# The inversion contract Level two · L2-CONTRACT · 12.09.2026 Obligations, measured performance and income allocation. ## Starting asset Teaching project C-01: verified value of reduced consumption is €80,000 per year; a separately delivered flexibility service earns €10,000; incremental costs are €12,000. A reserve takes 10% of the positive balance. After reserve, owner and investor each receive 40%, and the practitioner receives 20%. The Academy receives 10% of the practitioner’s fee. All rates and amounts are illustrative. ## Outcome Build the terms of a specific project and test settlement under different outcomes. ## 1. Define the obligation The contract starts with the asset’s useful service, baseline and promised action. Identify who surveys, designs, funds, installs, operates, measures and accepts the work. Give each role an output and deadline. Distinguish a guaranteed metric, a forecast and conditional additional compensation. Projected savings support payment only through an agreed procedure. This workshop prepares technical and economic terms; governing law, signatory authority and the obligation’s legal form are established for the specific agreement. ## 2. Fix the verification method A contract schedule defines measurement boundaries, baseline period, adjustments, data quality and discrepancy resolution. Include the formula, sources, calculation frequency, acceptable missing data and responsible verifier. Weather, production and operating schedules alter the comparison baseline. Tariff changes alter monetary valuation. Keep these causes separate. When asset use changes, record the event and apply a predefined baseline revision procedure. Data loss does not automatically imply zero savings or full guarantee achievement. ## 3. Build the cash flow First calculate the verified value of avoided consumption. Add separately delivered services where the agreement permits them and the resource has not been counted twice. Deduct incremental operating, measurement and delivery costs. The remaining balance is the allocation base. C-01 gives €80,000 + €10,000 − €12,000 = €78,000. A €7,800 reserve leaves €70,200 for distribution. Link each receipt to evidence and a payer. Recording a virtual token without a backed obligation does not create cash income. ```text Pool = verified_savings_value + separate_service_revenue − incremental_costs Distributable = max(0, Pool) × (1 − reserve_rate) ``` ## 4. Practitioner pay and Academy participation Open learning is available without a charge for knowledge. Practical qualification is tied to an implemented project. The Academy’s participation in practitioner income needs a clear separate term specifying base, rate, period, exclusions and termination. Reading materials alone does not establish a fee rate. In C-01 the practitioner receives 20% of €70,200, or €14,040. The Academy receives 10% of that fee: €1,404. The practitioner retains €12,636. This links Academy compensation to actual practitioner earnings. The mechanics are illustrative; actual terms are contractual. ## 5. Check each party’s economics Positive project value still needs an allocation that allows participants to meet their obligations. The investor evaluates its own post-allocation cash flow and costs. The owner considers payments, comfort, downtime and equipment rights. The practitioner considers work, support and responsibility. Five equal annual investor payments of €28,080 discounted at 10% have a present value of approximately €106,445. An initial €80,000 investment gives an NPV of approximately €26,445 before taxes and other excluded cash flows. Changing shares can change that conclusion while total savings remain the same. ```text NPV_party = −initial_investment + Σ cash_flow_t / (1 + discount_rate)^t ``` ## 6. Shortfall, reserve and dispute Separate technical underperformance, lower service prices, higher costs, missing data and equipment failure. For each event, define response order, cost allocation, correction time and recovery evidence. A reserve has a purpose, limit and release rules. If C-01 verified value falls to €50,000 with other revenue and costs unchanged, the pool is €48,000. After reserve, €43,200 is distributed. A negative pool produces a deficit; its funding needs a separate term. Setting payouts to zero does not resolve losses. ## 7. Rights, data and termination Specify equipment ownership, data access, configuration rights, maintenance and treatment of improvements after expiry. Describe handover of models and documentation to a new operator. Each digital right needs a defined obligation, debtor and performance conditions. When selling flexibility, check compatibility with other promised services. The same interval of available capacity cannot satisfy incompatible commitments simultaneously. Closure requires an equipment-condition record, open-defect list, final settlement and evidence-retention arrangements. ## 8. Rehearse the contract before signing Run at least baseline performance, shortfall, zero benefit, negative balance, an owner operating change and failure of a key meter. Give the same event table to each party and ask for independent settlement calculations. A discrepancy reveals a term that permits different