{
  "version": "0.6",
  "reviewedAt": "2026-10-11",
  "scope": "Primary-source design review; not hardware measurements or a submission draft",
  "sources": [
    {
      "id": "V06-01",
      "title": "1836 官方项目列表：巨蟹与相邻议题",
      "url": "https://1836.online/projects",
      "category": "competition_scope",
      "type": "organizer_project_catalog",
      "verifiedClaims": [
        "巨蟹议题10要求从AIDC可靠性需求出发，探索钠电与AI算力结合的个人设备，回应真实日常需要。",
        "网站水瓶议题09是AIDC微电网；天蝎11是移动能源；双鱼12是社区算力与能源网络。"
      ],
      "limits": [
        "本轮实际读取公开项目列表和项目集合页；巨蟹详情链接读取失败，未据此补造评审标准。",
        "总主题的详细解释来自用户提供的官方PDF，网站技术议题编号与PDF排序有差异，巨蟹10一致。",
        "此来源不能证明任何硬件性能或获奖概率。"
      ],
      "accessed": "2026-10-11"
    },
    {
      "id": "V06-02",
      "title": "TIAMAT NVPF18650-B3 sodium-ion high power cell datasheet",
      "url": "https://www.tiamat-energy.com/wp-content/uploads/2025/02/2023-09_Datasheet-cylindric.pdf",
      "category": "cell_charge_limits",
      "type": "manufacturer_datasheet",
      "verifiedClaims": [
        "具体型号NVPF18650-B3标明充电环境温度0至60°C，放电-30至60°C。",
        "型号标称3.5Wh、3.7V，充电上限4.2V；电芯级参数不是整机参数。"
      ],
      "limits": [
        "说明Na耐低温放电不意味着Na可以在负温下充电。",
        "仅适用于该型号和厂家规定条件；不是所有Na体系的统一边界。",
        "未把图线拟合为网站低温可达系数，也未把厂家温区证明为整机续航。"
      ],
      "accessed": "2026-10-11"
    },
    {
      "id": "V06-03",
      "title": "Lithium Werks ANR26650m1B current product specifications",
      "url": "https://lithiumwerks.com/products/lithium-ion-26650-cells/",
      "category": "cell_charge_limits",
      "type": "manufacturer_product_specification",
      "verifiedClaims": [
        "当前产品页说明ANR26650m1B采用LFP，标称3.3V、8.58Wh。",
        "当前页充放电温区写-25至60°C，充电温区附条件：部分应用在0°C以下充电电流须低于250mA。"
      ],
      "limits": [
        "不能把“LFP低于0°C一律不能充电”作为普遍结论。",
        "本轮模型将0°C禁充作为保守设计假设；若实际采用该产品，应取得厂家对当前版本、温度与电流的完整批准曲线。",
        "2022官方PDF与当前产品页的温区及充电电流数字不同；不能拼接两版规格或自动按低温例外推荐常规快充。",
        "没有提供本项目电池包BOM报价或重量实测。"
      ],
      "accessed": "2026-10-11"
    },
    {
      "id": "V06-04",
      "title": "Victron SmartSolar MPPT manual: operation and lithium charging",
      "url": "https://www.victronenergy.com/media/pg/Manual_SmartSolar_MPPT_75-10_up_to_100-20/en/operation.html",
      "category": "solar_charge_controller",
      "type": "manufacturer_manual",
      "verifiedClaims": [
        "该系列MPPT启动充电需PV电压高于电池5V，继续充电需至少高于1V。",
        "充电参数应遵循电池厂家建议；CAN电池可向充电控制器提供动态充电电压限制。",
        "该手册LFP预设低温截止5°C；预设可以在厂家规格支持时调整。"
      ],
      "limits": [
        "5V/1V与5°C是该产品系列的条件，不能推广为所有MPPT的物理定律。",
        "现成LFP充电预设不自动适配Na电池。",
        "网站只做DC能量收支与温度门控，不模拟I-V曲线、MPPT算法、真实电压、充电曲线或硬件兼容性。"
      ],
      "accessed": "2026-10-11"
