循环水项目
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duheng
2024-12-11 423b9511a9ce98fe36a235d5d2ab0d5a8e66238e 
 WinFrmUI/HStation.WinFrmUI.Xhs.Core/03-simulation/12-report/02-helper/SimulationWorkingReportHelper.cs


@@ -9,7 +9,6 @@


    /// </summary>


    public class SimulationWorkingReportHelper


    {




        //文字描述运行模式介绍    二）运行情况与能耗分析中 "全年:"后


        private string _run_mode = "*******************************************************************";




@@ -49,8 +48,6 @@




        //报告结尾 时间月


        private int _month = DateTime.Today.Month;








        /// <summary>


        /// 创建word


@@ -120,6 +117,8 @@


            SimulationWordReportHelper Text_left_15_black = new SimulationWordReportHelper(builder) { fontsize = 15, isblod = true };//一级标题


            SimulationWordReportHelper Text_left_12_black = new SimulationWordReportHelper(builder) { fontsize = 12 };


            SimulationWordReportHelper Text_reight_10_black = new SimulationWordReportHelper(builder) { fontalignment = ParagraphAlignment.Right, fontsize = 12 };


            SimulationWordReportHelper Text_left_13_black = new SimulationWordReportHelper(builder) { fontsize = 13 };




            SetWordHander(src, vm.Info.Name, vm.ReportType);


            SetWordFooter(src, vm.Info.Name, vm.ReportType);




@@ -135,9 +134,7 @@




            Text_center_25_black.structureText(string.Format("{0}{1}", vm.Info.Name, vm.ReportType));


            Text_left_15_black.structureText("一、系统概述");


            Text_left_15_black.AddBlankLine();


            Text_left_15_black.AddBlankLine();


            Text_left_12_black.structureText(string.Format("{0}", vm.Info.Description));


            Text_left_13_black.structureText(string.Format("{0}", vm.Info.Description));


            Text_left_12_black.structureText("1.1、设备基本配置");




            #region 设别基本配置表


@@ -585,10 +582,17 @@


            #endregion 实际能耗情况表




            Text_left_12_black.structureLeft20Text("2.3、高能耗分析");


            Text_left_12_black.structureTextAndImage(vm.Working.EnergyAnalyImagePath, 240, 400);


            Text_left_12_black.structureLeft20Text("通过对系统运行工况进行检测分析，认为该系统存在 “低效率、高能耗”现象。主要表现在以下方面：");


            Text_left_12_black.structureLeft20Text("1）水泵特性与管网特性不相匹配，造成水泵偏离设计工况运行，其实际运行效率下降，造成较多的无效能耗，处于不经济运行状态；而当前循环水工况又并非是系统的最佳状态，优化管网阻抗整合运行参数，将使本系统具有较大的节能空间。");


            Text_left_12_black.structureLeft20Text("2）水泵性能曲线和管网特性曲线不相匹配，在水系统在输送过程中存在闭阀调节阻力，增加了输送过程中的无效能耗，降低水系统的输送效率；需要重新对系统进行建模分析，降低系统阻力，优化水泵扬程。");


            Text_left_12_black.structureLeft20Text("3）缺乏技术手段对换热设备进行量化调节，流量过大存在浪费。通过调试并配置优化，对换热器定量分析，制定换热器运行合理方案，改换热器为定量控制，最终消除无效流量，使系统处在优良状态下运行。");


            Text_left_12_black.structureLeft20Text("2.4、损失曲线");


            Text_left_12_black.structureTextAndImage(vm.Working.LossCurveImagePath, 210, 400);


            Text_left_12_black.structureLeft20Text("2.5、损失统计");


            var pathList = new List<string>() { vm.Working.EnergyInputImagePath, vm.Working.EnergyLossImagePath };


            Text_left_12_black.structureImagesInRow(pathList, 110, 220);


            Text_left_12_black.structureTextAndImage(vm.Working.EnergyStatisticsImagePath, 50, 440);




            Text_left_15_black.structureText("三）\t节能技改方案与设计指标");


            Text_left_12_black.structureLeft20Text("3.1、设计依据");


@@ -598,15 +602,13 @@


            Text_left_12_black.structureLeft20Text("3.1.3 通过水泵性能曲线模拟，水泵运行在一定的工况下，其流量Q、扬程H、功率P、效率η相对应；实际性能与标准性能一般差异（主要为效率η指标）");


            Text_left_12_black.structureLeft20Text("3.1.4 管路系统压力降换算基本公式（i代表单位米长度管道上沿程阻力系数）");




            // 插入图片


            //  builder.Write("      ");


            Text_left_12_black.structureTextAndImage(Xhs.Core.Properties.Resources.Pressure_conversion_formula_big1_2, 30, 150);




            Text_left_12_black.structureTextAndImage("00-core\\Pressure_conversion_formula_big1.2.png", 30, 150);


            //  builder.Write("      ");


            Text_left_12_black.structureTextAndImage("00-core\\Pressure_conversion_formula_small1.2.png", 35, 220);


            Text_left_12_black.structureTextAndImage(Xhs.Core.Properties.Resources.Pressure_conversion_formula_small1_2, 35, 220);


            Text_left_12_black.structureLeft20Text("3.1.5 局部阻力计算公式");


            //      builder.Write("      ");


            Text_left_12_black.structureTextAndImage("00-core\\Local_resistance.png", 35, 60);


            Text_left_12_black.structureTextAndImage(Xhs.Core.Properties.Resources.Local_resistance, 35, 60);


            Text_left_12_black.structureLeft20Text("3.1.6 阀门开度与局部阻力系数关系（参考）");




            #region 阀门开度与局部阻力系数关系表


@@ -1279,7 +1281,5 @@


                builder.MoveToDocumentEnd();


            }


        }






    }


}


}