interpretations. Clarify the formula and rerun the case. The workshop produces a negotiable package of terms, schedules and worked examples. Design automated execution once the consequences of the terms can be reproduced unambiguously. ## Calculation laboratory Trace each payment from verified performance to its recipient. The practitioner share is the remainder after owner and investor shares. https://x5power.com/Academy/GoldenWatt/inversion-contract/?lang=en#lab All rates are illustrative. Payments are equal and occur at each year end. The model excludes taxes, financing, degradation and residual value. A negative pool appears as a deficit; the project terms determine how it is funded. ## Exercises 1. Pool and reserve Calculate the C-01 pool, reserve and distributable amount. **Method and reference result** €78,000, €7,800 and €70,200. ## Exercises 2. Practitioner income Apply a 20% practitioner share and a 10% Academy share of that fee. **Method and reference result** Practitioner fee €14,040; Academy €1,404; practitioner retains €12,636. ## Exercises 3. Lower performance Reduce verified value to €50,000, holding other terms constant. **Method and reference result** €43,200 is distributed. Owner and investor each receive €17,280; practitioner receives €8,640 before the Academy allocation. ## Exercises 4. Deficit Verified value is €0, separate revenue €5,000 and costs €12,000. What does the model show? **Method and reference result** A €7,000 deficit and no positive distribution. Cost-funding and responsibility terms are required. ## Exercises 5. Two sales of one resource One capacity interval is promised to two buyers with incompatible instructions. What must the registry check? **Method and reference result** Asset, interval, capacity, constraints, service compatibility, committed reserve and execution priority. ## Exercises 6. Change of use The owner doubles operating hours. Propose the settlement procedure after the change. **Method and reference result** Record the event, check baseline-model applicability, apply the agreed adjustment, retain both versions, agree the effective date and rerun settlement. ## Field project Prepare a deal passport, obligation matrix, measurement schedule, allocation formula, risk register, data and equipment terms, closure procedure and six settlement scenarios. Identify the basis, recipient and timing of every payment. The defence assigns owner, practitioner and investor roles. Each independently calculates payments from the same event set. Practical qualification requires participation in an implemented project with verified outcomes; completing a contract form demonstrates the teaching exercise only. ## How the work is assessed Academy teaching rubric: 100 points maximum. The calculation defence requires at least 80 points and all mandatory checks. Practical assessment additionally requires an implemented project and measurements. This page prepares the work; it does not issue certificates automatically. - Problem and boundaries: 20. Asset, useful service, units and constraints are defined. - Calculation and data: 25. The main result is reproducible and inputs are traceable. - Result verification: 20. Measurement, comparison and uncertainty match the claim. - Adverse conditions: 15. Failure, changed conditions and recovery are examined. - Operational handover: 10. Owners, acceptance programme and actionable instructions are present. - Transfer to a new asset: 10. New conditions and required adaptations are demonstrated. ### Mandatory checks Units and boundaries are consistent. Every material input has a source. Assumptions and measurements are identified separately. An adverse scenario is tested. The submitted result is reproducible. Practical claims are backed by implemented work. ## Project workbook - Asset and useful service - Boundary, period and units - Inputs and their provenance - Design and alternatives considered - Calculation and testable result - Uncertainty and missing information - Adverse scenario and recovery - Acceptance, owners and follow-up ## Agent assignment Study the book and prerequisites. Reproduce the reference calculation. Solve the exercises before reading the methods. Prepare a project for a new asset. Return inputs with units and provenance, calculation, applicability limits, an adverse scenario, a measurement plan and questions for the human. Give the package to another agent for independent checking. ## Books and primary sources - [EVO · International Performance Measurement and Verification Protocol](https://evo-world.org/en/products-services-mainmenu-en/protocols/ipmvp). Measurement boundaries, baseline and a savings verification plan. Record the chosen protocol edition when applying it. - [NASA · Systems Engineering Handbook](https://www.nasa.gov/reference/systems-engineering-handbook/). Requirements, life cycle, system verification and decision traceability. ## After implementation After one month, check metering and operating conditions. After a season changes, review the forecast and limits. Verify the final claim over its complete stated period. Add new observations to the project history and use them to develop the next exercise. XPower Academy · Alex Ananin and the Echelon group