「英中对照」大金发布 iCM Pro 暖通机房群控平台，单面板可管 16 台设备与 144 MW 制冷

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26 {{ "2026-10-26T00:00:00+00:00" | date "MMM" }} '26

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Daikin introduces a dedicated plant control platform that integrates with existing building management systems to optimize complex thermal infrastructure across commercial applications.大金推出了一款专用的机房控制平台，可与现有楼宇管理系统集成，从而优化商业应用中复杂的热力基础设施。

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Daikin has released the iCM Pro, a dedicated HVAC plant control platform designed to function in tandem with standard Building Management Systems (BMS). The technology targets engineers and facility managers in hospitals, data centers, and industrial sites requiring optimized thermal load balancing across highly variable operating conditions.大金发布了 iCM Pro，这是一款专用的 HVAC 机房控制平台，旨在与标准楼宇管理系统（BMS）协同工作。该技术面向医院、数据中心和工业场所的工程师及设施管理人员，这些场所需要在高度多变的运行条件下实现优化的热负荷平衡。

The BMS and Dedicated Plant Control Architecture
While traditional building management systems effectively provide centralized supervision, scheduling, and alarm routing, they often lack the specialized algorithms required to continuously optimize complex heating and cooling equipment. The iCM Pro functions as an intermediate optimization layer within smart building systems. By centralizing the operational logic, the controller coordinates chillers, heat pumps, and heat recovery units without replacing the overarching supervisory functions of the primary BMS. This dual-system approach allows the BMS to maintain plant-wide visibility while the dedicated controller executes targeted performance adjustments to maximize equipment reliability and seasonal efficiency.BMS 与专用机房控制架构
传统楼宇管理系统虽然能够有效地提供集中监控、日程调度和报警路由，但往往缺乏持续优化复杂供暖与制冷设备所需的专业算法。iCM Pro 在智能建筑系统中充当一个中间优化层。通过集中运行逻辑，该控制器可协调冷水机组、热泵和热回收机组，而无需取代主 BMS 的顶层监控功能。这种双系统方案使 BMS 能够保持对整个机房的可视化掌控，同时由专用控制器执行有针对性的性能调整，以最大限度地提高设备可靠性和季节能效。

Flow-Based Sequencing Mechanisms
Conventional HVAC control systems rely primarily on temperature-based sequencing, which can result in inefficient load sharing and excessive equipment cycling when thermal demands fluctuate. To resolve this, the new platform utilizes flow-based sequencing. By continuously monitoring water flow rates alongside real-time plant demand, the system calculates a highly accurate profile of current operating conditions. This operational logic enables the hardware to adjust capacity dynamically, keeping equipment operating closer to its optimal efficiency range while stabilizing the overall hydraulic network. This accurate response to load changes directly reduces unnecessary cycling and improves runtime balancing across all connected units.基于流量的顺序控制机制
传统 HVAC 控制系统主要依赖基于温度的顺序控制，当热需求波动时，这可能导致低效的负荷分配和过度的设备启停循环。为解决这一问题，新平台采用了基于流量的顺序控制。通过持续监测水流量以及机房的实时需求，系统可计算出高度精确的当前运行工况曲线。这种运行逻辑使硬件能够动态调整容量，让设备在更接近其最佳效率区间的状态下运行，同时稳定整个水力网络。这种对负荷变化的精确响应直接减少了不必要的启停循环，并改善了所有连接设备之间的运行时间均衡。

System Scalability and Multi-Vendor Integration
Modern mechanical rooms rarely operate on a single technology, often combining primary-secondary hydraulic layouts, variable-flow systems, and simultaneous heating and cooling setups from various manufacturers. The Daikin architecture is engineered to support this diversity through a vendor-neutral framework, allowing third-party equipment to operate within a single, unified control strategy.系统可扩展性与多厂商集成
现代机房很少依靠单一技术运行，通常会将一次侧-二次侧水力系统布局、变流量系统以及来自不同制造商的同时供暖与制冷装置组合在一起。大金的这一架构旨在通过厂商中立的框架支持这种多样性，允许第三方设备在单一、统一的控制策略下运行。

A single iCM Pro control panel can manage up to 16 distinct HVAC units, delivering a combined cooling capacity of up to 144 MW. By supporting both proprietary and vendor-neutral equipment, the system allows industrial facilities to implement phased retrofits and scale their digital infrastructure without being restricted by closed-loop control limitations.单个 iCM Pro 控制面板最多可管理 16 台独立的 HVAC 设备，提供高达 144 MW 的总制冷量。通过同时支持专有设备和厂商中立设备，该系统使工业设施能够实施分阶段改造，并扩展其数字化基础设施，而不受闭环控制局限性的制约。

Additional Context
This section details technical specifications and competitive benchmarking not included in the original news release.

The commercial HVAC plant controller market includes established optimization platforms such as the Johnson Controls Central Plant Optimization (CPO) software and the Trane Tracer SC+ system. The Trane Tracer SC+ utilizes predefined chiller plant control applications to sequence up to six chillers in standard configurations. The Johnson Controls CPO application integrates predictive algorithms within the broader Metasys architecture to optimize up to eight chillers and their associated cooling towers. The Daikin iCM Pro differentiates itself in physical scalability and processing volume, offering the capacity to coordinate up to 16 discrete units and manage up to 144 MW of cooling capacity from a single control panel. This expanded hardware limit specifically caters to hyperscale data centers and sprawling industrial complexes that possess cooling load profiles exceeding the parameters of standard commercial optimization applications.补充背景
本部分详细介绍原始新闻稿中未包含的技术规格和竞争对标信息。

商用暖通空调机房控制器市场包括成熟的优化平台，如 Johnson Controls 中央机房优化（CPO）软件和 Trane Tracer SC+ 系统。Trane Tracer SC+ 采用预定义的冷水机房控制应用程序，可在标准配置中对多达六台冷水机组进行排序控制。Johnson Controls CPO 应用程序将预测算法集成到更广泛的 Metasys 架构中，可优化多达八台冷水机组及其配套的冷却塔。Daikin iCM Pro 在物理可扩展性和处理容量方面实现了差异化，能够从单个控制面板协调多达 16 个独立单元，并管理高达 144 MW 的制冷容量。这一扩展的硬件上限专门面向超大规模数据中心和大型工业综合体，这些设施的制冷负荷曲线超出了标准商用优化应用程序的参数范围。

Edited by Aishwarya Mambet, Induportals Editor, with AI assistance.

www.daikinapplied.com由 Induportals 编辑 Aishwarya Mambet 编辑，并在 AI 协助下完成。

www.daikinapplied.com

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