| 1. | The factors that contribute to the boiler efficiency are used as the inputs of the model , and economic parameters such as the boiler efficiency and the coal consumption of electricity are used as outputs
模型以影响锅炉效率的因素为输入变量，以锅炉效率及发电煤耗等为输出变量，用电厂采集的数据样本进行训练。 |
| 2. | The influence concerning calorific value of municipal solid waste ( msw ) fuel upon the boiler efficiency , and the problem of steam turbine ' s suitability for variabe operation condition have been analysed by using practical calculation example
摘要针对垃圾燃料热值对锅炉效率的影响及汽轮机的变工况适应性等问题，结合实际算例进行了分析。 |
| 3. | The basic theory about realizing on - line monitoring boiler efficiency is discussed . its method is put into practice by using advanced programming language delphi , which can calculate the boiler efficiency for any operational condition
本文论述了锅炉效率实现计算机在线监测的理论基础，并用高级语言delphi实现了任意运行工况效率的计算。 |
| 4. | Slag and ash deposit on coal - fired boiler in thermal power plant not only decrease the boiler efficiency and the plant economy , but also are hidden trouble of many safety accident . and sootblowing is an effective and common means to account for this problem
电站燃煤锅炉积灰结渣不仅会降低锅炉效率、影响经济性，而且更是多种安全事故的隐患，而采用吹灰器吹灰是解决这一问题最常用最有效的方法。 |
| 5. | On the other hand , the method of multivariate linear regression analysis is used to deduce the relevant matrix between element analysis and of industry analysis coal . then a new calculation model of boiler efficiency by use of industry analysis data is established
同时采用多元线性回归方法，建立了煤的元素分析成分与工业分析结果的关联矩阵方程，从而获得以工业分析为基础的锅炉效率计算的新模型。 |
| 6. | To improve boiler ' s reliability and economy performance , this paper based on the studies of present utility boiler operation and management was mainly focused on the following several aspects : 1 . build up efficiency calculation model and discuss the method to optimize the boiler performance for the purpose of raising accuracy of efficiency analysis
本文根据对国内外电站锅炉运行、管理的现状及其现有问题的研究，在提高锅炉运行可靠性和经济性方面做了以下工作： （ 1 ）建立锅炉效率计算的数学模型，研究热效率的计算方法，提高其分析的准确性。 |
| 7. | Data collected from mengda power plant have been used to train the model . unlike normal direct - method / indirect - method of heat balance , this model computes the boiler efficiency and main parameters needed for control in the boiler ' s operation efficiently by taking the advantage of neural network ' s inherited powerful co - relating ability , memorizing ability and the ability of mapping with nonlinear variables
此模型不同于传统的锅炉效率计算方法（正平衡或反平衡方法） ，而是通过人工神经网络本身具有的强大的联想功能和记忆功能以及对于非线性变量的映射能力，来计算锅炉效率和锅炉运行中需要调节的一些主要参数。 |
| 8. | The combustion - optimizing and automatic control system is being adopted on boiler no . 2 in jiaozuo power plant , successfully realizing the combustion optimizing control of said boiler under constant load and varying load conditions , the on - line combustion debugging test , and the monitoring analysis of operation economic behavior , making the said boiler always to be safe operation with highest efficiency , enhancing averagely the boiler efficiency to more than 0 . 5 % , economic benefit being obvious
摘要焦作电厂2号炉采用燃烧优化与自动控制系统，成功地实现了锅炉定负荷和变负荷过程的燃烧优化控制、锅炉在线燃烧调整试验和运行经济监测分析，使锅炉时刻在最高效率下安全运行，锅炉效率平均提高0 . 5 %以上，经济效益显著。 |
| 9. | The main contents are as follows : based on analyzing several kinds of computing models of the boiler efficiency , performance test code for utility boiler is selected as original version and a new boiler efficiency online computing model is presented , which only needing input the coal industrial analytical components and the main operating monitored parameters of the boiler can online compute the boiler efficiencies
本文的主要工作如下:在分析了几种锅炉效率计算模型的基础上,选择我国电站锅炉性能试验规程作为蓝本,提出了一种新的锅炉效率在线计算模型。该模型只需要输入锅炉燃用煤的工业分析成分和锅炉主要运行监控参数就可以在线计算锅炉效率。 |
| 10. | Diagrams for example coal consumption and thermal efficiency in the light of online calculation presented by a software about boiler economic performance optimization developed with the tools visual c + + give you quick analysis and visualized judgment for boiler under different working conditions
（ 3 ）用visualc + +开发工具对锅炉经济性能优化软件进行了开发。根据现场运行提供的数据，通过计算，图表显示煤耗、锅炉效率等参数的特性曲线；快速直观的分析、判断不同运行工况下锅炉的可靠性与经济性。 |
