PATENTED ENERGY BLOCKCHAIN TECHNOLOGY
The Energy Blockchain and Farad Token were invented by Nick VandenBrekel, founder of NFluxion and Farad Technologies Group. This work reflects decades of experience across digital systems, energy technologies, hardware, software, and advanced electrical architectures.
The Energy Blockchain is defined by U.S. Patent No. 11,962,710, titled “Systems and methods for generation of energy-backed digital units stored in a decentralized ledger.” The patent describes a method for monitoring electrical energy generation, determining predefined energy increments, and generating corresponding digital units recorded on a decentralized ledger.
This patented system establishes a structured approach for linking real-world electricity generation with digital records. Rather than relying on abstract computation or speculative mechanisms, the technology formalizes how measured electrical energy can be represented digitally in a transparent and verifiable manner.
Scope and Technical Significance:
Foundational Architecture:
The patent covers core system functions that connect energy generation, metering, threshold determination, and decentralized ledger recording. These functions form a foundational layer for energy-related digital systems across a wide range of applications.
Generation-Agnostic Design:
The patented technology applies to all forms of electricity generation, including renewable, non-renewable, centralized, distributed, grid-scale, and localized systems. Environmental attributes, such as low-emission or net-zero generation, can be represented where applicable without limiting the system to any single energy source.
Deterministic and Verifiable Process:
Digital units are generated only when predefined electrical energy increments are verified. This rules-based process supports auditability, transparency, and consistent system behavior.
Intellectual Property and Collaboration:
The Farad patent portfolio is intended to support responsible development and adoption of energy-backed digital systems. The patented technology is available for non-exclusive licensing and collaboration, enabling organizations to build interoperable solutions while maintaining alignment with established intellectual property frameworks.
This approach reflects a long-term vision for integrating electrical energy infrastructure with decentralized digital technologies in a manner that emphasizes reliability, transparency, and technical integrity.
