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About GoVolta
GoVolta is a deep-tech energy company pioneering Non-Equilibrium eXchange (NEX) Technology™ — a breakthrough approach that converts disturbance-enabled energy pathways into usable electricity.
Unlike traditional generation, which depends on burning fuel or large renewable infrastructure, our technology uses a small priming input (<1 W) to open new exchange channels in out-of-equilibrium systems. The result: outputs that consistently exceed the priming input, while fully complying with the laws of energy conservation.
Our prototypes have already demonstrated:
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Measured input: 0.5 W
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Measured output at load: 5 W
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Net stored in battery: 1 W
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Total conversion sustained across multiple runs
This progress positions GoVolta as one of the first companies to translate non-equilibrium physics into a practical power platform.
What makes us different
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Science-backed — Our work is aligned with peer-reviewed research (Cassak et al., WVU 2023–24; Freitas et al., PhysRevX 2021).
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Modular design — Devices scale from handheld units to rack-level cabinets.
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Wide applications — From IoT devices to telecom towers, EV trickle charging, data centers, and resilient micro-grids.
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Credible pathway — Moving from TRL-7 prototypes toward industrial demonstrations and strategic partnerships.
At GoVolta, we are building the next layer of the clean energy ecosystem — one that is compact, solid-state, and universally scalable.
Our History
GoVolta’s story began more than a decade ago.
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2012–2018 — Early Innovation
A renewable R&D company developed and patented a proprietary intermittent technology that stabilized and harnessed wind power at very low speeds using a simple coil/magnet pair. During testing, researchers observed an unexpected phenomenon: under certain conditions, the system produced a measurable gain, with output exceeding the input source. -
2018 — Merger & Formation of GoVolta
Following this breakthrough, the renewable R&D company merged with new partners to form GoVolta, with the mission of exploring and scaling this non-equilibrium effect into a broader, more versatile energy platform. -
2019–2021 — Research Expansion
Building on the original patent, GoVolta began experimenting with circuit-level implementations, confirming that disturbance-driven exchange channels could be engineered beyond wind applications. -
2022–2023 — Prototype Development
The team built multiple prototype models, refining the technology into compact PCB designs that consistently demonstrated outputs above the priming input. -
2024 — NEXBRIDGE™ v7.0
The seventh-generation prototype achieved stable performance, operating with just 0.5 W input while delivering 5 W output, with excess energy stored in batteries. -
2025 — Path to Scale
Today, GoVolta is preparing to scale into multi-unit racks and modular cabinets, with a clear roadmap from TRL-7 demonstration toward industrial deployment in EVs, data centers, and distributed energy systems.
Contact Us
For general inquiries:
info@govolta.com
For press releases and media material:
We welcome questions, collaborations, and media interest — and will ensure your request reaches the right team quickly.