{ "schema_version": "2.0", "course_version": "2.0", "methodology_version": "0.2", "as_of": "2026-09-28", "learning_policy": { "basis": "demonstrated mastery", "training_hours_required": false, "fixed_course_duration": false, "fixed_lesson_duration": false, "prior_knowledge": "credit after demonstrated competence", "assessment": [ "explain", "apply to unfamiliar case", "independently verify", "state limits", "provide evidence" ], "progression": "prerequisites and demonstrated readiness", "external_qualifications": "issuer requirements remain separate", "process_time": "physical operating durations and source dates are retained; learning duration is not a score" }, "axes": [ { "id": "creation", "name": "Создание энергетической основы жизни", "scope": "Автономные системы на Земле и архитектура внеземных поселений; ресурсы, пуск, жизнеобеспечение, эксплуатация и развитие." }, { "id": "transformation", "name": "Преобразование существующей системы", "scope": "Подтверждённое улучшение надёжности и чистой экономической результативности." }, { "id": "thinking", "name": "Энергия и мышление", "scope": "Постановка задачи, новые системные решения, проверка и воплощение." } ], "evidence_stages": [ "concept", "calculation", "test", "operation", "replication" ], "competence_states": [ "unassessed", "gap_identified", "foundation_confirmed", "application_confirmed", "reassessment_needed" ], "language": "en", "knowledge_base": [ { "id": "Б01", "name": "Mathematics and physical balances", "knowledge": "Units, orders of magnitude, calculus, dynamics, probability, optimisation, mass, energy and power balances.", "ability": "Rebuild a calculation, detect missing flows and inconsistent units.", "evidence": "An asset balance with assumptions, dimensional checks and sensitivity.", "prerequisites": "None" }, { "id": "Б02", "name": "Thermodynamics and useful work", "knowledge": "First and second laws, entropy, exergy, cycles, heat transfer and open systems.", "ability": "Identify conversion limits and account for matter crossing the boundary.", "evidence": "A cycle calculation and useful-heat assessment across operating conditions.", "prerequisites": "Б01" }, { "id": "Б03", "name": "Electrical systems", "knowledge": "DC and AC circuits, three-phase systems, power, motors, transformers, cables and supply quality.", "ability": "Read a single-line diagram and independently check loads and constraints.", "evidence": "A supply diagram with loads, losses and unsafe assumptions.", "prerequisites": "Б01" }, { "id": "Б04", "name": "Sources and storage", "knowledge": "Fuel, nuclear, hydro, solar and wind generation; electrical, thermal and chemical storage.", "ability": "Select a mix for the environment and explain the source of start-up energy.", "evidence": "A comparison including stocks, delivery, maintenance and loss of a source.", "prerequisites": "Б02 and Б03" }, { "id": "Б05", "name": "Refrigeration, heat and fluid flow", "knowledge": "Cycles, heat pumps, refrigerants, heat exchangers, pumps, fans, hydraulics and control.", "ability": "Connect the useful service to whole-system demand and diagnose deviations.", "evidence": "An operating map and a safe test protocol.", "prerequisites": "Б02 and Б03" }, { "id": "Б06", "name": "Water, air and life support", "knowledge": "Water balance, treatment, ventilation, air quality, sanitation and waste.", "ability": "Describe settlement needs and links between energy failures and vital services.", "evidence": "A life-support design with consumables, dependencies and reserves.", "prerequisites": "Б01 Б02 and Б05" }, { "id": "Б07", "name": "Food and biological processes", "knowledge": "Chemical energy, metabolism, photosynthesis, food production, nutrients and storage.", "ability": "Balance a food chain and identify dependence on external resources.", "evidence": "Compare supply with local production, including energy, water, waste and losses.", "prerequisites": "Б01 Б02 and Б06" }, { "id": "Б08", "name": "Light and environmental quality", "knowledge": "Illuminance, luminance, spectrum, glare, flicker, daylight, control and repair.", "ability": "Define measurable environmental requirements and compare lighting changes.", "evidence": "A service specification and a quality, operation and cost comparison.", "prerequisites": "Б01 and Б03" }, { "id": "Б09", "name": "Measurement and evidence", "knowledge": "Metrology, uncertainty, missing data, baselines, normalisation, causality and M&V.", "ability": "Separate an intervention’s effect from weather, production and operating changes.", "evidence": "Measurement plan, source data, effect calculation and uncertainty.", "prerequisites": "Б01 and subject area" }, { "id": "Б10", "name": "Control and flexibility", "knowledge": "Feedback, stability, observability, forecasts, storage, constraints and recovery.", "ability": "Assess flexibility with service limits and communication or sensor failures.", "evidence": "A control model tested under adverse scenarios.", "prerequisites": "Б03 Б05 and Б09" }, { "id": "Б11", "name": "Reliability, protection and asset life", "knowledge": "Protection, redundancy, common-cause failures, maintenance, repair, spares and recovery.", "ability": "Find critical dependencies and justify repair, replacement and emergency operation.", "evidence": "Failure analysis, recovery plan and lifecycle decision.", "prerequisites": "Б03 and subject area" }, { "id": "Б12", "name": "Computing, AI and cybersecurity", "knowledge": "Compute and cooling demand, data, models, industrial networks, access rights and backups.", "ability": "Independently check AI output and define automation limits and fallback operation.", "evidence": "A reproducible calculation, data provenance and automation-failure scenario.", "prerequisites": "Б01 Б09 and Б10" }, { "id": "Б13", "name": "Lifecycle economics", "knowledge": "Investment, operating costs, discounting, downtime, risk, service and obligations.", "ability": "Justify net gains and identify double counting or shifted costs and risks.", "evidence": "An economic model with a baseline, alternatives and an adverse scenario.", "prerequisites": "Б09 and Б11" }, { "id": "Б14", "name": "Markets, contracts and responsibility", "knowledge": "Energy and capacity settlement, metering, services, tariffs, rights, smart contracts and tokenisation.", "ability": "Connect delivery, verification and payment; identify jurisdiction and legal questions.", "evidence": "A project execution and settlement scheme with error resolution.", "prerequisites": "Б09 and Б13" }, { "id": "Б15", "name": "Thinking and system architecture", "knowledge": "Goals, boundaries, causal links, constraints, hypotheses, alternatives and the value of information.", "ability": "Reframe a problem and explain which evidence would change the decision.", "evidence": "Alternative architectures and a test of the critical assumption.", "prerequisites": "Б01; developed across all missions" }, { "id": "Б16", "name": "Organising delivery", "knowledge": "Systems engineering, requirements, interfaces, procurement, acceptance, logistics and team knowledge.", "ability": "Assign responsibility and check compatibility and operational readiness.", "evidence": "Responsibility matrix, commissioning sequence and acceptance conditions.", "prerequisites": "Б11 Б13 Б14 and Б15" } ], "canonical_url": "https://x5power.com/Academy/ChiefEnergy/" }