Knowledge and Energy

WHITE DEVELOPMENT BOOK / APPLICATION MODULE

NEW
WORLD CONTRIBUTION

Archive → science → computing → energy → useful result

Conceptual illustration. Not a master plan or a description of the constructed objects.

Knowledge gives direction.
Energy provides action.

A model of coordinated human development, natural environment and technological infrastructure. From the pilot of Safari Park - City of Knowledge to the network of territories that exchange proven solutions.

The archive has grounds. The Academy creates competences. GRID checks the scripts. Energy provides the job. The multi-dimensional profile shows the result.

Prepared for Sokolov Sergey Leonidovich

5 September 2026 | Version 1.0 | ZE-Module01

01 / SOLUTION IN ONE LEAVE

Two resources, one development cycle

It is proposed to develop “Knowledge and Energy” as an applied module of EQUILIBRIUM: to provide every socially useful task with verified knowledge, a competent person to carry it out, a measurable resource and responsibility for the result. The module complements, rather than replaces, the previously prepared documents on the New Order and the City of Knowledge. [П1–П3]

What we connect	What we get
Archive, research, education	Reusable materials, reproducible methods and trained participants.
Power supply, accounting, load management	Reasonable consumption profile and choice of supply options without loss of service quality.
GRID, registers, accounting group	Comparable scenarios, related balances and traceable decision dossiers.
City of Knowledge and Multidimensional Ratings	Testing benefits for humans, territory, and nature, not just increases in costs or power.

Proposed first decision

Approve a 90-day preparation phase for the ZE-01 pilot within NMU-P001 “Safari Park — City of Knowledge”. Appoint the owners of the knowledge, engineering node and methodology; agree on access to materials and measurements; determine the budget and scope of work after the survey. Construction of a new city, power plant or large data centre is not included in the initial decision.

Navigation	Pages
Paradigm Change and Architecture	3–4
Archive, Academy and Computing GRID	5–7
Energy, Contract Model and Balances	8–12
Multivariate Ratings and Calculation Example	13–16
Pilot, responsibility and road map	17–21
Data, draft decision and sources	22–24

There are no pilot results. Goals for 90 days - proposals for approval. Calculating examples are not site valuation, promise of savings, or an investment proposition.

02 / PARADIGM SHIFT

From Accumulation of Resources to Useful Outcome

In the proposed model, value is not created by the number of documents, calculations or kilowatt-hours worked. Significant result: mastered competence, working technology, preserved natural environment, reliable service and the ability to repeat a successful solution.

Previous management habits	Proposed conversion
Document as completion of work	The document as a verifiable basis for the next action.
Power as the main indicator of development	Reliability and quality of the required service at reasonable costs.
Individual digital and energy projects	Joint calculation of data, calculations, energy, water, personnel and life cycle.
Unified rating of winners	Multidimensional profile of the result, limitations and quality of evidence.

Why Knowledge and Energy are Practical

In Review IEA from 16 April 2026 Global electricity consumption by data centers is estimated at 485 TWT·h for 2025 year; central projection of 2030 A year or so 950 TWT·h. This is the entire data center sector, not just AI. The forecast is not a fact of the future and does not determine the load of our pilot1]

Conclusion for the project: the computing infrastructure should follow the confirmed tasks. The scope of service, the quality of the solution and physical consumption must be considered together; the increase in the number of calculations does not in itself prove public benefit.

Two meanings of the word "energy"

In an engineering circuit, energy is measured in physical units, and power describes the rate of its transmission or use. In the cultural language, “energy of creation” can mean motivation and initiative. These values are not mixed in balance sheets, contracts and scientific evidence.

The project formula is managerial, not physical: proven knowledge + secured action + independent verification → useful and reproducible result.

03 / ARCHITECTURE

Two Lines and Shared Responsibility

The contour of knowledge answers the questions "what is known, what can be checked and how to act." The energy circuit answers the questions "what service is needed, what and when it is provided." They converge in the project dossier and diverge after execution into measurements, results, and new knowledge.

