platoseed
Maximizing compute via hyper-efficient cooling
Madrone builds cooling systems for data centers. In Texas, where most new sites are, Madrone can cool using 30% less power and water, thanks to novel dew-point cooling technology.
Madrone provides cooling for data centers by supplying 20Β°C water, enabling up to 30% less power and water use than traditional chillers, and operating outside the data center to maximize compute density without installing a conventional chiller.
Madrone delivers cool water at 20Β°C to data centers using a thermodynamic process that avoids conventional mechanical chillers. It reduces water and electricity consumption by about 30% compared to chiller-based systems and eliminates the need for wet bulb-based cooling. The solution enables retrofit and new builds, supports high-density compute to prevent thermal throttling, and is positioned to scale for hyperscale deployments while fitting into existing facility shells and external cooling configurations.
Who itβs for: Data center operators and facility owners seeking lower cooling power and water usage, higher compute density, and retrofit or hyperscale deployment options.
Backed by Y Combinator
Founder at Madrone (YC P26). Previously Hardware Development Engineer at Apple, working on iPhone wireless power technologies across multiple years. Started career with early-stage hardware/robotics experience at JITx (automated PCB design) and PRENAV (autonomous quadcopter monitoring). Harvey Mudd Engineering.
Founder/CEO at Madrone, where I'm making data center cooling more efficient. Prev. trained models with millions of inferences at QuantumScape, and to predict material properties at Berkeley.
Madrone builds efficient cooling without installing a chiller, saving tens of millions of dollars per facility.
Madrone builds modular water cooling systems for desert data centers that chill water to the dew point while using less power than conventional chillers. The company claims each 1% efficiency gain saves $78 million annually per 100 MW of capacity.
β² 23

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