Layer 03 · Operations运营

The model that designed the hall is the one that runs it.设计机房的那个模型,就是运营它的模型。

At handover the design model becomes a live digital twin. Every significant device gets its own agent for load forecasting and equipment optimization, coordinated by an orchestrator — cutting cooling energy, protecting uptime, and turning flexible compute into grid revenue.交付时,设计模型转为实时数字孪生。每台关键设备拥有独立 Agent,负责负载预测与设备优化,由 Orchestrator 统一协同——降低制冷能耗、保障可用性,并把柔性算力转化为电力市场收益。

<span data-en>Digital twin operations dashboard with real-time PUE, thermal map, and predictive maintenance alerts</span><span data-zh>数字孪生运营仪表盘:实时 PUE、热力图与预测性维护告警</span>
Live twin · PUE 1.06 · predictive maintenance on the power and cooling chains实时孪生 · PUE 1.06 · 供电与制冷链预测性维护
15–25%
cooling energy reduction制冷能耗下降
0.06–0.10
PUE reductionPUE 下降
≥3 h
reliability risk forecast horizon可靠性风险预测提前量
1
agent per device每台设备一个 Agent

Ranges reflect target performance in comparable deployments; results depend on baseline efficiency, climate, and equipment condition.上述区间为可比部署中的目标表现;实际结果取决于基线能效、气候条件与设备状况。

Two capability lines两条能力线

Asset intelligence keeps it running. Commodity intelligence makes it pay.资产智能保运行,商品智能创收益。

A data center weighs reliability and PUE equally: a fault in the power or cooling chain can take down a GPU cluster, while cooling energy sets the operating cost. Insmart runs both lines on the same twin.数据中心把可靠性与 PUE 放在同等位置:供配电或制冷链路故障可导致 GPU 集群宕机,而制冷能耗直接决定运营成本。Insmart 在同一孪生上同时运行两条能力线。

Line A能力线 A

Asset intelligence资产智能

  • Forward risk map for the power and cooling chains, three hours ahead供配电与制冷链路未来三小时风险地图
  • UPS and battery-string early warning, before a cluster is exposedUPS 与电池串预警,先于集群受影响
  • Whole-chain COP optimization and maximized free cooling全链路 COP 寻优与自然冷却最大化
  • Predictive maintenance across chillers, pumps, transformers, switchgear, generators冷机、水泵、变压器、开关柜、发电机的预测性维护

Business value业务价值: cooling energy down 15–25%, PUE down 0.06–0.10.制冷能耗下降 15%–25%,PUE 下降 0.06–0.10。

Line B能力线 B

Commodity intelligence商品智能

  • Price-signal-driven storage dispatch电价信号驱动的储能调度
  • Demand response and ancillary service revenue需求响应与辅助服务收益
  • Deferrable compute converted into market revenue可缓延算力转化为电力市场收入
  • Auditable measurement and verification for every event每次事件均具可审计的量测与验证

Business value业务价值: energy cost becomes a revenue position.把能耗成本转化为市场收益。

Modules模块

What the operations layer does day to day.运营层每天在做的事。

◎

Digital twin数字孪生

Buildings, power systems, cooling systems, network, and assets held as one live model supporting real-time monitoring and what-if simulation.建筑、供电系统、制冷系统、网络与资产统一为一个实时模型,支持实时监控与假设推演。

↯

Energy optimization能源优化

PUE, load balancing, peak shaving, renewable integration, and battery scheduling optimized together rather than as separate setpoints.PUE、负荷平衡、削峰、可再生接入与储能调度联合优化,而非各自独立设定。

⚠

Predictive maintenance预测性维护

Failure prediction for UPS, cooling systems, transformers, pumps, switchgear, and generators, with the recommended action attached.对 UPS、制冷系统、变压器、水泵、开关柜与发电机进行故障预测,并附建议动作。

▦

Capacity expansion扩容规划

Remaining power, cooling, rack, and fiber capacity tracked continuously, so an expansion strategy arrives before the constraint does.持续跟踪剩余供电、制冷、机柜与光纤容量,让扩容方案先于约束到来。

◷

Asset lifecycle资产全生命周期

Installation, warranty, maintenance, performance, replacement planning, and end-of-life forecasting held per asset.按资产记录安装、保修、维护、性能、更换规划与退役预测。

⇄

Grid participation电网互动

Registered demand-response capacity dispatched against price and grid signals, with verification data that satisfies the operator.将已注册的需求响应容量按电价与电网信号调度,并提供满足运营方要求的验证数据。

From infrastructure planning to infrastructure intelligence.从基础设施规划,到基础设施智能。

Bring a workload profile and a candidate site. We will run it through the platform and show you the power path, the thermal envelope, and the interconnection route.带上负载画像与候选站址,我们将在平台中完成推演,呈现供电路径、热力包络与并网路线。