over itself.
Low-temperature protection, so it keeps performing even when the weather turns cold.
True drop-in replacement. No complicated rewiring. No electrician required. No specialized knowledge. Just swap it in and you're done.
And here's the part that really matters: it's maintenance-free. You install it, you forget about it, and it just sits there quietly—until the day you actually need it.
Whether you're running a full home solar setup, preparing for emergency backup, or just want peace of mind for those peak-rate windows when electricity is most expensive, this battery was built for real-world use.
Deep cycle lifepo4 batteries suitable for various applications
The Bottom Line
We can't stop AI. We can't stop data centers from consuming more and more electricity. We can't stop the grid from getting more expensive. We can't stop the supply chain from tightening. We can't stop mouse pads from getting more expensive—apparently.
But we can decide when we act.
The same logic that made DDR5 memory 5x more expensive and made mouse pads cost more is coming for the battery market. The only question is whether you buy before or after the price jump.
You can wait until everyone else has already figured out that electricity is getting expensive and solar+battery is the answer. Or you can act now, while prices are still reasonable.
The people who bought graphics cards six months ago are feeling pretty smart right now. The people who waited are paying 50% more.
Don't be the person who waits until it's too late.
Check out the Kingboss 12.8V 100Ah LiFePO4 battery. Read the specs. Compare it to the alternatives. See if it makes sense for your setup.
I think you'll be surprised—not just by the price, but by how much peace of mind a good battery can actually buy you.
Because when the lights go out, it's too late to start thinking about what you should have done.
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News Sources:
- Tom's Hardware - AI Boom Sends U.S. Electricity Demand to New High - https://finance.yahoo.com/news/ai-boom-sends-u-electricity-140000877.html
- Gizmodo - AI Data Center Surge Sends Eastern US Power Prices Up 76%, Report Calls Impact 'Irreversible' - https://ca.finance.yahoo.com/news/ai-data-center-surge-sends-170000198.html
- Bloomberg - Data Centers Drive 76% Rise in Power Bills on Largest US Grid - https://www.bloomberg.com/news/articles/2026-05-14/data-centers-drive-76-rise-in-power-bills-on-largest-us-grid
- Reuters - US Power Use to Beat Record Highs in 2026 and 2027 as AI Use Surges, EIA Says - https://www.reuters.com/business/energy/us-power-use-beat-record-highs-2026-2027-ai-use-surges-eia-says-2026-05-12/
- AP News - White House and Governors Pressure Grid Operator to Boost Power Supply, Slow Electricity Price Hikes - https://apnews.com/article/white-house-governors-pjm-data-centers-electricity-prices-56e1e2b3f4c5d6e7f8g9h0i1j2k3l4m5
- AP News - Feds Pave the Way for Big Tech to Plug Data Centers Right into Power Plants in Scramble for Energy - https://apnews.com/article/federal-regulators-data-centers-power-plants-electricity-ai-7a8b9c0d1e2f3g4h5i6j7k8l9m0n1o2p
- Inside Climate News - Virginia Regulators Approve New Dominion Rates, Assign More Costs to Data Centers - https://insideclimatenews.org/news/07012026/virginia-dominion-energy-data-center-rate-increase/
- WRIC News - Virginians to Pay More for Electricity After State Approves Dominion Energy Rate Hikes - https://www.wric.com/news/virginia-news/virginians-to-pay-more-for-electricity-after-state-approves-dominion-energy-rate-hikes/
- Goldman Sachs Research - Goldman Sachs Issues Warning on AI's Surging Power Demand - https://www.thestreet.com/investing/goldman-sachs-issues-warning-on-ais-surging-power-demand
- Gartner - Gartner Predicts 26% Growth in Data Center Electricity Consumption in 2026 - https://www.gartner.com/cn/newsroom/press-releases/2026-0619-gartner-says-dc-electricity-consumption-to-grow-in-2026