Enter Values

$ B/day
On-chain transfer volume in billions USD per day
days
Average days held before transacting (1-3,650)
M BTC
Million BTC in circulation (max 21M)
Token Valuation Formula
P = T × D / S
P = Implied Price | T = Transaction Volume | D = Holding Duration | S = Supply
Ryan O'Connell, CFA
Calculator by Ryan O'Connell, CFA

Valuation Results

Implied Bitcoin Price $182,500
Implied Market Cap $3.65T
Annual Velocity 1.0000

Formula Breakdown

Token Valuation: P = T × D / S
Implied price from network activity metrics

Holding Duration Sensitivity

Holding Duration Implied Price Annual Velocity
Your current holding duration is highlighted

Model Assumptions

  • This is a theoretical valuation model, not a price prediction
  • Uses on-chain transaction volume (excludes exchange trading volume)
  • Assumes uniform holding behavior across all participants
  • Does not account for lost/dormant coins or exchange reserves
  • Static single-period analysis (no compounding or time dynamics)

Understanding Token Valuation

What is the Token Valuation Equation?

The token valuation equation P = T × D / S models the implied price of a token based on its network activity. It relates the dollar value flowing through the network to the token supply and holding behavior.

Token Valuation Equation
P = T × D / S
Implied Price = (Transaction Volume × Holding Duration) / Supply

Key Variables Explained

Transaction Volume (T)

The total dollar value of on-chain transfers per day. Higher volume suggests more economic activity flowing through the network.

Holding Duration (D)

Average time tokens are held before transacting. Longer holding increases implied valuations by reducing the effective circulating supply.

Intuition Behind the Model

This model captures a simple relationship: if tokens are held longer (lower velocity), each unit must support more transaction value over time, implying a higher price. Conversely, if tokens change hands rapidly, the same volume can be supported by lower-priced tokens.

  • Higher transaction volume: More economic activity = higher implied price
  • Longer holding duration: Lower velocity = higher implied price
  • Higher supply: More tokens = lower implied price per token
Important: This is an educational model that illustrates one theoretical framework. Actual Bitcoin prices are determined by market supply and demand, not by this equation. Do not use this for investment decisions.

Model Limitations

  • Ignores speculative demand and market sentiment
  • Assumes all tokens participate equally in transactions
  • Does not account for tokens held on exchanges or lost forever
  • On-chain volume can include non-economic transfers (wallet consolidation, etc.)
  • Holding duration is difficult to measure accurately in practice

Frequently Asked Questions

The Bitcoin valuation equation P = T × D / S models the implied price of Bitcoin based on network activity. T is daily transaction volume, D is average holding duration, and S is circulating supply. This is a token valuation model for educational purposes, not a price prediction tool.

Longer holding duration increases the implied price in this model. When holders keep BTC for extended periods (lower velocity), each unit effectively supports more transaction value over time, resulting in higher implied valuations. A holding duration of 365 days means tokens turn over once per year on average.

Use on-chain transfer volume (the dollar value of BTC moving between addresses daily). This differs from exchange trading volume, which includes speculative trades that do not represent economic transfers. On-chain data is available from blockchain explorers like Blockchain.com or Glassnode.

No. This is an educational model that illustrates one theoretical framework for thinking about token valuation. Actual Bitcoin prices are determined by market supply and demand, sentiment, macroeconomic factors, and many other variables not captured here. Do not use this calculator for trading or investment decisions.

Token velocity measures how frequently tokens change hands. It is calculated as 365 divided by average holding duration. A velocity of 1.0 means tokens turn over once per year on average. Higher velocity (shorter holding) generally implies lower token valuations in this model.

Higher circulating supply reduces the implied price per token. Bitcoin's supply is capped at 21 million BTC, with approximately 20 million currently in circulation. The fixed supply is a key feature distinguishing Bitcoin from fiat currencies with variable supply.
Disclaimer

This calculator is for educational purposes only. It presents a simplified theoretical model that does not account for the many factors that determine actual Bitcoin prices. The results should not be interpreted as price predictions or investment advice. Always conduct your own research and consult with qualified financial advisors before making investment decisions.

Course by Ryan O'Connell, CFA, FRM

Cryptocurrency Fundamentals

Understand cryptocurrency from a finance perspective. Covers blockchain technology, Bitcoin economics, DeFi, and crypto valuation frameworks.

  • Blockchain fundamentals and consensus mechanisms
  • Bitcoin monetary policy and supply dynamics
  • DeFi protocols and yield generation
  • Token valuation frameworks and models