Redefining energy flow with
Power Neural Networks
Redefining energy
flow with Power
Neural Networks
Distributed energy management powering
hyperscale data centers, energy storage,
and electric mobility.
Distributed energy management powering hyperscale data
centers, energy storage, and electric mobility.
Inspired by the human neuron system, Scalvy revolutionizes high-voltage power delivery through distributed power management technology that brings intelligence to every energy node.
Conventional power systems weren't built to scale with today's growing energy demands in computing
and storage, relying on a single power manager to control many energy nodes.
Scalvy replaces bulky, expensive high-voltage components by integrating directly with each energy node and cascading a network of power signals into a unified 400V+ output with a power density of 250 W/in³.
Scalvy consolidates multiple energy conversion stages into one, delivering 99% system efficiency and unlocking 30%+ more usable energy from each node with granular local control and no single point of failure.
Scalvy’s software-defined, hardware-standardized modules work across applications, removing the need for custom hardware and enabling faster deployment.
Powering hyperscale data centers, energy storage, and electric mobility
Scalvy’s in-rack power management eliminates the need for a separate powerrack, saving space and driving higher revenue per square foot for data centers.
5X lower footprint
40% less losses
No high voltage DC bus
30% lower CapEx
Scalable AC output up to 3KV+
No single point of failure
Scalvy converts battery cells into fully functional AC blocks at a fraction of the cost, extracting 37%+ more usable energy from the storage cells in each charge/discharge cycle.
15% more energy density
30% lower CapEx
99.9% availability
Scalable AC output up to 3kV+
No PCS needed
No single point of failure
Scalvy SIMs convert battery cells into fully functional AC blocks at a fraction of the cost, offering:
5X lower footprint
40% energy efficiency
No high voltage DC bus
30% lower CapEx
Scalable AC output up to 3KV+
No single point of failure
Scalvy’s in-rack power management eliminates the need for a separate powerrack, saving space and driving higher revenue per square foot for data centers.
5X lower footprint
40% less losses
No high voltage DC bus
30% lower CapEx
Scalable AC output up to 3KV+
No single point of failure
Scalvy converts battery cells into fully functional AC blocks at a fraction of the cost, extracting 37%+ more usable energy from the storage cells in each charge/discharge cycle.
15% more energy density
30% lower CapEx
99.9% availability
Scalable AC output up to 3kV+
No PCS needed
No single point of failure
Scalvy SIMs convert battery cells into fully functional AC blocks at a fraction of the cost, offering:
5X lower footprint
40% energy efficiency
No high voltage DC bus
30% lower CapEx
Scalable AC output up to 3KV+
No single point of failure
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