Element	Role in the ZE-01 module	Withdrawal
Heritage Preservation Archive	Acceptance of originals, versions, rights, safety and communications.	Available to restore the file.
Academy and scientific partners	Research, training, examination of applicability.	Protocol, program, competence.
Computational Grid	Calculation of solved tasks and options.	Playable scenario.
Energy Operator	Accounting, supply and operational reliability.	Load profile and event log.
The Accounting Group	Reconciliation of units, boundaries, resources and commitments.	Balances agreed B01 to B19.
IAC / ORION22:22	Description of objects, analysis of consequences and profiles.	Justification of the decision with restrictions.
SFERA / ECO-PPA	Participants, initiatives and treaty obligations.	Cooperation program and contracts.
Execution operator / SPECZASHCHITA	Organization of coordinated work and acceptance.	Accepted result and report.

End-to-end solution recording

Need → object of knowledge → technical requirement → options → selected action → resource and contract → acceptance → Measurement → Archive. Each link receives an ID, version, source and responsible. Updating raw data causes revision of related calculations.

Platform names denote the proposed functions within the project. They do not certify state powers, consent of organizations to participate or already established legal structures.

04 / HERITAGE ARCHIVE

A memory that brings knowledge back to work

The archive is proposed to be an active infrastructure, not a warehouse of final files. It combines historical materials, scientific protocols, engineering solutions, training programs and performance history. Separately, cultural significance, scientific verification and rights of use are taken into account.

Stage	Obligatory result
1. Reception	Original, source, author or applicant, date and basis of transfer.
2. Description	Permanent ID, type, theme, territory, version and links.
3. Verification	Status: primary material, hypothesis, evaluation or confirmed result; expert comments.
4. Rights and access	Rightholder, permitted actions, restrictions and term of access revision.
5. Saving	Integrity control, backups, change log, and recovery test.
6. Reuse	A reference to the curriculum, calculation or solution in which the material is actually used.

It is proposed to coordinate the preservation metadata with PREMIS, where objects, events, rights and agents differ. The relationships of origin of the data can be described by means of W3C PROV-O: essence, action and responsible agent. These are methodological guidelines, not a declared system certification. [I3; I4]

Minimum pilot result

The proposed volume is 100 of the described archival objects; for each source and access mode are determined. At least 10 objects are associated with specific programs or scenarios. For materials with undefined rights, access restriction is fixed, not a fictional permission. At least one documented recovery of the agreed set is carried out.

The checksum confirms the immutability of the file, but not the truth of the content. AI can help to search and describe materials, but does not establish authorship or authenticity without verification.

05 / ACADEMY AND APPLICATION SCIENCE

From heritage to competence and technology

Knowledge becomes a development resource when it can be understood, tested, applied, and passed on to the next participant. A Guide to Open Science UNESCO — Accessibility and reuse of scientific knowledge, together with responsible openness management. In the project, the access mode is established by the material and task. [and2]

Programme	Practical product	Verification
Energy literacy	Two training programs: "How the balance of energy is arranged" and "How the result is confirmed".	Entrance task and final practical work on one method.
Biocenoses and engineering environment	Field protocols of water, microclimate, loads on routes and energy consumption.	Season, measurement points, data quality and re-observation.
Materials of the New Order	Tasks for ceramics and synthetic crystals: leukosapfir, IAG, GGG, synthetic diamond.	Selection of material according to the requirements of the node and tests, and not the prestige of the name.
Sensors, control and robotics	Limited safe monitoring and maintenance tasks.	Comparison with the base method, manual reserve and operational limitations.
Heritage and culture	Thematic collections, scientific biographies, history of engineering solutions.	Origin, rights and connection to the educational program.

Passport of scientific result

Question; method; source materials; performers; test environment; evidence; uncertainty; conclusion; limit of applicability; law; version. A negative result is maintained along with a successful one: it limits the wrong decisions and prevents the repetition of errors.

Partnership, not unconfirmed status

IMASH RAS, universities and specialized institutes are considered as possible scientific partners in individual competencies. Their participation requires agreements. The name "Academy" is used in design architecture and does not in itself confirm accreditation or the right to conduct licensed activities.

06 / COMPUTER GRID

Metacomputers start with a task

GRID is a proposed collaboration of computational resources and permissioned data. It is not equal to the electrical network and does not automatically combine all computers into one machine. The choice of the computing tool is determined by the task, the quality of the result, the costs and access conditions. [P1; P3]

Level	What we launch	Extension condition
1. Register and calculation	Catalog, archive storage, index passport, simple model and solution log.	Real users and verified data.
2. Partner Resources	Isolated calculation tasks on existing sites with coordinated access.	Measured need, contract and ability to repeat the result.
3. Specialized Node	Additional capacities only for confirmed tasks and requirements.	Comparison of life cycle cost, energy, water, personnel and alternatives.

