HM Manager Overview. Applies to the spatial version of Netbase. Integrates Netbase with Water Distribution Modelling Software

Transcription

1 Model Build

2 INTRODUCTION

3 HM Manager Overview Applies to the spatial version of Netbase Provides the complete modelling solution: Fully integrated with EPAnet & Piccolo Integrates Netbase with Water Distribution Modelling Software Provides a complementary modelling solution to: WaterGEMS Infoworks Aquis SynerGEE Streamlines & automates the data transfer processes between Netbase and models

4 HMManager Data Model Network Assets & Attributes Topological Hierarchical network model Profiles Library Scenario Controls Database Centrally Managed Support for multiple users (on the same model)

5 User Interface Ribbon Toolbar The Model Register

6 Main Interface and Tools Register Window Data Maintenance Model Definition Monitored Data & Demand Operational Controls Simulation Analysis HM Manager features The tools in the software are organised into toolbars of 8 main categories. This allows easy access to the user of the tools depending on the stage of the model build or calibration process. Some built in wizards also exist in the software to provide guidance to users.

7 Model Register Model Register Models are organised into Projects Project Filter Search

8 Building A Model Data from Netbase Select areas to model Asset Data GIS Customers Data Consumptions Time Series Data SCADA Logged Data

9 Data Sources Asset Data Customer Data Netbase Integrated Spatial Database HMManager Database Time Series Data Network Configuration

10 Model Build

11 Model Data Infrastructure Assets Pipes Valves Regulators Pumps Non-Infrastructure Assets Tanks Customer Data Monitored assets Direct links back to the time series data in Netbase

12 Model Data Areas Area details Leakage History data PCC Occupancy Rates Leakage Rate Hour-to-day factor Infrastructure Condition Factors

13 Infrastructure Assets

14 Non-Infrastructure Asset Attributes Attributes Name Reference Description Curves Pumps Regulators Tanks Multiple Controls

15 Customer Data

16 Model Build NETWORK DATA VALIDATION

17 Connectivity Checks Tracing Asset Connectivity Disconnected Assets Digitisation issues Boundary Problems

18 Tracing

19 Assets Connectivity

20 Checking Asset Connectivity If the pipe under an asset is disconnected then its easy to check Harder if the pipe is broken

21 Checking Pipe Connectivity Tee Junctions and Pipe Bridges

22 Disconnected Assets Mains Trace Demo

23 Drawing Tools Connectivity Trace Connectivity Check Direction Change Direction Monitoring Points Generate Elevations Drawing Nodes Pipes Valves Control Valves/Regulators Pumps Tanks Areas Meters No Pressure Reference Use a meter set as a model boundary

24 Non-Infrastructure Assets Many/Most GIS Model

25 Protected Assets A

26 Missing Attributes Netbase has two types of attributes Imported Copied from source data Validated Validated version of the imported valves that is not overwritten by updates Referencing Support for multiple references

27 Validation Types of validation Infill Based on surrounding pipes Lookup Internal Diameter and Roughness based on client and manufactures data

28 Internal Diameter

29 Set the Internal Diameter External Diameter Wall Thickness Based on External Diameter Size Class Year Laid Internal Diameter

30 Roughness/K Set The Default Roughness Based On Material Year Laid

31 Roughness/K

32 Reporting Changes to GIS Feedback changes to GIS Export ESRI shape and MapInfo mid/mif files

33 Monitoring Points Monitoring points are linked to SCADA If the point exists in Netbase no set-up is required Not all monitoring points break pipes or are at junctions If you break the pipe it causes a problem when updating the model Surrogate Monitoring Points Find the nearest connected node so the pipe is not broken

34 Monitoring Points

35 Monitoring Points

36 Model Update Add new assets Delete old/missing assets Protected assets Merging records when the ID has changed

37 Model Update Update all or part of a model Update all or some types of data New customer and demand data

38 Update Results View and accept changes Visualise changes using a map Merge records where the ID has changed

39 Child Networks Edits in a child network Multiple users Updates propagate from parent to child

40 Model Build CUSTOMERS AND AREAS

41 Introduction Customer Demand Data Time Series Data Profile Generation Calibration Data

42 Data Sources Asset Data Customer Data Netbase Integrated Spatial Database HMManager Database Time Series Data Network Configuration

