热能与动力工程课程设计：秦皇岛市花园小区热力管网及换热站工程设计

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1、本科课程设计说明书题目：秦皇岛市花园小区热力管网及换热站工程设计院（部）：热能工程学院专业：热能与动力工程班级：热动091姓名：学号：指导教师：完成日期：2012年12月14日山东建筑大学课程设计说明书摘要本设计名为秦皇岛市花园小区外网设计。随着国家计量供热的逐步推行，供热行业面临着新的机遇和挑战。计量供热是供热行业从粗放型管理方式向精细型管理方式的一次深刻转变。计量供热的主目标是节能环保。计量供热的成功实行必须依托高精确的热网调控。而热网的高精确调控基础是热网的设计和建设。这对我们供热系统的设计人员和施工人员提出了新的更高的要求。能否设计出满足热网精确调控需求的供热系统是当前我们

2、设计人员面临的一道重要难题。供热工程是现代化城市重要的基础设施，也是城市公共事业的一项重要设计。各地区都努力从现有条件出发，积极调整能源结构，研究多元化的供热方式，实现供热事业的可持续发展，实现计量供热的节能目标。计量供热不仅能给城市提供稳定的可靠地高品位热源，改善人民生活环境。而且能节约能源，减少城市污染。有利于城市美化，有效地利用城市空间。城市供热管网的设计，首先要在总体规划的指导下，既要为今后的发展留有余地，又要实事求是的对热负荷进行调查和计算。在了解热负荷的性质、类别、用途等多方面现场的资料后，进行供热外网的设计。本次设计以节能建筑的热指标为基础，以热网的精确调节为最终目标

3、，尽量降低热网的各项指标，尽量应用精确调节的阀门和设备，为计量供热打好基础。本设计以经济、环保、节能为原则，通过借鉴以前的设计方法和经验，采用了合理的技术措施，使设计的各个系统达到了很好的使用效果。关键词：集中供热；换热站；节能；目录-31-山东建筑大学课程设计说明书摘要···································································1第一部分第一章绪论··························································4第二部分第二章热负荷计算··········

4、···········································62.1原始资料······························································62.2负荷计算······························································6第三章供热系统方案的选择···········································103.1系统热源型式及热媒的选择······································

5、·······103.2供热管道的平面布置类型···············································10-31-山东建筑大学课程设计说明书3.3供热管道的定线原则···················································103.4管道的保温与防腐·····················································11第四章供热管网的水力计算及水压图·································124.1供热管网的水力计算···········

6、········································124.2水压图的绘制························································19第五章设备的选择····················································225.1换热器的选择·························································225.2循环水泵的选择·············································

7、·········235.3补水泵的选择·························································255.4补水箱的选择···················-31-山东建筑大学课程设计说明书······································265.5除污器的选择·························································265.6热