Computational task card

Project identifier; purpose; input and version; permission to use; program method and version; allowable deadlines; quality requirements; resource limit; execution log; result and control calculation. For external service, it is separately noted how much energy is measured, and what is estimated or unknown.

General accounting, different management modes

GRID can offer a schedule of non-critical calculations and assess the impact on the load. The management of protections and critical engineering systems remains in a proven operational loop. At the start, the exchange of data is one-sided: measurements are transferred to analytics, and the change of modes is approved by a responsible specialist.

Own large data center is not a condition for starting. First, we prove the usefulness of calculations and the need for resources, then we solve the issue of capital investments.

07 / ENERGY CONTOUR

Designing a service, not a list of installations

The initial task is to provide the necessary services to people, scientific programs and environmental activities. Before choosing a power source, it is required to describe the current and planned loads, the quality of supply, site restrictions, technical condition and available contractual terms.

Step	What should be established
1. Need	Who receives the service; opening hours; seasonality; electricity, heat and other resources along separate borders.
2. Criticism	Load that can not be interrupted; allowable break; safe stop; manual and backup mode.
3. Measurement	Accounting points, intervals, units, time synchronization, instrument health and pass log.
4. Reduction of losses	Comparison of modes, schedules, maintenance and equipment with the same quality of service.
5. Supply options	Existing network, contractual changes, local generation and accumulation are only in reasonable combinations.
6. Operation	Responsible, service, spare parts, emergency communication, testing and full cycle cost.

Technological neutrality

Solar, wind, thermal and other technologies are not automatically included. For each resource, land, seasonal profile, connection, impact on the natural environment and availability of service are checked. The storage device is considered as a means of energy transfer and mode provision, and not as an independent source of primary energy.

What we fix before investing

Current supply scheme; indications and documents for the available period; installed and actual capacity; critical loads; site restrictions; supplier conditions; maintenance costs. If there is a lack of data, the survey is carried out first, and the required capacity of the “city of the future” is not assigned.

Proposed start: one authorized engineering unit and at least 30 consecutive days of observations. This is enough for a prototype of accounting, but not enough to promise an annual effect without seasonal data.

08 / PHYSICAL ACCOUNT

Energy should not appear twice.

Balance is maintained for one boundary, one period and agreed units. Electricity, heat and fuel are shown in separate streams; the transfer of units or the comparison of the beneficial effect is accompanied by a methodology. The financial cost of energy refers to B01, physical flow to B03.

Electricity balance per interval:
import + local generation + discharge drive =
load + storage charging + exports + grid losses.

The change in the stock of the storage device is taken into account separately with the efficiency of charge and discharge. If the initial and final stock are different, it is neither savings nor new generation. Energy receipts and selection are compared on the explicitly specified sides of the converters.

Conditional example for one day, kW·h

Access to the common tyre	kW·h	Shared tyre consumption	kW·h
Import from the network	630	Payload	1 000
Local generation	450	Battery Charge	200
Discharge of the storage device	160	Export to network	20
—	—	Losses of distribution network	20
Total	1 240	Total	1 240

In this example, the storage capacity at the beginning and end of the day is the same. The difference between charge 200 and grade 160 KW·h — 40 KW·Loss of cycle. External input and generation: 630 + 450 = 1 080 KW·h. Their distribution: 1 000 payload + 20 Exports + 20 network losses + 40 Accumulation losses = 1 080 KW·h.

Quality checks

The discrepancy between the sum of flows, the incomplete interval, different time zones and the negative balance without explanation create a record of the discrepancy. The accounting group establishes the permissibility of the data; the analytics does not hide the error by rounding or averaging.

All the numbers on this page are designed to demonstrate arithmetic. They do not describe Safari Park, existing equipment, or an agreed power supply scheme.

