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ReflectanceReject solar gain
Reduce roof heat accumulation by limiting the amount of absorbed solar radiation on exposed commercial surfaces.
Electricity-free cooling infrastructure
Passive Deep Space Cooling for Commercial Buildings
SkyRad brings passive radiative cooling technology to European roofs, industrial assets and logistics infrastructure. The platform is built around thermal-load reduction, lower cooling demand and measurable operational impact.
0 kWhPassive thermal management input
8–13 μmAtmospheric window emission range
10,000 m²EU pilot roof under evaluation
HighSolar reflectance
HighMid-IR emissivity
B2BCommercial deployment model
Core Technology
Inspired by radiative heat transfer physics, SkyRad is positioned around materials that reflect incoming solar radiation while emitting thermal energy through the atmospheric window into cold outer space.
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PhysicsEmit heat to deep space
Engineered thermal emission in the 8–13 μm band enables passive heat rejection without compressors, pumps or electrical load.
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DeploymentBuilt for large assets
Commercial roofs, warehouses, logistics hubs and industrial envelopes are the primary deployment focus.
Catalogue
SkyRad is structured as a European deployment layer for passive cooling applications — not just material supply, but technical positioning, pilot rollout and commercial execution.
Roof & envelope cooling layer
Positioned for architecture, logistics, public buildings and industrial facilities where roof surfaces are large and solar exposure is persistent.
- Commercial roof retrofits
- Thermal-load reduction for top floors and large volumes
- Solution-led B2B deployment
Cooling demand reduction
Lower roof temperature can reduce HVAC stress, support comfort targets and improve asset efficiency in high-exposure buildings.
- Energy savings potential
- Operational resilience
- ESG-aligned retrofit narrative
Industry Applications
Each vertical requires a different commercial case, performance framing and deployment logic. SkyRad is organized by asset type and B2B use case.
Architecture
Improve indoor comfort while reducing cooling load
Commercial buildings with large roofs and high summer heat exposure are a strong fit for passive thermal-load reduction. The priority is not replacing HVAC, but lowering the load it needs to address.
Retail
Shopping centres and retail parks
Warehouse
Large-volume logistics buildings
Public
Schools and municipal assets
Logistics
Stabilize thermal conditions on exposed surfaces
Logistics assets operate on large paved or metal surfaces with high solar exposure. Thermal management supports lower cooling intensity and improved operating conditions.
Depots
Roof and loading-area assets
Cold chain
Temperature-sensitive operations
Fleets
Container and vehicle-adjacent surfaces
Industrial
Reduce heat stress on industrial envelopes
Industrial halls and exterior equipment enclosures benefit where solar gain raises internal temperatures, strains cooling systems or affects equipment reliability.
Plants
Large roof spans and steel structures
Utilities
Equipment cabinets and technical areas
O&M
Lower cooling and maintenance pressure
Public Sector
Fit for energy-efficiency and decarbonization programs
Public buildings require measurable energy and ESG logic. Passive cooling can support retrofit plans where capex discipline and visible sustainability matter.
Schools
Heat-exposed roof areas
Municipal
Energy-performance upgrades
Portfolio
Replicable project model
Featured Case
Real asset pipeline matters more than abstract claims. SkyRad is built around measurable pilot deployment and EU commercial validation.
ESG & operational impact
Passive cooling sits at the intersection of energy efficiency, operational decarbonization and resilience — without requiring electrically driven cooling equipment to do all the work.
Lower
Cooling-related electricity demand
Lower
Indirect operational emissions
Higher
Asset efficiency and climate resilience
Next Step
Start Technical ReviewEvaluate a commercial roof
Send roof size, building type and cooling profile to start a SkyRad technical review.