Today, the United States energy system is facing unprecedented constraints. Power demand is rising dramatically for the first time in a generation, driven by data centers, industrial reshoring, and electrification. At the same time, the physical infrastructure that delivers power is aging; interconnection queues and permitting cycles are slowing the addition of generation and the improvement of transmission; and climate volatility is increasing the frequency and cost of disruptions. We can debate policy responses, which are indeed potent when enabled, but electrons don’t care. Unless the system’s resilience improves, it will buckle under compounding stress.
In this environment, leveraging practical solutions is the only sustainable way forward. We can apply advances in disciplines such as subsurface engineering, nuclear science, power electronics, and intelligent control systems to reimagine energy production and management at their roots. And we can use better data to understand and manage the growing structural risks from climate change. This is how we improve reliability, predictability, and affordability even in the face of accelerating electricity demand.
“Climate change is real, but the solutions need to pay for themselves,” says DCVC Co-Founder and Managing Partner Zachary Bogue. Deep tech will be the mechanism by which resilience is transformed from a slogan into a declining cost curve — and nowhere is this more operative than in the energy and climate-tech sectors.