09 / ECO-PPA AND ECONOMY

Linking contracts, not mixing rights

Energy PPA is a contractual instrument for organizing the purchase of energy; the materials of the World Bank separately consider the structure of revenue and the distribution of risks. In our project ECO-PPA is broader: a framework for coordinating energy, resources and verifiable result. These concepts are not identical. [I6; P1]

Treaty block	What is fixed
Power supply	Parties, volume, profile, quality, points of account, price, calculations and responsibility.
Energoservice	Comparison base, change of mode or equipment, effect measurement and result payment rules.
Knowledge and calculations	Composition of services, input materials, licenses, data limitations, quality and acceptance.
Science and education	Program, audience, protocol, rights to the result and confirmation of its achievement.
Archive and Continuity	Security, storage time, portability, access and verification of recovery.
Ecology and public benefit	Measured obligation, boundary, method, checking and separate basis of payment, if any.

Financial accounting rules

Separately, capital investments, operating expenses, working capital and reserve are shown. Savings are not equal to cash flow, and the reduction in kW·h does not guarantee the same share of the reduction in the account: the tariff structure, power, fixed payments and the terms of the contract are affected. The monetary model is filled in according to the survey and proposals of counterparties.

Knowledge and Energy Sustainability Funds

At the start, these can be two target budgets of one operator: the first finances archive, training and research, the second - survey, accounting, reliability and maintenance. The transfer of funds between them is clearly reflected. The promised funding is not shown as money received; the future benefit is not recognized as ready collateral.

This section is a project of contractual architecture, not a legal conclusion. Transactions, tariffs and authorization requirements are checked in relation to the participants, the site and the jurisdiction before signing.

10 / TRADING CLASSIFICATION

19 related balances — no renaming

The B01–B19 codes and names from the original concept are retained. New energy indicators and archive objects link to them rather than forming a competing set of “19 directions”. [П1]

Code	Balance	Application in module
B01	Finance	Funds, expenses, liabilities and reserve.
B02	Materials	Consumables, cable, components, return.
B03	Energy	Electricity, heat, power and peaks.
B04	Production capacity	Availability of scientific and service processes.
B05	Equipment	Condition, service, resource and reserve.
B06	Workforce	Competence, time, preparation and load.
B07	Science	Protocols, data and adopted results.
B08	Technology	Methods, tests and conditions of use.
B09	Infrastructure	Buildings, networks, communication and node readiness.
B10	Transport	Movement of participants and business flights.
B11	Logistics	Supply, stock, timing and execution of orders.
B12	Land	Rights, regimes, sites and restrictions.
B13	Water	Consumption, Return, Quality and Cooling.
B14	Ecology	Biocenoses, effects and recovery.
B15	Carbon	Emissions and absorption at a given boundary.
B16	Data	Origin, quality, access and preservation.
B17	Social impact	Availability of services, skills and benefits to the community.
B18	Security	Dangers, incidents and preparedness.
B19	Strategic development	Goals, dependencies, milestones and commitments.

Example of communication: new curriculum requires staff B06, Knowledge B07, Data B16, Energy B03 and funds B01; Skill is reflected in B17. One effect does not add up over all related balances.

11 / ORION22:22

Nine registers of one decision

ORION connects five levels: meaning, knowledge, decision, action, and memory. Inside them, nine previously defined registers of the "Thinking Stream" are used. For the module "Knowledge and Energy" their codes and meaning are stored. [P1; P3]

Code	Register	Pilot's record
R01	Observations	Node, primary document or user request.
R02	Themes	Why is this important and whose need is affected.
R03	Classification	Object type, balance codes, ORION axis and dictionary version.
R04	Scripts	Base, alternatives, constraints and prerequisites.
R05	Decisions	Choice, basis, authority, budget and terms of review.
R06	Actions	Contractor, term, contract and performance journal.
R07	Results	Accepted product, measured change and side effects.
R08	Evidence	Protocol, measurement, calculation and conclusion of the verifier.
R09	Connections	Relationships between records, versions, rights and balances.

Numbers indicate different directories

22 ORION axis describes objects and context. 19 Balance Sheets Take into Account Resources and Consequences. 19 Human standards describe the conditions of development. 260 indicators - the target volume of a wider system, and not the mandatory equipment of the first launch. For ZE-01 a separate version of the starting set of 12 indicators.

Example of regime change

Observation records peak load. Scenarios compare the transfer of a non-critical task and the base mode. After the decision, the operator changes only the agreed schedule. The result is checked by comparable service, interval data and restrictions. The archive stores the original data, calculation, decision and acceptance.

