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所在平台: Udemy |
课程主页: https://www.udemy.com/course/advance-hvac-learn-chiller-plant-designing/
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课程名称：冷水机组设计专家课程 课程概述：本课程专注于冷水机组的设计，冷水机组是暖通空调（HVAC）系统的一部分。完成此课程后，您将能够设计冷水机组。课程的特点是可以从基础到高级进行讨论，因此您将学习冷水机组设计中每个组件的知识。首先，我们将讨论冷水机组的基础知识、工作原理及典型细节，然后进行相关的计算和系统内的流量讨论。接下来，我们将探讨冷水机组中的管道系统及其组件，例如管件等，并讨论在设计中使用的管道系统。 我们还会深入讲解空气处理单元和水泵的典型细节，以及如何计算水泵扬程。此外，我们将使用Revit MEP设计整个系统，包括膨胀水箱和化学加药设备，并详细讨论这些设备的大小计算。在课程后半部分，我们将讨论冷水机组房间的设计，如何将冷水机并联放置，以及初级和次级泵送系统的设计。我们还将探讨系统的解耦、集管设计以及多泵系统的设计，包括控制阀、温度计、压力表、气阀、管道吊架和锚固装置等其他设备。 在进一步的讨论中，我们将介绍三级泵送系统和并行冷水机系统。各种水分配系统的方法（如单管分配系统、双管分配系统、三管分配系统和四管分配系统）也将详细讨论。最后，我们将通过Revit MEP设计大型冷水机组，使用串联和并联的冷水机，结合离心式、水吸收式和风冷式冷水机组，设计包含初级、次级和三级泵的大型系统，计算流量、完整的水分配及通过管道等的损失。此外，我们还将探讨利用大型冷水机组的区域冷却系统。 学习内容包括： - 冷水机组基础 - 单冷水机系统 - 流量和容量计算 - 冷水机的水流量 - 空气冷却和水冷冷水机的典型管道细节 - 冷水机及其能效 - 管道系统基础（闭路系统、开路系统） - 膨胀水箱及其计算 - 管道绝热与能效 - 水泵和冷却塔基础 - 控制阀、气阀、温度计、压力表等设备 - 曝气干涉、管道分配系统 - 并行冷水机系统和多个次级回路 - 区域冷却系统的设计及其优势 - 非常大的冷水机组设计 通过本课程，您将全面掌握冷水机组设计的各个方面，成为该领域的专家。
This course is Designing of chiller Plant. chillers are part of HVAC system. after this Course you became able to Design chiller Plant. In The specialty of This course was that we can Discuss From basic to advance level. so in this course you will Learn about Each component Of that we can use in Designing of chiller Plant. Firstly we can Discuss all the basics of chillers there working principle & typical Details of chillers. And then calculations and Flow rate of within systems. so in next steps we can Discuss about piping Systems in Chiller plant and component of piping like fittings etc and about the piping systems used in designing. after this we can Discuss about the the typical Details of Air handling units and pumps and then we can calculate pump head so we also Design complete system using Revit MEP. expansion tank and chemical dosing is part of chiller plant Designing so we can Discuss these devices in Details. and also calculate the sizes of these devices so after that we can discuss all about the chiller plant room Design using Revit MEP we can Discuss about the placing chiller in parallel and then we can also discuss about Primary and Secondary pumping system. we discuss about Decupling of systems and about the Designing of header. we can Discuss about multiple pump system. we can discuss about control valves, Thermometers, Gauges and Pete's Plug, Air Vents, Pipe Hangers and Anchors and other devices. we can also Discuss about Tertiary Pumping system and then we can Discuss Parallel Chiller System.there are different Methods of water distribution Systems like 1-Pipe Distribution System,2-Pipe Distribution System,3-Pipe Distribution System & 4-Pipe Distribution System so we Discuss all systems in Details. so at the end we can discuss very large chiller plant using Revit mep in which we use chiller in series and parallel and we can use different chillers like centrifugal, water absorption and air cooled chiller and Design large plant using primary, secondary and tertiary pumps. we can calculate flow rate and complete distribution of water and all losses through fittings pipes etc.at the end we can discuss about district cooling systems using very big chiller plant. there are huge amount of district cooling system. we can Design using Revit MEP course contents Chiller BasicSingle Chiller systemFlow and Capacity CalculationsWATER FLOW RATE IN CHILLERTypical Air-Cooled Chiller Piping DetailTypical Water-Cooled Chiller Piping DetailChillers and Energy EfficiencyCHILLER PIPING BASICSClosed Loop Piping SystemOPEN Loop Piping SystemExpansion TanksExpansion Tanks CALCULATIONPiping InsulationPiping and Energy EfficiencyPumping BasicsCooling Tower BasicsControl ValveAir VentsThermometers, Gauges and Pete's PlugPipe Hangers and AnchorsPipe Distribution SystemParallel Chiller SystemMultiple Secondary LoopsDistrict Cooling SystemDistrict Cooling SystemBENEFITS OF USING DISTRICT COOLINGVery Large Chiller Plants
