[行业软件]OpenUtilities Substation 2023 (23.00.00.053) [复制链接]

The Bentley OpenUtilities Substation Design Software development team is pleased to announce the availability of OpenUtilities Substation 2023 (23.00.00.053) is integrated software application for intelligent electrical and physical substation design.

New and Changed in OpenUtilities Substation 2023 (23.00.00.053)


What's New Highlights
The following items summarize the new features and enhancements in the OpenUtilities Substation 2023 release.

New BOM Manager Export Function
This new function now makes it possible to BOM (Bill of Material) Data) from one project to another using a two-step process. Step 1: Export data from source project. Step 2: Import data into destination project. Selecting Export in BOM Manager exports BOM (Bill of Material) data to a JSON file. Note: The active BOM Tree node controls the contents to be included in the export.



The active node in above image is as followed: Work Order 738882 > BOM Document: HIGH BUS BOM > Revision: 0. Only data associated to this selection will be included in the export file. A Savas dialog will appear after clicking Export button. Select desired file location and enter a file name. Click Save button to complete the export.



Information dialog will appear confirming the successful creation of the export file.



New BOM Manager Import Function
This new function will import BOM (Bill of Material) data exclusive to BOM Manager. The import requires a JSON file formatted identically to the JSON output created using BOM Manager Export. Specific data validation checks are performed to avoid duplicated devices and duplicated custom part numbers. Details explained below.
Three factors determine which records from JSON are eligible for import.
1. Is part record associated to a symbol?
2. Part Type (Coded or Non-Coded)
Part Type Definitions:
Coded Parts: Part numbers residing in Parts Database where NonCoded field does not begin with the letter T or not equal TRUE.
Non Coded Parts: There are two types of Non-Coded parts. 1) Part numbers residing in Parts Database where NonCoded field begins with the letter T or equal to TRUE. 2) Custom Parts where the Auto-Generated Part Numbers begin with NC.
3. BOM Manager Configuration – Parts Database field mapping in Project Options.
Records eligible for import
- All Devices without association to symbol.
Example Device without Association to symbol



- All unmapped BM Data fields for Coded Parts.
- All BM Data fields for both types of Non Coded parts.
Duplicate Device Warning
A check is performed to identify Devices in JSON file that exist in active project. This is necessary to prevent Duplicated Devices. When this condition is encountered, you can choose to abort the process or proceed. Proceeding with import will automatically exclude devices shown in the warning dialog’s device list.



TEMP Device Tags
Device tags are automatically created when adding parts using BOM Manager > Add New > Part. These Device Tags begin with TEMP.
A check is performed to determine if TEMP Devices exist in JSON file. When this condition is encountered, the system will automatically assign new TEMP Device Tags using next available sequence number.
Example Scenario: Export BOM to JSON file from Project #1. Then import JSON file into Project #2.
Conditions
- Project #1 – JSON export contains Device Tag TEMP119



Result
Data for Balloon number 98 imported and Device Tag changed to TEMP22.



Custom Part Number
Custom Part Numbers are automatically created when adding parts using BOM Manager > Add New > Part > Custom Part. These part number being with NC.
A check is performed to determine if Custom Part Numbers exist in JSON file. When this condition is encountered, the system will automatically assign new NC part numbers using the next available sequence number.
Example Scenario: Export BOM to JSON file from Project #1. Then import JSON file into Project #2
Conditions
- Project #1 – JSON export contains Custom Part Number NC00001



- Project #2 - Highest Custom Part Number in project is NC00001



Result
Data for Balloon number 132 imported and part Number changed to NC00002



New BOM Manager Field SubID
Background Infomation
When you assign Part Numbers, the software creates an association between the assigned part numbers and SubID. Part Quantities are calculated using total quantity value for each SubID. The SubID for the first occurrence of a new Device Tag is 1. SubID’s are automatically incremented when a device is duplicated. Choosing YES to below message will incur a new SubID. Thus, creating a duplicate will impact bill of material quantities.


[img]file:///https://pixhost.icu/avaxhome/d4/9f/00a59fd4_medium.png[/img]
New SubID field added to BOM Manager data grid. If part quantities in BOM Manager or BOM reports are in question, you can use this filed to help investigate quantity discrepancies. Most quantity discrepancies are cause when a Device is inadvertently duplicated.


[img]file:///https://pixhost.icu/avaxhome/d3/9f/00a59fd3_medium.png[/img]
Import Drawings New Overwrite option
When Overwrite option is enabled, the software automatically replaces existing pages active project.


[img]file:///https://pixhost.icu/avaxhome/d2/9f/00a59fd2_medium.png[/img]
Import Drawings - Enhaced interface for ProjectWise
The new interface allows you to select specific files prior to opening the Import Drawings dialog. Only the selected files are checkout and available in Import Drawings dialog. Prior to this release, Import Drawings automatically checked out all DGN documents from selected ProjectWise folder. Once all documents were successfully checked out, the Import Drawings dialog is populated.


