Optimizing the design, before optimizing the operation.先优化设计，再优化运行。
Conventional engineering sizes the electrical system for the sum of two independent worst cases — the plant’s peak and the data center’s peak, assumed to coincide. They rarely do, and where the host’s process schedule is known, they can be made not to.常规工程按两个独立最坏情况之和来设计电气系统——工厂峰值与数据中心峰值，假设两者同时发生。它们很少同时发生；而在已知场址方工艺排程的情况下，可以让它们不同时发生。
Minimize what you build, at the firm capacity you contracted.在你已签约的 firm 容量下，最小化你要建的东西。
CPCO models both loads and the battery against one interconnection at the design stage. The output is a right-sized build.CPCO 在设计阶段就把两个负荷与电池放在同一个并网点下建模。产出是一个「刚好够」的建设方案。
Connected capacity接入容量
Sized to the co-optimized peak, not the arithmetic sum of two independent peaks.按协同优化后的峰值核定，而非两个独立峰值的算术加总。
Battery电池
Specified against the residual after co-scheduling, not against the raw profile.按协同排程后的残差定容，而非按原始曲线。
Redundancy冗余
Allocated where the co-optimized model shows it is actually load-bearing.配置在协同模型显示确实承载风险的位置。
Interconnection filing并网申报
Built on the same model, so the number you file is the number you can defend.建立在同一套模型上，报上去的数字就是守得住的数字。
This is where CPCO pays for itself before a single token is generated.这是 CPCO 在第一个 token 产生之前就已经收回成本的地方。
Two strangers sharing a wire两个陌生人共用一根电线
- Plant peak and data center peak added together工厂峰值与数据中心峰值直接相加
- Battery sized against the data center profile alone电池仅按数据中心曲线定容
- Redundancy applied uniformly by rule of thumb冗余按经验法则平铺配置
- Filing built on assumptions that must later be defended申报建立在事后需要辩护的假设上
One system, modelled once一个系统，一次建模
- Connected capacity at the co-optimized peak接入容量按协同优化后的峰值
- Battery against the residual of two loads电池按两个负荷的残差
- Redundancy where the model shows real exposure冗余配置在模型显示真实暴露的位置
- Filing and design share one model申报与设计共用同一套模型
Bring a design. We will co-optimize it.带一个设计方案来。我们把它协同优化。
Send the load profiles and the contracted firm capacity. We model the plant, the compute, and the battery against one interconnection and return a right-sized build.把负荷曲线与已签约的 firm 容量发给我们。我们在同一个并网点下建模工厂、算力与电池，返回一个刚好够的建设方案。