Solid-state power and thermal management for AI infrastructure, designed to reduce energy cost, simplify cooling, improve uptime, and deliver the lowest total cost of ownership over time.
AI data centers are constrained by power availability, interconnection delays, cooling complexity, and rising operating costs. Nirvana’s TAPS platform is designed as a distributed, behind-the-meter solution that can turn heat into useful power or cooling with minimal moving parts.
Designed for lower capital cost per kW, reduced maintenance, and long operating life.
Converts heat into acoustic power and then into electricity or cooling.
Solid-state architecture built for continuous, mission-critical operation.
TAPS uses thermoacoustic Stirling technology to convert thermal energy into high-amplitude acoustic waves. Those pressure waves can drive a linear alternator for electricity or support refrigerant-free cooling and thermal management.
Nirvana’s thermoacoustic platform can be configured for power generation, cooling, heating, hot water, remote power, residential systems, aerospace, vehicles, satellites, and personal performance applications.
Behind-the-meter power and cooling for high-density compute infrastructure.
Fuel-flexible power for off-grid, defense, industrial, and mission-critical sites.
Refrigerant-free cooling without conventional compressors or complex service cycles.
Solid-state thermal systems for homes, commercial buildings, and distributed infrastructure.
By replacing conventional mechanical complexity with thermoacoustic energy conversion, Nirvana is targeting long operating life, low service requirements, and a platform that can operate continuously in demanding environments.
Nirvana Energy is redefining distributed power and thermal infrastructure with a single solid-state platform built for data centers, remote power, homes, mobility, aerospace, and advanced cooling markets.
Nirvana enables remote, dispatchable power generation, heating, cooling, and hot water for the home
High-performance cooling with minimal environmental footprint
Heat pump integration for thermal management and cabin climate control
Off-grid power and temperature regulation infrastructure
Precision cryocooling for medical and scientific applications
Silent, durable, and efficient energy systems for critical operations, including personal cooling for soldiers, power generation for submarines, drones, and other devices
