Follow the heat. Deep tech solving the energy equation.
LAVA has developed a fundamental thermodynamic breakthrough: the world’s first true liquid based isothermal cycle, replacing the legacy isentropic expansion and compression cycles used in steam turbines, Organic Rankine as well as in Industrial Heat Pumps.
By maintaining constant temperature during energy conversion, LAVA eliminates the structural efficiency losses that have constrained thermal technologies for over a century, unlocking significantly more usable energy from heat.
The LAVA cycle delivers higher performance from any thermal asset, enabling unmatched conversion of heat-to-power and power-to-heating and cooling, in a modular industrial-scale architecture that reduces CapEx/OpEx and accelerates deployment.
For data centers, this translates into high-efficiency on-site energy generation via the LAVA Heat Engine and next-generation cooling via the LAVA Heat Pump—both powered by the same isothermal advantage.
Paired with LAVA Storage (Carnot Battery), LAVA turns intermittent renewables (or recovered heat) into 24/7 dispatchable, stable baseload energy—keeping critical compute online with predictable cost and resilience.