Symbolic system 20 × 13 = 260 The kin remains a cultural contour. It does not serve as a basis for physical calculations, scientific ranking or restriction of human rights.

12 / MULTI-DIME RATINGS

Development profile instead of a single place

The module uses ten dimensions of the previously proposed profile: human potential; quality of life; nature and biocenoses; education and science; technology and innovation; culture and heritage; social sustainability; economics; cooperation; and long-term sustainability. Energy values are distributed by these measurements without replacing them. [P3]

Proposed rules of calculation

Rule	Application
Comparable group	One type of object, a similar stage and clearly described differences in conditions.
Unified base	Same boundaries, period, definitions, units and quality of service.
Transparent scale	Thresholds and direction "better" are established before calculation; physical value is maintained.
Skips and Uncertainty	"No data" is not replaced by zero, hidden average or positive score.
Resilience check	We change permissible weights and assumptions; we do not publish an unstable conclusion as an accurate rating.
Uncompensated restrictions	Safety, rights, and critical natural constraints are not overshadowed by success in other areas.

Methodological guide - manual OECD/EC-JRC on the construction of composite indicators. The rules given here are a design technique ZE-01 and require approval before real publication. [I7]

Normalization - only after setting thresholds

For an indicator where more means better: s = 100 × min(1; max(0; (x − L)/(U − L))), at U > L. For the reverse direction: s = 100 × min(1; max(0; (U − x)/(U − L)))). L and U are pre-approved thresholds; both formulas are a proposed presentation method, not a mandatory standard.

In the first version, separate values, dynamics, source and completeness of data are published. Aggregate score is not required. Human value rating, social scoring of people and automatic restriction of basic rights are not created.

13 / STARTING INDICATORS PASSPORT

Knowledge and reliability: 01–06

ZE-01 starter set, version 1.0. This is a new applied specification compatible with ORION; it is not presented as an already approved complete register of 260 indicators. Baseline values for the site have not yet been established.

ZE-K01 / Complete archival description

100 × objects with mandatory fields / objects of the accepted directory, %. Archive register; the list of required fields is fixed before checking.

Culture and heritage; B16

ZE-K02 / Re-application of knowledge

The number of unique archival objects used in the programs or decisions made. Object references and act of use; views are not considered use.

Education and Science; B07, B16

ZE-K03 / Proven research results

100 × results with accepted verification / results submitted for verification, %. Protocol and independent review; negative results are not automatically excluded.

Education and science; B07

ZE-K04 / Mastering a practical skill

100 × participants who completed the final task / participants who started the program, %. One evaluation rubric; completion and reasons for elimination are shown separately.

Human potential; B06, B17

ZE-E01 / Uncovered critical load

Minutes of an unexpected interruption of an agreed critical service. Event log and operational data; criticality criterion approved.

Quality of life; B03, B18

ZE-E02 / Specific Energy Services

Energy at the border / comparable service units, kW·h/ed. Counter and service accounting; the total cost and volume of the service are also published.

Economy; B03, B17

For each indicator, the owner, object, period, boundary, version, source, initial value, purpose and status of the check are additionally fixed. If the denominator is zero, the value is marked "not applicable" rather than being calculated conditionally.

13 / STARTING INDICATORS PASSPORT

Efficiency and stability: 07–12

ZE-E03 / Maximum power consumption

Maximum average power over the approved interval, kW. Interval profile; the length of the interval is the same when compared.

Technology and innovation; B03, B09

ZE-E04 / Confirmed consumption reduction

Adjusted base − actual flow, MW·h for the period. Measurement and verification plan; separately uncertainty and reasons for change.

Long-term stability; B03

ZE-S01 / Covering mandatory expenses

Available unlimited money / average mandatory monthly payments, months. Operator accounting; earmarked funds are excluded if not suitable for the intended purpose.

Social sustainability; B01

ZE-N01 / Specific water consumption

Water at the border / comparable service units, m³/unit. Instrument accounting and water assignment; environmental quality is monitored separately.

Nature and biotic communities; B13, B14

ZE-D01 / Completeness of interval data

100 × valid intervals / expected intervals, %. Revenue log; validity rule, omissions and corrections retained.

Technology and innovation; B16

ZE-C01 / Completed joint tasks

Number of accepted tasks with two or more participants and documented contributions. Register of agreements and acceptances; one result is taken into account once.

