{
  "version": "1.8.2",
  "date": "2026-09-06",
  "statement_source": "Постановка XPower от 06.09.2026",
  "claims": [
    {
      "id": "x5-current",
      "statement": "Достигнутая экономия 30–35%",
      "status": "team_reported",
      "primary_measurements_attached": false
    },
    {
      "id": "adapcool-comparison",
      "statement": "Гипотеза о примерно двукратном эффекте относительно конкретной ранее настроенной конфигурации ADAP-KOOL на рассматриваемых северных объектах",
      "status": "research_hypothesis",
      "comparison_protocol_attached": false,
      "primary_measurements_attached": false,
      "scope": "Требует общей базы, периода, границы, климата и состава оборудования; не является универсальным утверждением о системах ADAP-KOOL"
    },
    {
      "id": "ongoing-improvement",
      "statement": "XPower постоянно мониторит и улучшает механизмы",
      "status": "team_reported",
      "live_telemetry_on_page": false
    },
    {
      "id": "leader-science",
      "statement": "Leader-Science является точкой кристаллизации программы",
      "status": "team_program_architecture"
    },
    {
      "id": "space-participation",
      "statement": "Команда сообщает об участии в проектировании колоний и поселений в дальнем космосе",
      "status": "team_reported",
      "specific_missions_or_roles_listed": false
    },
    {
      "id": "prigogine-cycle",
      "statement": "Цикл Пригожина: термин, вводимый в настоящем учебнике по постановке А.А., для возникновения, поддержания и перестройки режимов открытой системы",
      "status": "project_terminology",
      "scientific_basis": "Nonequilibrium thermodynamics; conservation of energy and nonnegative entropy production; no replacement of Carnot bound.",
      "comment": "./prigogine-comment.md",
      "cycle_scope": "Повторяемость этапов возникновения, поддержания и перестройки режимов; новая структура может отличаться от предыдущей. Отдельно рассматривается восстановление готовности в эксплуатационном периоде.",
      "return_condition": "Заданы начальные и конечные состояния, запасы и затраты восстановления; износ и необратимые изменения учитываются.",
      "lifecycle": [
        "Развернуть",
        "Удержать",
        "Свернуть"
      ],
      "statement_source": "Редакционный пересказ постановки А.А. по обсуждению от 6 сентября 2026 года",
      "introduced_in": "Холод: учебник инженера и среда агентов, редакция 1.8.2, 6 сентября 2026 года",
      "conceptual_attribution": "Илья Пригожин и его школа: неравновесная термодинамика и диссипативные структуры",
      "world_priority_claimed": false,
      "mathematical_limit_cycle_claimed": false,
      "scientific_references": [
        "https://www.nobelprize.org/uploads/2018/06/prigogine-lecture.pdf",
        "https://doi.org/10.1063/1.1668896",
        "https://link.springer.com/article/10.1007/BF01889539"
      ]
    },
    {
      "id": "neuromorphic-cold",
      "status": "development_program",
      "statement": "Локальное событийное восприятие тепловой машины; первый релиз посвящён предиктивной диагностике",
      "hardware_selection_confirmed": false,
      "measured_incremental_savings_attached": false,
      "source_documents": [
        "Нейроморф_в_холоде_старт.pdf",
        "Echelon_Neuromorphic_Thermal_Machines_Architecture_2026-06-18.pdf",
        "Архитектурное_задание_Нейроморф_Графен_ЭнергоИнтеллект.pdf"
      ]
    },
    {
      "id": "market-verticalization",
      "statement": "Общая экономика жизненного цикла, ускоренный апгрейд и продление ресурса через согласованную работу участников рынка",
      "status": "team_program_architecture",
      "rollout_milestones": {
        "tuning_store": 1,
        "tuning_group": [
          10,
          12
        ],
        "network": 1000,
        "market": "70000+"
      },
      "milestone_status": "planning_targets_from_author_diagram",
      "deployed_at_these_scales_claimed": false,
      "source": "./verticalization-blueprint.jpg",
      "chapter": "./verticalization.md"
    },
    {
      "id": "neuromorph-supplier-shortlist",
      "statement": "У XPower есть открытый шорт-лист производителей и поставщиков нейроморфных процессоров; наиболее активен в работе с проектом нидерландский участник. XPower готов работать с любым подходящим поставщиком.",
      "status": "team_reported",
      "as_of": "2026-09-06",
      "most_active_participant_country": "Netherlands",
      "activity_scope": "engagement_with_X5_Power",
      "open_to_new_suppliers": true,
      "selection_basis": "common pilot results, whole-node energy use, compatibility, support and serial supply",
      "source": "Уточнение постановки основателем проекта от 6 сентября 2026 года",
