Crypto mining arbitration is a new and growing kind of dispute, and a recent matter in Latin America demonstrates why it is worth watching. The facts are simple. A buyer acquired a hydroelectric power plant in order to run a bitcoin mining operation inside it. The plant did not produce as much energy as the operation needed. Less energy meant less mining, and less mining meant an alleged economic loss. A dispute followed, and it went to international arbitration.
This article examines the economics of these cases. Questions of breach, causation, and legal responsibility are for the arbitral tribunal to decide. The question this article answers is different and purely economic: when a power plant falls short, how do you measure the size of the loss?
Case Study: Power-Plant Underperformance and Cryptocurrency Mining
Experts at CONEXIG were recently engaged in a dispute involving a NYSE-listed company that acquired a power-generation facility in Latin America to develop a cryptocurrency mining operation. The facility allegedly failed to achieve its expected capacity and performance.
The technical experts at CONEXIG assessed the condition of the plant, its achievable capacity, and the measures required to reach the expected operating level. The economic-damages experts analyzed the resulting incremental costs and quantified the mining profits allegedly lost because of delayed commissioning and reduced power availability.
The analysis integrated plant-performance data with mining capacity, equipment efficiency, energy consumption, network difficulty, cryptocurrency production, market prices, operating costs, and mitigation.
Why the Power Shortfall Turns Into an Economic Loss
For most businesses, electricity is a running cost. For a bitcoin mining operation, electricity is the main input that produces the product. Mining machines solve puzzles to earn bitcoin, and the amount they can earn depends on how much computing power they run and for how long. Computing power runs on electricity. So, a shortage of energy is not a small inconvenience. It directly lowers how much bitcoin the operation can produce.
When a person buys a power plant, they expect it to make a specific amount of energy. That energy amount determines the price of the plant. If the plant actually generates less energy, the owner earns less money than they planned. This means the buyer paid too much money for a machine that does not work as well as expected. The difference between the promised energy and the real energy generates the subsequent loss of money.
How Damages Are Measured in Crypto Mining Arbitrations
Measuring the loss in crypto mining arbitration is careful work, and it is done in steps.
A power shortfall does not, by itself, establish recoverable damages. The expert must compare the actual results with a reliable counterfactual, or but-for, scenario, and determine which financial consequences were caused by the alleged performance deficiency.
Depending on the facts and the applicable legal framework, the alleged losses may include lost profits, incremental remediation or operating costs, and diminution in value. These categories must be analyzed separately and reconciled to avoid double-counting. In practice, the overpayment measure and the lost-profits measure are usually alternatives rather than complements. A purchase-price adjustment already reflects much of the future earnings that a lost-profits claim would count, so combining the two would count the same loss twice.
- The first step is to define the counterfactual plant capacity, availability, and commissioning date.
- The second step is to translate the power shortfall into reduced mining capacity and operating time.
- The third step is to estimate the forgone cryptocurrency production, using equipment efficiency, network difficulty, block rewards, pool performance, and relevant halving events.
- The fourth step is to value the forgone production over the applicable loss period.
- The fifth step is to deduct avoided costs and to incorporate incremental costs and mitigation.
- The sixth step is to separate the alleged plant-related losses from market, equipment, and operational factors.
- The seventh step is to test the key assumptions through sensitivity analysis.
Cryptocurrency price volatility can materially affect the result. For a lost-mining-profit analysis, the expert may value the incremental cryptocurrency when it would have been produced, using contemporaneous prices or another appropriately supported methodology. A single valuation date should not be selected merely because it produces a higher or a lower result. The choice of date often turns on a behavioral question: whether the operation would have sold its production as it was mined to fund operating costs, or held it. Contemporaneous evidence, such as treasury policy, exchange records, and how the cryptocurrency that was mined was actually handled, usually answers that question better than any assumption made after the fact.
The expert should apply contemporaneous market conditions consistently to the actual and counterfactual scenarios. Factors such as cryptocurrency prices, network difficulty, and block rewards should be incorporated consistently so that the calculation isolates the incremental effect of the alleged power shortfall. Network difficulty in particular may belong inside the but-for model, because the earnings of a miner track its share of total network hashrate. Where a halving falls within the loss period, the resulting step-change in the block subsidy can drive much of the result.
The resulting calculation should present an estimate supported by the available evidence and the stated assumptions. The objective of the expert is not to reduce or to maximize the claim, but to provide an independent, transparent and reproducible assessment of the alleged loss. A rigorous estimate often differs materially from the opening position of either party.
What These Cases Need from an Expert
These fights have a strange feature. They are not fundamentally about digital money. They are about machines, electricity, cooling, and how the site works. They are also about the money made from those things. A person who tracks digital wallets cannot explain why a plant made less energy than promised. An engineer who knows the plant cannot always calculate the fair value of the lost money.
Technical experts assess the actual and counterfactual capacity of the plant, its reliability, and the remediation requirements. Economic experts translate those findings into mining output, revenues, avoided costs, incremental expenditures, and net financial loss. The two disciplines should remain distinct while using consistent assumptions.
Therefore, this work requires two types of knowledge. One is technical: how much energy the plant can make, and how that energy creates digital coins. The other is economic: how to value the lost energy, pick the right date for the value, remove saved costs, and ignore normal market changes. When one expert team has both skills, the analysis works well, and the arbitral tribunal can understand the opinion much more easily.
This is close to the work involved in any cryptocurrency expert witness matter, and it draws on the same tools used to measure economic damages in other disputes. It also connects to business valuation, because the value of the plant itself depends on the power it can truly deliver.
The Wider Trend
The matter described above is one example of a pattern that is likely to grow. Long-lived, low-cost power is attractive for bitcoin mining, and deals built on that power carry a built-in risk: the plant may not perform as expected. Similar disputes over undelivered power in bitcoin mining have already reached arbitration in other countries. As more of these projects are built, crypto mining arbitration will become a more familiar part of international arbitration, and the demand for experts who understand both the machines and the money will grow with it.
Frequently Asked Questions
What is crypto mining arbitration?
It is a dispute, resolved through arbitration, that arises from a cryptocurrency mining project. Many of these disputes turn on power supply, equipment, or site performance rather than on the currency itself.
Why do these disputes happen?
Regions with cheap and plentiful power attract cryptocurrency mining. When a deal depends on that power and the plant delivers less than expected, a dispute can follow.
How are damages measured when a power plant underproduces?
An expert models the mining output the promised power would have supported, compares it to the real output, values the lost bitcoin at a defensible date, subtracts saved costs, and removes the effect of the wider market.
Why do these cases need both an engineer and an economist?
The technical side sets how much power and output were truly possible. The economic side turns that shortfall into a defensible money figure. Both are needed for the analysis to hold together.
What makes the damage from bitcoin mining hard to quantify?
The price of bitcoin moves sharply, mining difficulty changes over time, and the wider market shifts on its own. Separating the effect of the power shortfall from all of these is the central challenge.
Disclaimer: The views and opinions expressed in this article are solely those of the author and are provided for general informational purposes only. They do not necessarily reflect the views, opinions, or positions of CONEXIG, its partners, affiliates, or clients. Nothing in this article should be construed as legal, professional, or other advisory services or opinions, and readers should seek appropriate professional advice for their specific circumstances.