[img]file:///https://pixhost.icu/avaxhome/d1/9f/00a59fd1_medium.png[/img]
Drawing Set, Installation, Location Descriptions Comparison
New comparison tools for Drawing Set, Installation, and Location Descriptions allow you to compare value stored in DGN to active project. Workflows that include the use of Import Drawings can result in a condition where project database values differ from values stored in DGN file. You can use these comparison tools to reconcile the differences.


[img]file:///https://pixhost.icu/avaxhome/ce/9f/00a59fce_medium.png[/img]
To reconcile differences, select the desired values you want to keep by clicking in the value columns. After a value is selected, the field will contain a green box indicating the selection. To deselect, click filed with green box again. Clicking Update button resolves the property conflict for the selected items.
To take full advantage of enhancement and resolve issues, all SQL Project Databases must be updated. After successful update, Sub version for selected Database should equal 6.

Add ability to prompt users to assign a work order before saving a new revision in the Add New Revision dialog.
In BOM Manager, if user wants to add a new revision without adding a work order, the software will prompt that please input a valid Work Order.

Add ability to unforce wire connections by the different ways.
User is able to select different ways to unforce wire connections.
- Allow user to unforce all the force connections in a project.
- Allow user to unforce all the force connection associated with selected potential.
- Allow user to unforce all the force connection associated with selected potential group.

Add ability to maintain forced wire connections during page copy.
Users are able to choose if they maintain forced wire connections when they copy pages or not.

Enhance the destination attribute position on cable diagrams.
When cable symbol's insertion point is located to the right of the wiring diagram symbol's insertion point the following should happen:
1. Cable symbol should be mirrored "Vertically".
2. Text Justifications for any texts should be automatically changed except for any text having "Center" justification. What is Right justified should become Left Justified and vice versa.

Example cable diagram "Cable Symbol":

A = Symbol Graphics
B = Connection Point (Part of Symbol Graphics)
C = Insertion Point
D = Tag Mnemonic (Device ID)
Text Justification: Center Bottom (Center Baseline)
E = Symbol Text Attribute "Destination"
Text Justification: Right Bottom (Right Baseline)
F = Cross Reference Attribute
Text Justification: Left Top

Below image is the expected result:

A = Cable Symbol Graphics (Mirrored Vertically)
B = Connection Point (Part of Symbol Graphics) (Mirrored Vertically)
C = Cable Symbol Insertion Point
D = Tag Mnemonic (Device ID)
Text Justification: Center Bottom (Center Baseline)
E = Symbol Text Attribute "Destination"
Text Justification: Left Bottom (Left Baseline)
F = Cross Reference Attribute
Text Justification: Right Top
G = Wiring Diagram Symbol
H = Wiring Diagram Symbol Insertion Point

Add ability to place 3D Cable/Bus along a selected path.
User is able to place 3D Cable/Bus along a selected path.
- Draw a path using a Bspline Curve.
- Allow user to select Bspline Curves path to place 3D Cable/Bus symbol.

Add ability to allow user to set the variable assignment level as Workspace and Workset level.
User is able to set the variable assignment level as Workspace and Workset level.



Bentley Substation is a design tool for substation design. It uses Promis.e Title functionality for the electrical design. Integrated into the application with is a range of additional tools allowing users to create the 3D physical design of the substation. All of the drawings exist within the same project and sharing the same database. This results in easy navigation between the different drawing modes and shared attribute, part data, and reports. Bentley Substation is unique in that the 3D physical model and the Electrical drawings are all created with the same application and sharing the same common project database.

In addition to the Promis.e functionality and 3D functionality of the MicroStation-based platform, Bentley Substation has specialized design tools for substation design in a 3D environment:

Hook Points - Hook points are placed on symbols to allow them to easily snap onto other symbols. Orientation can be controlled in all three axes (or less). They also bond the connected symbols allowing them to me moved as a unit. This simplifies working in the 3D environment.
Grounding Grid - A special tool allows a grounding network to be placed into the Substation foundation to be used for equipment grounding. Parameters are entered to generate the Grid based on desired spacing. Once generated, the components are automatically included in the bill of materials (BOM). Individual areas of the generated grid can be modified by the user as needed.
Sag Algorithms - Used to graphically generate cables in the substation model with sag. Custom algorithms can also be created by Bentley Professional Services.

These are in addition to the standard benefits of 3D modeling which can speed design and approval while eliminating interference and positioning design errors.

OpenUtilities Substation







Bentley Systems, Incorporated. is the global leader dedicated to providing architects, engineers, constructors, and owner-operators with comprehensive architecture and engineering software solutions for sustaining infrastructure. Founded in 1984, Bentley has nearly 3,000 colleagues in more than 45 countries, $500 million in annual revenues, and, since 2001, has invested more than $1 billion in research, development, and acquisitions.

Owner: Bentley Systems, Inc.
Product Name: OpenUtilities Substation
Version: 2023 (23.00.00.053)
Supported Architectures: x64
Website Home Page : www.bentley.com
Languages Supported: english
System Requirements: Windows *
Size: 5.9 Gb

* System Requirements:

    

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