Cooperation; B07, B19

14 / CALCULATION AND ECONOMY

We confirm the effect of a comparable base

Measurement and verification of savings separate the initial state, the reporting period, the change in conditions and the effect of the event. External methodical reference — FEMP M&V Guidelines 5.0; a specific measurement plan is being developed for the pilot's unit. [I5]

Conditional example for one comparable month

Size	Value	Status
Measured energy in the base month	120 MWh	Conditional baseline observation.
Amendment to agreed terms	+5 MW·h	Conditional model of normalization.
Base under reporting month conditions	125 MWh	120 + 5.
Cost after the event	105 MWh	Conditional measurement.
Decrease in relation to the base	20 MWh	125 − 105.
Relative decrease	16%	20 / 125 × 100%.

At a conditional variable price 8 RUB/kWh·The change in energy costs is 20 000 × 8 = 160 000 rub. This is not a profit or a full monetary effect: additional costs for equipment, maintenance, measurements, calculations, financing and the structure of the actual account must be taken into account.

Three Comparable Options

A:Continuation of current mode with necessary maintenance. B: accounting, regulation of schedules and confirmed measures to reduce losses. B: Option B plus local sources or accumulation, if they are justified by calculation. In all variants, the same requirements for service, safety and natural restrictions remain.

The example is entirely conditional. No uncertainty interval is calculated for it. Annual savings, payback and pilot profitability are not declared; a monthly example cannot be automatically multiplied by 12.

15 / PILOT TERRITORY

Safari Park — City of Knowledge

Safari Park remains a natural core, and the City of Knowledge links it to education, applied science, and infrastructure. The Knowledge and Energy module demonstrates this connection at a limited node: resource monitoring → training work → study → selected improvement → verification. [P2]

Part of the territory	Role in the module	Start border
The Natural Core	Biocenoses, ecological routes, observations and family education programs.	Observations without changing the agreed environmental management regimes.
Academy and campus	Workshops, archival laboratory, research groups and scientific residences.	Existing or agreed premises; no mandatory new development.
Engineering Node	Consumption accounting, load schedule and comparison of operating options.	One authorized object with a responsible operator.
City of knowledge and partner sites	Training, application development and reuse of solutions.	External sites under agreements; major functions are considered separately.

Preserved elements of the original design

Academy of Biology and Ecology, club "Young Zoologist", ZOO-hotel "Russian Tiger" and thematic objects can become participants of programs within the limits of really confirmed rights, readiness and operation mode. Their names do not mean that all objects are already built or available for the pilot.

Mentioned in the original concept 67,21 hectares - the original design parameter, and not confirmation of the actual area, rights or permitted development. For ZE-01 the area is not used as the basis of power, budget or number of visitors without separate verification. [P2]

The task of the pilot is to prove the efficiency of a bundle of knowledge and energy. Preserving the natural core is more important than saturating the territory with demonstration plants.

16 / PILOT PASSPORT

ZE-01 as part of NMU-P001

Field	Proposed content
Name	"Knowledge and Energy": Archive, training, accounting and scenarios of one engineering node.
Goal	Check whether the knowledge and measurement mix helps you make better decisions.
Playground	Safari Park - A city of knowledge or an agreed partner node as part of its program.
Border	One engineering object, an archive collection, two training programs, the start profile of ORION.
Preparation period	90 days from team approval, access and budget.
Budget	Not set. It is compiled according to the survey, labor costs and offers of suppliers.
Beyond the Border	Construction of a city, a large data center and mandatory purchase of generation.

Proposed acceptance criteria, not achieved indicators

Result	Criterion
Archive	100 described objects; defined access mode; 10 Confirmed connections with the application.
Measurements	At least 30 consecutive days; at least 95% valid intervals at the agreed boundary.
Scripts	Three options with the same service requirements and explicitly stated assumptions.
Training	Two programs and a protocol for practical assessment; the number is determined by resources.
Profile and evidence	12 passport indicators; available values or explained lack of data; one recovery check.
Decision	Independent review; list of comments; decision to continue, finalize or stop.

Threshold 95%, volume 100 objects and other numbers - the proposed criteria for this pilot. They are not industry standards. Energy savings are not guaranteed and are not the only condition for utility.

