HYDRALED's pumped fluid and vapor chamber cooling systems unlock unprecedented photon output across applications from greenhouse bays to stadium lights.
Where conventional heat sinks fail, HYDRALED's active cooling platforms maintain junction temperatures at optimal levels, enabling higher drive currents, longer lifespans, and superior photon output.
An active liquid circuit moves coolant continuously through the fixture's thermal mass. Heat is transported away from LED junctions at a rate no passive system can match, redistributed or rejected via a remote heat exchanger. Scales from compact grow bars to the largest industrial arrays.
A hermetically sealed two-phase system requires zero external plumbing. Working fluid evaporates at the hot source, carries latent heat to the condenser region, and returns as liquid in a passive, silent cycle contained within the fixture body. Ideal for sealed enclosures and automotive applications.
Rather than venting thermal energy as a liability, HYDRALED's hydronic architecture redistributes it across HVAC, climate, and power subsystems. In controlled environment agriculture this recapture alone can close the energy loop on heating requirements year-round.
Both cooling modalities share a common mounting and electrical platform. The same thermal engine scales to virtually any fixture size. Modular manifolds allow installers to daisy-chain cooling circuits across entire greenhouse rows or warehouse corridors without additional pump infrastructure.
HYDRALED's thermal management core is application-agnostic. The same patented cooling engine that keeps horticulture arrays at peak output is repackaged for roadways, facades, and dashboards.
Pumped fluid cooling is a natural fit for large-scale agriculture, where centralized coolant circuits run across entire grow rows, recovering waste heat to offset facility heating loads and reducing total energy cost per mol of photon output delivered.
Self-contained vapor chamber cooling makes HYDRALED ideal for street luminaires, with no external plumbing, no maintenance, and sustained peak photon output with L70 ratings across decades of continuous outdoor operation.
Stadium floodlights, architectural wash, and area lighting demand sustained high photon density in weatherproof enclosures. HYDRALED's cooling platform maintains consistent output regardless of ambient temperature extremes.
HYDRALED's compact thermal solutions fit within tight vehicle headlamp and interior lighting housings. Higher drive currents deliver more photon output without flicker, color shift, or shortened service life.
Pumped fluid circuits are ideal for cold storage and large production facilities where centralized cooling infrastructure already exists. High-bay fixtures maintain full photon output across temperature extremes from a single pump station.
HYDRALED's rugged thermal platform delivers sustained high-photon output across extreme field conditions including desert heat, arctic cold, and confined vehicle or base installations demanding reliable, maintenance-free performance.
Our core cooling integration is protected IP, not a commodity heat sink upgrade. Partners gain access to technology unavailable from any other manufacturer.
Thermal platform, optics, driver electronics, and controls are developed together. No thermal afterthought; cooling is designed in from day one.
The same cooling engine repackages for horticulture bars, roadway heads, vapor-chamber automotive modules, and industrial high-bays, dramatically lowering R&D cost per vertical.
Both pumped fluid and vapor chamber platforms integrate directly into compact fixture housings, enabling high-power output in tight enclosures where conventional cooling cannot fit.
Effective thermal management allows fewer, higher-powered LEDs to replace large arrays of lower-powered diodes, reducing component count, board real estate, and total material costs per fixture.
Whether you're an agricultural developer, municipality, automotive OEM, or lighting distributor. We want to hear from you. We offer technology licensing to OEMs seeking a thermal management edge, and are building a global network of manufacturing, distribution, and installation partners.
HYDRALED systems are patent-protected and currently in pre-production. Partnership inquiries, investment discussions, and licensing conversations are welcome.