Transforming the energy system requires changing how companies plan, procure, and execute.
For years, the energy transition has been framed as a race to innovate.
Better batteries. Cheaper solar. Smarter software. Faster deployment.
That framing made sense at the beginning. New technologies really were the constraint. Costs were too high, performance wasn’t there yet, and scaling felt hypothetical.
But we’re past that phase now.
Many of the core technologies work. They’re proven, bankable, and increasingly competitive. And yet, everywhere you look, the transition is slowing down in practice. Projects are delayed. Costs are rising again. Timelines that once felt ambitious now look unrealistic.
This isn’t because innovation failed. It’s because innovation was asked to do a job it can’t do on its own.
The problem is how we run companies
Modern business culture, especially in tech, has trained leaders to believe that speed solves most problems. Move fast. Stay flexible. Keep assets light. Optimize for efficiency.
That approach works incredibly well in digital environments, where inputs are elastic and constraints can be abstracted away. If something breaks, you patch it. If demand spikes, you scale it in the cloud.
The energy transition doesn’t work like that.
It’s a physical transformation. It depends on power grids, transmission lines, factories, mines, refineries, ports, labor, and permitting. These systems don’t scale on quarterly timelines, and they don’t respond well to improvisation.
When organizations built for speed collide with systems governed by physics and construction schedules, friction is inevitable.
We applied a software mindset to a hardware problem. A lot of the current frustration comes from a category error.
We treated the energy transition like a software rollout: build the tech, line up the capital, and let the rest catch up. In reality, the “rest” is most of the work.
Solar projects stall not because panels don’t exist, but because grid connections aren’t ready. Battery deployments slow because materials and manufacturing capacity lag demand. Electrification plans run ahead of transmission, permitting, and workforce constraints.
These aren’t failures of innovation. They’re failures of coordination and planning.
