Reject the heat.
Keep your cool.
PDRC-engineered surfaces that reflect solar energy and emit infrared directly to outer space — lowering surface temperatures below ambient without consuming a single watt.
The sky is a
cold sink. Use it.
The 8–13 μm atmospheric window is a spectral gap through which long-wave infrared passes directly to space — bypassing the atmosphere entirely. PDRC materials exploit this window, emitting heat to a 3K cold sink 24 hours a day.
Products &
solutions
BounceBox
Self-powered GTN field station. PDRC shell. TEG harvest. LiFePO₄. Fully passive thermal management — deployed anywhere.
Building envelope
Complete PDRC + TEG + PCM building envelope system. Reduces mechanical cooling load and harvests waste heat differentials.
CoolerIfYouDid
buildings
Survival sheds to full habitat installations. Tiered Thermakon packages from baseline passive cool to geothermal-coupled premier.
Seven problems.
One technology stack.
Urban heat island
Cities run 4–8°F hotter than surrounding land. PDRC at scale reverses the albedo deficit that caused it.
Utility worker heat protection
Passive cool stations and PCM vest technology for delivery drivers, linemen, and field crews working in extreme heat.
Data center load balancing
Every MW not consumed by overcooled buildings is a MW available to the data centers reshaping the economy.
Sea surface temperature
Floating PDRC arrays in hurricane formation zones reduce SST — the fuel source for Category 4 and 5 storms.
Ground Truth Network
Before PDRC can be deployed intelligently, the thermal field must be mapped. GTN sensor stations characterize microclimate conditions — informing placement, measuring impact, closing the feedback loop.