17 / MANAGEMENT AND PROTECTION

Separation of powers and conflicts of interest

Role	Responsibility
Project Council / Customer	Approve the goal, the limits, the budget, the limits and the decision on the next stage.
Owner of Knowledge and Archive	Responsible for origin, rights, quality of description and recovery.
Operator of the engineering unit	Responsible for the safe operation, measurement and coordination of changes.
IAC / Methodological Director	Describes models, passport indicators, assumptions and limitations of conclusions.
The Accounting Group	Checks data, units, expenses and elimination of double counting.
Independent reviewer	Repeats significant calculations, checks the acceptance and reveals a conflict of interest.
Representatives of participants	Provide feedback on the availability, quality of training and impact on the territory.

Risks that can not be hidden by the final score

Risk	Action
Invalid data or overstated effect	Stop publishing the output; save the original version; repeat the check.
Violation of safety or natural restriction	Stop the affected module prior to evaluation by an authorized specialist.
Lack of material rights	Limit access; set the basis of use; do not disclose automatically.
Budget overrun or dependence on supplier	Revise the stage; check data export and alternative; do not expand commitments silently.
Loss of data or service inaccessibility	Perform a recovery plan; record the test result and correct weaknesses.

AI supports analysis, but does not make final decisions about people's rights, security, funding or the management of critical systems. For corrections and challenges, an open journal of appeals is provided.

18 / FIRST 90 DAYS

From materials and measurements to solutions

Timeframe	Main works	Control output
Days 1–15	Assign roles; check rights and access; select a node; describe a boundary; make a catalog and plan for observations.	Passport ZE-01, register of source data, training budget and list of restrictions.
Days 16–35	Run data collection; describe archival objects; approve 12 passports and two programs; fix basic scenarios.	Working accounting, dictionary versions, program materials and first quality checks.
Days 36–60	Continue observations; compare three options; run programs; link materials to solutions; test recovery.	A set of observations of at least 30 days, calculation dossiers, training and recovery protocols.
Days 61–90	Check data and calculations; close comments; form a multidimensional profile; prepare a solution for the next stage.	Acceptance certificate or list of improvements, costs, restrictions and justification for continuation.

Conditions for transition between stages

The regime cannot be tested until safety and responsibility are defined. An effect cannot be declared until the database and data quality are agreed upon. It is impossible to replicate the solution until its reproducibility, rights and applicability on another site are checked.

What should lie on the table on the 90-th day

One pilot file with passport, sources, 19 linked balances in the applicable part, measurement register, 12 passport indicators, scenarios, program protocols, costs, risks, the result of an independent audit and the draft of the next decision. Unknown values remain unknown and have a receipt plan.

90 days - the period of the proposed preparation and verification of the prototype after permission to start. It does not mean completion of construction, annual energy audits or a full assessment of the long-term environmental impact.

19 / MACHINERY

Knowledge network — cooperation of energy nodes

After checking the pilot, it is proposed to expand not only the set of objects, but also the ability of participants to exchange methods, personnel, permitted data and engineering solutions. A common network is built on interoperability and responsibility, not on mandatory centralization of ownership.

Step	What is being replicated	What is checked again
One node	Dictionary, archive card, load profile and decision cycle.	Data quality and usefulness for a specific service.
Park - City of Knowledge	Training programs, resource management and several related nodes.	Exploitation, seasonality, load on nature and organizational capacity.
Regional network	Catalog of solutions, training of operators, joint research and service.	Logistics, mutual obligations, economics of maintenance and accessibility.
"Peace Parks" / international cooperation	Compatible descriptions, research protocols, and treaty programs.	Local law, languages, climate, rights to materials and the permissibility of exchange.

What does not follow from the association

Computing does not create a single electrical network. Knowledge sharing does not transfer the right to generate. The international catalog does not abolish data regimes and laws of countries. The existence of a single methodology does not make heterogeneous territories automatically comparable.

Next node maturity criterion

There is a responsible operator; the need is confirmed; rights and resources are defined; specialists are trained; a portable archive is available; a measurement plan is agreed; costs and obligations are understood; significant restrictions are met. The new site accepts the protocol, but confirms its base independently.

Energy provides local reliability. Knowledge makes decisions portable. A network is valuable when each participant receives verifiable benefits while maintaining responsibility for their territory.