      "chapter_anchor": "neuro-suppliers"
    }
  ],
  "stages": [
    {
      "label": "30–35%",
      "status": "team_reported",
      "metric": "electricity_saving_pct",
      "range": [
        30,
        35
      ],
      "evidence_passport": {
        "baseline": "normalized refrigeration circuit baseline",
        "period": "common published period pending",
        "climate_and_site": "must be reported with each result",
        "circuit_scope": "must list compressors, auxiliaries and excluded loads",
        "uncertainty": "not published on this page",
        "required_next_evidence": "primary time series, weather normalization, product-temperature guardrails and cross-site stability"
      }
    },
    {
      "label": "40–45%",
      "status": "target",
      "metric": "electricity_saving_pct",
      "range": [
        40,
        45
      ],
      "evidence_passport": {
        "baseline": "same normalized baseline as the verified current range",
        "period": "annual target",
        "climate_and_site": "comparable sites across relevant weather intervals",
        "circuit_scope": "complete refrigeration circuit and auxiliaries",
        "uncertainty": "must be reported",
        "required_next_evidence": "stable effect without increased incidents, product loss or resource degradation"
      }
    },
    {
      "label": "70 (75)%",
      "status": "target",
      "metric": "electricity_saving_pct",
      "value": 70,
      "stretch": 75,
      "evidence_passport": {
        "baseline": "explicit expanded-system baseline",
        "period": "annual and critical-hour views",
        "climate_and_site": "full seasonal envelope",
        "circuit_scope": "all imported energy, external cooling, storage and recovered heat paths",
        "uncertainty": "must be reported",
        "required_next_evidence": "complete energy balance, storage restoration and reproducible system boundary"
      }
    },
    {
      "label": "0%",
      "status": "research_target",
      "metric": "period_net_grid_electricity_pct",
      "value": 0,
      "evidence_passport": {
        "baseline": "same normalized electricity baseline",
        "period": "agreed accounting period plus hourly profile",
        "climate_and_site": "weather and operating profile required",
        "circuit_scope": "grid import, grid export, generation, storage losses and refrigeration consumption",
        "uncertainty": "must be reported",
        "required_next_evidence": "real generation source, time-resolved balance, reserve and equal opening and closing storage"
      }
    },
    {
      "label": "−20%",
      "status": "research_target",
      "metric": "period_net_grid_electricity_pct",
      "value": -20,
      "evidence_passport": {
        "baseline": "same normalized electricity baseline",
        "period": "agreed accounting period plus hourly profile",
        "climate_and_site": "weather and operating profile required",
        "circuit_scope": "grid import, grid export, generation, storage losses and refrigeration consumption",
        "uncertainty": "must be reported",
        "required_next_evidence": "export after own load, losses and storage recovery with verified grid constraints"
      }
    }
  ],
  "metric_definitions": {
    "electricity_saving_pct": "100 * (1 - consumption / normalized_baseline)",
    "period_net_grid_electricity_pct": "100 * (grid_import - grid_export) / normalized_baseline",
    "zero_and_minus_twenty": "Working interpretation adopted in this textbook edition; zero net period electricity and net export equal to 20% of baseline.",
    "constraints": [
      "equal energy storage at period boundaries",
      "same cooling service",
      "electric and thermal ledgers separate",
      "explicit generation source",
      "hourly autonomy requires time-resolved analysis"
    ]
  },
  "sources": [
    "https://www.epa.gov/greenchill/advanced-refrigeration-technologies",
    "https://mart.cummins.com/imagelibrary/data/assetfiles/0056648.pdf",
    "https://www.energy.gov/sites/default/files/2023-09/supplement-to-mv-guidelines_version-4.pdf",
    "https://www.danfoss.com/en/about-danfoss/articles/dcs/adapting-to-a-changing-world-for-over-30-years-adap-kool-refrigeration-control-system/",
    "https://www.nobelprize.org/uploads/2018/06/prigogine-lecture.pdf",
    "https://www.nasa.gov/smallsat-institute/sst-soa/thermal-control/"
  ],
  "challenge_program": {
    "count": 24,
    "control_date": "2026-12-22",
    "source": "XPower technical program working document dated 2026-09-06",
    "numbers_status": "measured, calculated and target values are kept distinct in challenge descriptions"
  }
}
