Why FlipBatt

Reconfiguring Energy at the Point of Computation™

A power module designed to improve power delivery for today's AI infrastructure while enabling tomorrow's 800 VDC data center architectures.

Artificial intelligence is changing the world. It is also changing how electricity is delivered. As AI computing power continues to grow, traditional power delivery architectures are approaching their practical limits. Higher currents, increasing heat, larger cooling systems, greater water consumption, and rising infrastructure costs are becoming significant challenges for data centers and AI factories worldwide.

FlipBatt was created to address these challenges. The company's proprietary 6 V-to-0.8 V Power Module™ is designed specifically for next-generation AI infrastructure where power density, efficiency, and thermal management are becoming mission critical.

Rather than relying solely on conventional power conversion architectures, FlipBatt is developing a new DC power architecture that moves intelligent reconfigured energy storage and power delivery directly to the point of computation

A Different Way to Deliver Power

FlipBatt’s 6 V-to-0.8V AI Power-Module™ is designed to move reconfigured energy storage closer to the processor, reducing power delivery losses while simplifying the electrical path between stored energy and AI compute.

By placing reconfiguring energy at the point of computation, FlipBatt is designed to help:

• Reduce electrical losses
• Reduce heat generation
• Lower cooling requirements
• Reduce water consumption associated with cooling
• Improve overall system efficiency
• Simplify future AI power architectures

Built for the AI Era

AI workloads continue to demand more electrical power than ever before.

As compute density increases, conventional approaches become increasingly difficult to scale efficiently. FlipBatt was conceived specifically for this new generation of AI infrastructure, where efficiency, thermal management, and power delivery are becoming mission-critical.

Our vision is not simply to improve today’s power systems. It is to help redefine how energy is delivered inside tomorrow’s AI factories.

Designed for Tomorrow

FlipBatt’s architecture is intended to support a broad range of future applications, including:

• AI servers and accelerated computing
• Hyperscale data centers
• Edge AI infrastructure
• High-performance computing
• Advanced defense systems
• Future high-density DC power architectures

Moving Reconfigured Energy Storage to the Point of Computation™

Traditional Architecture
Grid → UPS → Power Distribution → Server → Compute

↓

FlipBatt Architecture
Grid → DC Distribution → FlipBatt™ AI Power-Module → Compute