Modular heating systems can survive missile strikes by isolating energy into tiny loops
Modern modular heating systems utilize localized energy loops and low-pressure physics to maintain warmth in urban environments even after significant structural damage or targeted strikes to the grid.
Decentralized heating systems use modular boilers and insulated underground loops to isolate energy, preventing the cascade failures common in older centralized networks. By operating at low pressures under 1 bar, these systems remain stable even if a specific section is compromised. This engineering approach, which originated from 1970s Finnish designs, allows a city to maintain 95 percent heating efficiency while reducing transmission losses to less than 2 percent.
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