20 / TECHNICAL TASK

Minimum composition of data and systems

Object	Minimum fields
Archival object	ID, title, author/source, date, version, format, rights, access, integrity control, associated programs and solutions.
Measurement	Node and instrument ID, value, value, unit, interval, time zone, method, quality status, source file.
Scenario	Project ID, basic data, boundaries, model version, prerequisites, limitations, result, uncertainty, executor.
Indicator	Code, definition, formula, source, period, object, denominator, comparison method, owner, verification status.
Decision	Authority, basis, scenario chosen, budget, term, responsible, risks, terms of review and balance sheet linkage.
Acceptance	What is presented, what criterion is applied, who checked, comments, conclusion and preserved evidence.

Functional requirements

Search by object and source; access delimitation; version log; download registers in an open machine-readable format; save originals; link the indicator to primary data; check passes; reproducible calculation; backup and restore test. Automation is added after checking the manual process.

System Acceptance Test

Select one solution; open the used material; repeat the calculation on the fixed version; check the rights; track the flow and the result; restore the agreed set from the backup. The test shall be considered completed only if there is a report and substantial observations are closed.

Required card: ID → Source → Method → period → Version → Law → Responsible → Balance → solution → proof. Different entities are not united by the same field of "value".

21 / DRAFT DECISION

Start module preparation ZE-01

Below is the working wording of the decision for discussion by the initiator, site operator and participants. It is not a signed regulation.

1. Adopt a working concept

Adopt the “New World Order — Knowledge and Energy” module as the basis for preparing ZE-01 within the NMU-P001 “Safari Park — City of Knowledge” pilot.

2. Set boundaries

Limit the start to one engineering node, an archive collection, two educational programs and a set of 12 indicators; do not include obligations for large-scale construction.

3. Appointing those responsible

Determine the customer, the owner of the Archive, the operator of the node, the methodical leader, the Accounting Group and the independent examiner; consolidate powers and conflicts of interest.

4. Allow preparatory work

After confirming the rights, access and budget, start the 90-day cycle; approve the measurement plan, security rules and acceptance forms.

5. Save Single Account

Use the unchanged names B01–B19 and R01–R09; maintain versions of the indicators, archival links, expenditure, risks and the correction history.

6. Consider the next stage

As a result of the audit, make a separate decision: continue, modify, limit or stop the module. Scaling to justify the results, not just the readiness of the presentation.

Annexes to the signed decision: pilot’s passport; budget; composition of participants; measurement plan; register of rights and access; road map; acceptance criteria; procedure for independent verification.

Matching: ____________________ Date: ____________________

22 / SOURCES AND VERSIONS

Grounds and status of allegations

External sources verified 05.09.2026. References are the methodological grounds of individual sections and do not mean the approval of the project by these organizations.

Project materials

[P]1] "The New World Order — EQUILIBRIUM", Word, 05.09.2026: architecture, B01–B19, R01–R09 and NMU-P001.
[P2] "Safari Park - City of Knowledge EQUILIBRIUM", Word, 05.09.2026: original territory and functional blocks.
[П3] “New Order — ORION22:22”, PowerPoint, 05.09.2026: development profile, reference lists and the Archive.

Primary External Sources

[I1] IEA. Key Questions on Energy and AI, 16.04.2026. Executive summary.

[I2] UNESCO. Recommendation on Open Science, 2021.

[I3] Library of Congress. PREMIS Data Dictionary, Version 3.0.

[I4] W3C. PROV-O: The PROV Ontology, Recommendation, 2013.

[AND5] U.S. DOE / FEMP. M&V Guidelines, Version 5.0, 14.10.2024.

[I6] World Bank. Power Purchase Agreements and Energy Purchase Agreements.

[I7] OECD / EU / EC-JRC. Handbook on Constructing Composite Indicators, 2008.

What is added in version 1.0

Module ZE-01; two-way communication of knowledge and energy; the working cycle of the Archive; phased GRID; physical balance with accumulation; 12 passports; two conditional calculated examples; acceptance criteria and 90-day road map. The names of the source balances and registers are retained. The illustration is taken from the current discussion.

Fact is approval with source. A proposal is a design architecture, goal, or rule. An example is conditional numbers. RESULT — measurement and acceptance after the work is done. In this version, there are no real ratings and achieved savings of the pilot.