The grid says ten years. We make it eighteen months.电网说要十年，我们把它压缩到十八个月。
Insmart AIDC plans, validates, and operates AI data centers on one AI-native platform. Multiphysics simulation and a live digital twin turn interconnection queues, thermal risk, and storage sizing from years of guesswork into decisions made before you break ground.Insmart AIDC 以一个 AI 原生平台完成 AI 数据中心的规划、验证与运营。多物理场仿真与实时数字孪生，把并网排队、热力风险与储能定容，从数年的经验估算变成开工前就能做出的决策。
Three layers, one continuous model of the facility.三个层级，一个连续的设施模型。
Each layer answers a different question, but they share the same physics model, the same asset graph, and the same digital twin. Nothing is re-entered between stages.每一层回答不同的问题，但共享同一套物理模型、同一张资产图谱、同一个数字孪生。阶段之间无需重复录入。
Pre-planning预规划
Decide whether the project should be built at all. Site, power availability, interconnection odds, and return — before engineering spend begins.先判断这个项目该不该建。选址、电力可获得性、并网可能性与回报——在工程投入之前完成。
Planning规划设计
Generate the engineering blueprint from the workload itself — rack topology, power architecture, cooling strategy, fiber, and a costed bill of materials.直接由算力负载生成工程蓝图——机柜拓扑、供电架构、制冷策略、光纤，以及带成本的物料清单。
Operations运营
Run the facility on a live digital twin with one agent per device — forecasting load, optimizing equipment, and turning flexible compute into grid revenue.以实时数字孪生运营设施，每台设备配置一个 Agent——预测负载、优化设备，并把可调度算力转化为电力市场收益。
Physics first. Then a twin. Then an agent on every device.先物理，再孪生，然后为每台设备配一个 Agent。
Simulation is the foundation — a multiphysics engine that solves the thermal, electrical, and fluid behaviour of a high-density hall. The twin keeps that model alive against real telemetry. Agents act on it.仿真是底座——多物理场引擎求解高密度机房的热、电、流体行为。数字孪生用真实遥测让模型持续存活。Agent 在其上执行决策。
Multiphysics simulation多物理场仿真
Thermal, electrical, and fluid fields solved together. Change a busway configuration and see the temperature field and current density in under a second.热、电、流体场联合求解。调整母线配置，一秒内即可看到温度场与电流密度分布。
Digital twin数字孪生
The as-built facility as a living model — power chain, cooling chain, network, and assets, continuously reconciled against live telemetry.以活模型呈现建成设施——供电链、制冷链、网络与资产，持续与实时遥测校准。
One agent per device每台设备一个 Agent
Chiller plant, CDU, power chain, storage — each gets its own agent for load forecasting and equipment optimization, coordinated by an orchestrator.冷冻站、CDU、供配电、储能——各自拥有独立 Agent，负责负载预测与设备优化，由 Orchestrator 统一协同。
A Tier-1 engineering stack — without the Tier-1 price tag.一线工程能力——却没有一线的价格。
The incumbent answer to this problem is an ecosystem: one vendor for compute scheduling, another for storage buffering, a third for physics simulation, stitched together by integrators. Insmart delivers the same three capabilities as one platform, on one model — at roughly 40% of incumbent pricing.面对同一问题，现有厂商给出的是一个生态：算力调度一家、储能缓冲一家、物理仿真一家，再由集成商拼装。Insmart 以单一平台、单一底层模型交付同样的三项能力——价格约为对方的 40%。
Grounded in the grids that decide your schedule.深耕决定您工期的电网。
Filing templates, tariff models, and demand-response mechanics differ by grid. Insmart AIDC is validated through industry–academia demonstration programs on both sides of the Pacific.申报模板、电价模型与需求响应机制因电网而异。Insmart AIDC 通过太平洋两岸的产学研示范项目完成验证。
Southern Grid & State Grid南方电网 · 国家电网
- Peak-valley tariff optimization峰谷分时电价优化 — storage sized against tariffs that surcharge up to +100% at peak.针对尖峰时段上浮最高 100% 的电价体系进行定容。
- Greater Bay Area demonstration大湾区示范项目 — 20–100 MW inference AIDC on Southern Grid demand response.20–100MW 推理型 AIDC，接入南网需求响应。
- Filing templates申报模板 — aligned to Southern Grid storage rules and Q/GDW standards.贴合南网新型储能管理规定与 Q/GDW 标准体系。
PJM & NYISOPJM · NYISO
- Capacity-market sizing容量市场定容 — storage buffering under PJM Capacity Performance and NYISO demand response.基于 PJM 容量绩效规则与 NYISO 需求响应机制。
- New Jersey demonstration新泽西示范项目 — 10–50 MW facility with PSE&G DR program registration.10–50MW 设施，注册 PSE&G 需求响应计划。
- FERC-compliant filings合规申报文件 — generated under FERC Order 2222 and PJM/NYISO interconnection rules.依据 FERC Order 2222 与 PJM/NYISO 互联规程生成。
Built for everyone at the table when a data center gets financed.为数据中心投融资桌上的每一方而建。
Developers & investors开发商与投资方
Know a site's feasibility, capital cost, and interconnection odds before capital is committed — and carry the same model through construction into operation.在投入资本前掌握站址可行性、资本成本与并网可能性——并让同一模型贯穿建设直至运营。
Energy storage partners储能合作伙伴
AIDC-specific BESS sizing with academic validation, plus a dispatch layer that adds measurable AI-driven value on top of the hardware you already sell.面向 AIDC 的专项储能定容并附学术验证，另加调度层，为既有硬件叠加可量化的 AI 增值。
Utilities & EPC firms电力公司与 EPC
Receive load curves already shaped to be acceptable, with filing packages ready to submit and an auditable basis for every number in them.获得已整形为可接受形态的负荷曲线、可直接提交的申报文件包，且其中每一个数字都有可审计的依据。
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。