43 Customer Data Netbase Mapping the billing systems to Netbase s model Tables Procedural logic (PL/SQL) is needed to manage temporal relationships Customer Property Active properties HMManager Customers Consumptions

44 Sample Billing System 1

45 Sample Billing System 2

46 Customer Data Scheduled updates Automated Meter Reading (AMR) Customer Location Geolocated in GIS Large users near sector boundaries Dual feeds Customer Validation Misclassification Non-households as households

47 Property To Pipe Import from GIS Generated in Netbase or HMManager

48 Property To Node Automatic Manual

49 Node Demands

50 Area Data Imported from Netbase Used to build base demands Managed as part of the model build and update

51 Base Demand Sets Consumption data is aggregated to nodes and areas Area data is imported from Netbase Characteristics History PCC Leakage Rate Grouped into Base Demand Sets Each mode can have multiple Base Demand Sets

52 Base Demand Analysis Built in base demand analysis tools No need to use spreadsheets or other programs

53 Base Demand Analysis Nodes Number of properties Number of households Number of connections Length of mains Non-household Demand Areas Total Demand Household consumption Leakage Rate

54 Node Demands

55 Area Volumes Base Demand is aggregated into a Node Demand Set Matrix Calculation Total Household, Leakage, Non-household and individual

56 Monitored Data and Demand PROFILE ANALYSIS

57 Data Sources Asset Data Customer Data Netbase Integrated Spatial Database HMManager Database Time Series Data Network Configuration

58 Time Series Data Falling Head Analysis Validate the network configuration and model data Building profiles Area Net Profiles AZP Profiles Boundary Profiles Calibration Checking the models is working as expected

59 LATIS LATIS Modelling Tools Create Standard Profiles Create Model Profiles

60 LATIS

61 LATIS

62 Profile Generation

63 Profile Results

64 Profile Analysis Time Series Data Profile Generation Profiles Library Uses the Demand Analysis Profile Scenario

65 Scenario Profiles Averaging an extended period of data to produce a typical profile Seasonal (Spring, Summer, Autumn, Winter) Range (User define period e.g. Peak Day) Days Weekday Weekend Average Bulk Processing

66 Profiles Library Generate Demand Profiles Create an Analysis Group

67 Demand Analysis There are multiple methods of Demand Analysis Total - all inclusive Total - separate leakage Total - separate individual customers Total - separate individual customers and leakage Individual demand option

68 Demand Analysis Calculating a Domestic Profile Net Profile from Profiles Library AZP profiles created in LATIS Assign standard non-household unit profiles Use Area Consumption to convert to am Calculate the Leakage Profile Derive the Domestic Profile

69 Net Profile

70 AZP Profile

71 Leakage Profile

72 Non-household Unit Profile

73 Domestic Profile

74 Domestic Profile

75 Demand Analysis

76 Monitored Data and Demand PROFILE SCENARIO

77 Profile Scenario The profiles scenario configures the profile shapes and volumes that will be exported to the hydraulic modelling software. The profile shapes come from the profiles library and the volumes come from the selected base demand set. The configuration of the profile shapes and volumes can match those that were generated in the analysis group Or The user can select a generic set of base demands and profile shapes.

78 Profile Scenario

79 Simulations EXPORT AND ANALYSIS

80 Introduction The Simulation Interface Running a simulation Calibration Real Time Modelling

81 Exports and Analysis WaterGEMS HMManager Database EPANET Piccolo

82 Exports Piccolo - DAT EPANET - INT WaterGEMS Support for Model Builder XML no user configuration required

83 The Simulation Interface Select Network Demand Scenario Controls Solver WaterGEMS EPANET Piccolo Parameters Duration Time Step Number of Iterations Tolerance

84 Demand and Profiles Factored data, used for analysis

85 Controls View and Edit Controls

86 Initial Settings

87 Simulations Thematic Maps Charts Tables

88 Thematic Maps

89 Pressure Planning

90 Calibration Charts

91 Calibration Reports Flow Pressure Level Snapshot times RMS Mean

92 Simulations REAL TIME MODELLING

93 Intra-Day Data Request Netbase TSDR Netbase API Response Up-to date data HMManager SCADA

94 Profile Calculation

95 Demand and Profiles

96 Initial Settings

97 Export To WaterGEMS HMManager WaterGEMS

98 Thank You Questions?