Smallworld GNM

Geographic information system (GIS) refers to a system designed to capture, store, manipulate, analyze, manage, and present spatial or geographic data. The utilities industry leverages GIS technology to create as-built network models of their assets. This network model forms the backbone for numerous other grid applications, such as DERMS, ADMS, AEMS, and more.

While many utilities do have network modeling solution in-house, many lack the power and advanced capabilities to fully support their needs amidst the challenges of the energy transition. This is because many utilities rely on generic GIS solutions. GIS solutions have a number of shortcomings that make it difficult to ensure their network model is complete, accurate, and available at all times. Examples include issues with data accuracy, access, and integrity; high maintenance and update costs; and slower restoration times resulting from bad data.

Smallworld Geospatial Network Modeling is purpose-built for utilities, and enables unique, utility-specific use cases that a generic Geographic information system cannot support. Examples of use cases that Smallworld GNM can empower include network reliability assessments, connectivity analysis, load balancing, flow optimization, and more.

Yes. Because Smallworld GNM is purpose-built for utilities, it enables thorough and precise network mapping of every line, pole, substation, transformer, and flow pattern. This data can then be utilized for various network management use cases.

A complete and accurate network model is an absolute essential for a truly smart grid. Network model data fuels countless key use cases and applications, particularly those powered by AI and ML. Utility-specific Smallworld GNM provides the high-quality data that will turn your grid into a smart grid.

Geospatial Network Management Software is a specialized tool used to manage and analyze the spatial aspects of utility networks, such as electrical grids, telecommunications, water, and gas systems. This software integrates Geographic Information System (GIS) technology with network management functionalities, providing a comprehensive view of network assets and their geographical locations. Key features and roles of geospatial network management software include:

Visual Mapping: It provides detailed maps of network infrastructure, including power lines, substations, transformers, and other components. This visual representation helps operators understand the spatial distribution of assets and make informed decisions about planning and operations.

Asset Management: The software tracks and manages information about network assets, including their location, status, and maintenance history. This functionality is crucial for efficient asset management and lifecycle planning.

Network Analysis: It allows for the analysis of network performance and capacity based on spatial data. Operators can simulate scenarios, assess the impact of changes, and optimize network configurations to improve efficiency.

Outage Management: By providing real-time geographic data, the software helps quickly identify and respond to outages. It can pinpoint affected areas, estimate the extent of disruptions, and facilitate efficient restoration efforts.

Planning and Design: Geospatial network management software supports planning and design activities by offering tools to model network expansions, assess environmental impacts, and optimize infrastructure placement.

Integration with Other Systems: This software can be integrated with other operational systems, such as SCADA (Supervisory Control and Data Acquisition), ADMS (Advanced Distribution Management Systems), and WAMS (Wide Area Monitoring Systems), to provide a holistic view of network operations and enhance decision-making.

Regulatory Compliance and Reporting: It aids in meeting regulatory requirements by providing detailed documentation and reporting capabilities related to network operations and infrastructure.

Customer Service Improvement: By leveraging geographic data, utilities can improve customer service by accurately locating service requests and deploying resources efficiently.

Overall, geospatial network management software is an essential tool for utilities and service providers, enabling them to optimize network operations, enhance asset management, and improve service delivery by leveraging geographic data and insights.