REFERENCE PRICING FRAMEWORK — $5.00 PER UNIT

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This section outlines a reference pricing framework developed to contextualize energy-derived digital units based on widely observed electricity cost metrics. While earlier assumptions were formed in a different market environment, the underlying methodology remains relevant as a point of reference rather than a statement of financial valuation.

Electricity is a foundational input to modern civilization. It supports essential infrastructure, industrial systems, healthcare, communications, and digital services worldwide. Unlike speculative assets, electricity is consumed continuously and must be produced, measured, and delivered in real time, making it a uniquely essential physical resource.

Reference Basis for Energy-Derived Digital Units:

A Farad Unit represents a standardized digital unit derived from a predefined quantity of verified electrical energy. The reference framework uses a nominal unit size of 10 kWh to provide consistency when discussing energy representation across digital systems.

At the time this framework was originally developed, global average electricity pricing commonly ranged between approximately $0.40 and $0.45 per kWh across various markets, placing 10 kWh within a reference range near $4.00 to $4.50. A $5.00 reference figure was selected to remain conservative while accommodating variability across regions, generation methods, and system costs.

Purpose of Reference Pricing:

The $5.00 figure is not presented as a fixed price, guaranteed value, or financial prediction. Instead, it serves as a reference point for understanding how a standardized unit of measured electrical energy can be represented within a digital framework. Actual pricing, usage, and implementation may vary depending on context, jurisdiction, energy source, and application.

Electricity as a Structurally Non-Speculative Resource:

Electricity differs from abstract financial instruments in that it must be continuously generated and consumed to support real-world systems. Demand for electricity is driven by physical and operational necessity rather than market sentiment alone. Energy-derived digital units reflect this physical basis by anchoring digital records to measured electrical output.

Energy Representation in Digital Systems:

As energy infrastructure and digital systems continue to converge, standardized methods for representing electricity generation and attributes become increasingly important. Energy-derived digital units support transparency, traceability, and interoperability across energy accounting, infrastructure reporting, and decentralized digital environments.

This reference framework is intended to support technical understanding of how electrical energy may be digitally represented within structured systems. It does not constitute an offer, valuation, or financial recommendation, and it does not imply future pricing outcomes.