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By harvesting waste heat, using passive groundwater exchange and managing subsurface thermodynamics, mechanical professionals are turning urban transit liabilities into clean, resilient energy infrastructure.
When New York City commuters step onto deep, underground subway platforms during summer heatwaves, they are routinely greeted by platform heat indices exceeding 132 F (55 C) and ambient air temperatures up to 15 degrees hotter than street level.
While upfront costs and site-specific considerations remain challenges, the long-term benefits in efficiency, reliability and environmental impact position these systems as a cornerstone of future-ready building strategies.
Increased energy costs have driven HVAC designers to consider the implementation of other, more efficient systems to lower operating costs.
As the U.S. faces an acute housing shortage, geothermal heating and cooling offers builders and developers a smarter path forward.
The United States is currently facing a severe housing crunch.
One recent Axios analysis found that the U.S. housing market is short 3.2 million homes, noting “there aren’t enough homes to keep up with the increase in households.”
These promotions follow the retirements of Bruce Cole, former vice president of residential sales and marketing, and Paul Selking, former vice president of commercial sales and marketing.
This wiring dramatically reduces labor, material and retrofit costs while enabling efficient, scalable
decarbonization for existing buildings and thermal energy networks.
Discover how Class 4 wiring acts as a "secret weapon" for geothermal retrofits by bypassing electrical infrastructure bottlenecks to enable affordable building decarbonization.