We write about the technologies and market dynamics shaping the next generation of energy infrastructure.
The chemistry is not new. What has changed is the cost structure — and that changes everything for seasonal grid storage.
Read More →Cost curves in direct air capture are finally moving. The implications for industrial emitters — and for investors — are significant.
Read More →The color-coding of hydrogen obscures the real question: which pathway reaches cost parity first, and under what conditions?
Read More →Agrivoltaic installations are producing more electricity and better yields on the same acre. The land-use conflict may be overstated.
Read More →Distributed energy resources need real-time coordination. AI-based grid balancing platforms are finally mature enough to do that job.
Read More →Construction risk, offtake uncertainty, and supply chain constraints drove developers away. Those dynamics are changing now.
Read More →Most demand response programs are small and slow. A new generation of commercial platforms is changing what large energy users can actually do.
Read More →The talent, the terrain, and the transmission infrastructure were already here. The capital is starting to follow.
Read More →Mineral carbonation in concrete can permanently sequester carbon at scale. The question is whether the construction industry will adopt it fast enough.
Read More →Airborne wind systems tap stronger, more consistent winds at altitude. The economics work differently — and for remote communities, they may work better.
Read More →Compressed and liquefied hydrogen have real safety and cost limitations. Solid-state storage addresses both — and the materials science is finally there.
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