Grant McDaniel

The power of a positive attitude can never be underestimated. A positive outlook can help you overcome obstacles, tackle challenges, and drive success. Cultivate a positive mindset and watch your business soar. #PositiveAttitude #SuccessMindset

4.9 GW of battery storage is being co-located with on-site generation at data centers to bypass the grid queue. Utilities assumed customers had no alternative. They built one. What does the American grid look like if hyperscalers stay off it permanently?

Most people write Sunday off. That's the entire advantage. I've never met a highly productive person who didn't treat weekends as prime time. What do you actually get done when no one's watching?

Over 2,000 GW of solar and storage projects are sitting in the US interconnection queue. Most won't get built. The bottleneck isn't ambition or capital. It's grid access. The developers who build around the queue, not through it, are the ones actually getting projects online.

The US is adding 24 GW of battery storage in 2026 alone. The entire fleet was under 10 GW three years ago. The energy transition is no longer a forecast. It is infrastructure being built right now. The developers who showed up are on the right side of the curve.

The real bottleneck for AI isn't chips or compute. It's electrons. Data centers get built in 18 months. Grid connections take 4-7 years. 224 GW of new AI demand is coming by 2034. The developers who solve the power problem are the ones who actually win.

What's the most expensive lie you believed early in business? Mine was that a great product sells itself. It doesn't. You have to generate demand manually until you can afford the systems that do it at scale. Most people skip that part.

Battery revenues in Texas crashed hard. Everyone called it broken. Meanwhile storage kept getting built. The developers who stayed weren't playing short arbitrage windows. They're building for the grid 5 years from now. ERCOT doesn't break markets. It separates who lasts.

Most people understand consistency is the edge. They just quit when it stops feeling like progress. The boring phase isn't something you push through. It's where the advantage actually builds. What are you still grinding on that hasn't paid off yet?

Energy is the most ignored line item on a P&L. In 14 deregulated markets, businesses can bid their power across dozens of suppliers instead of paying whatever the utility charges. Most don't bother. The ones that do compound the savings, contract after contract.

Most founders I know set a solid plan in January. By October they're running 3 priorities they didn't have in February. That's not ambition. That's how years get away from you. 7 weeks left.

Energy is the most ignored line item on most P&Ls. In 14 deregulated states plus DC, businesses can shop their rate across dozens of suppliers. We've managed 2B kWh for 11,000+ accounts. Same pattern every time: nobody checked the rate. Does your company shop its energy rate?

The companies that outlast the interconnection queue own the American grid. 2,000+ GW is sitting in line right now. Most of it never gets built, not because the tech failed, but because developers ran out of patience or capital. That's the actual moat.

AI scaled 26% in data center electricity this year alone. 132 GW globally. The grid hasn't kept up. At some point power access becomes the bottleneck for who wins the AI race, not chips, not models. The companies building off-grid right now are positioning for exactly that.

2026 research confirmed grip strength predicts mortality better than most standard bloodwork. The muscle you build now is the insurance policy you cash in your 60s. What does your training look like right now?

The EIA expects 24.3 GW of new US battery storage in 2026, 60% more than last year's record. Storage crossed from experiment to infrastructure. The hardware scaled. The permitting, interconnection, and utility contracting around it did not. What actually breaks the policy logjam?

Battery storage failure rates dropped 98% per GWh since 2018, while deployed capacity scaled massively. The technology has proven itself. The question now is whether permitting, interconnection queues, and financing can keep up with where AI and grid demand are pushing this.

PJM declared a record number of energy emergencies this year. Winter hasn't started. Data center demand is real, the grid build-out is behind, and utilities are quietly warning about peak capacity. At what point does the energy infrastructure gap become impossible to ignore?

24.3 GW of battery storage comes online in the US this year. More than every year before 2024 combined. Solar-plus-storage beats gas on cost. AI demand is the accelerant: when you need 500 MW and the grid queue is 4 years out, off-grid storage IS the plan.

Everyone documents the launch. Everyone celebrates the exit. Nobody talks about the year in the middle where nothing moves as fast as you expected and you're still showing up every Monday. That's where it actually gets decided.

Battery failure rates per deployed GWh dropped 98% globally between 2018 and 2025. That's not incremental improvement. The storage industry solved its main reliability problem in less than a decade. At what point does "experimental technology" become the grid backbone?