Thermal networks
The category is real. The data infrastructure isn't.
A short note on why thermal energy networks are stuck, and what it will take to get them moving.
The situation
Everything works except the data.
Thermal energy networks are the most efficient path to decarbonizing heating and cooling at scale. The underlying physics are well established, early systems are performing as expected, and federal tax credits apply. None of that is the obstacle.
The obstacle is that every new project still gets evaluated from scratch. Regulators don't have operational benchmarks to draw on, utilities can't underwrite against comparable systems, and capital providers are pricing risks they've never seen before. An asset class can't scale on engineering confidence alone, however well-founded.
What's needed
The unglamorous work.
Closing this gap means defining how data gets collected at the project origin rather than retrofitted later, translating system performance into the language regulators and capital providers already understand, and enriching the early record with engineering simulation until real operational histories exist.
That is the work Jouler is here to do.
How we work →Want a proper primer?
The Building Decarbonization Coalition maintains a solid resource library on thermal energy networks, covering the technology, policy landscape, and project development process in more depth than we'd try to reproduce here.
Explore the TEN resource library →