    },
    {
      "id": "V06-05",
      "title": "Analog Devices dual-battery PowerPath engineering note",
      "url": "https://www.analog.com/en/resources/technical-articles/2019/07/18/08/15/monolithic-dual-battery-power-manager-increases-runtime-decreases-charge-time.html",
      "category": "dual_power_protection",
      "type": "manufacturer_technical_article",
      "verifiedClaims": [
        "不同端电压电池直接并联可能出现不可控电流，异化学或不同串数会增加充电管理难度。",
        "双电源设计应处理路径保护、状态监测、短路、失去主机控制和反向电流。",
        "保护与隔离电路的消耗可能抵消双电池运行收益。"
      ],
      "limits": [
        "这是LTC1960技术说明，不是本项目实际选型或Na-LFP系统认证。",
        "不把文章里的延时、效率或运行时间改写成霜霜性能。",
        "建议的独立BMS与可控DC路径是项目工程设计推论；未实现或测试硬件。"
      ],
      "accessed": "2026-10-11"
    },
    {
      "id": "V06-06",
      "title": "NVIDIA Jetson Orin Linux Developer Guide: power and performance",
      "url": "https://docs.nvidia.com/jetson/archives/r39.2/DeveloperGuide/SD/PlatformPowerAndPerformance/JetsonOrinNanoSeriesJetsonOrinNxSeriesAndJetsonAgxOrinSeries.html",
      "category": "edge_ai_power",
      "type": "manufacturer_developer_guide",
      "verifiedClaims": [
        "该平台通过限制频率、核心数量等把模块约束到设定功率模式；MAXN不保证每个用例性能最好，热或功率限制会引起节流。",
        "Orin模块有电源监测接口，Orin Nano/NX的VDD_IN对应模块总功率。"
      ],
      "limits": [
        "功率模式/TDP预算不等于每次推理能耗、墙插功耗或霜霜整机耗电。",
        "推理能耗依设备、模型/量化、输入输出长度、并发、运行时、占空比及外设，必须在目标硬件测量。",
        "本轮可编辑AI功率、时长是设计假设；固定规则、浏览器文本解析和动画不能声称已经部署端侧AI模型。"
      ],
      "accessed": "2026-10-11"
    },
    {
      "id": "V06-07",
      "title": "U.S. Department of Energy Small Wind Guidebook",
      "url": "https://www.energy.gov/cmei/systems/windexchange/small-wind-guidebook",
      "category": "energy_option_boundary",
      "type": "government_technical_guide",
      "verifiedClaims": [
        "小风电选型需要场地风资源、机型功率曲线、塔高与微观选址信息。",
        "建筑屋顶安装会引入振动、噪声与更高湍流，可能降低发电及寿命，相比地面塔架不一定经济。"
      ],
      "limits": [
        "不能从AIDC多能互补题目推导每个个人节点都需要风机。",
        "室内没有可假定的免费稳定风资源；把风扇驱动的风机算作净发电不符合能量收支。",
        "本轮排除户内小风机是节点范围和需求判断，不是宣布所有户外小风电不可行。"
      ],
      "accessed": "2026-10-11"
    },
    {
      "id": "V06-08",
      "title": "U.S. CPSC Generators and Engine-Driven Tools",
      "url": "https://www.cpsc.gov/Safety-Education/Safety-Guides/Carbon-Monoxide-Home/Generators-and-Engine-Driven-Tools",
      "category": "energy_option_boundary",
      "type": "government_product_safety_guidance",
      "verifiedClaims": [
        "CPSC明确便携式燃油发电机不能在住宅、车库、地下室等室内或封闭空间运行；开门开窗不能使这种用途安全。"
      ],
      "limits": [
        "本轮室内个人节点不加入燃油发电机。",
        "这不是中国燃油设备安装许可或排放法规意见；如将来研究室外设施，必须遵循当地要求和设备说明。",
        "不将警示文字延伸为医疗建议或任何燃油系统的完整设计。"
      ],
      "accessed": "2026-10-11"
    }
  ]
}