Automotive Manufacture

GridOS® Network Lifecycle

Design, develop, and analyze the grid

Three GE Vernova solutions – Smallworld Geo Network Management (GNM), GridOS Visual Intelligence, and GridOS Digital Dynamic Line Ratings (DDLR) - provide the network model and inspection tools utilities need.

Network Lifecyle

Overview

Powerful tools for a stable, reliable network 

Network Lifecycle software from GE Vernova empowers utilities with an advanced toolset that supports the design, build, and analysis of the power network.
GE Vernova

Smallworld GNM

Gain a complete, accurate network model plus tools for simulations, planning, and optimization.
GE Vernova

GridOS Visual Intelligence

Improve the effectiveness and efficiency of vegetation management with AI.
GE Vernova

GridOS DDLR

Harness real-time insights on transmission line capacity for better efficiency and compliance.

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End-to-end solutions for end-to-end optimization

With GE Vernova’s Network Lifecycle software, utilities can manage and optimize every aspect of their networks across transmission and distribution for greater efficiency, reliability, and resilience. The software ensures the grid remains stable, efficient, and ready for tomorrow’s energy demands.

"DLR revolutionizes power transmission efficiency and grid capacity by adapting to real-time environmental conditions. It offers significant economic, technical, and operational benefits, enhancing grid resilience and facilitating the integration of renewable energy sources, thus marking a pivotal shift toward more sustainable and efficient power systems."

Jean-François Segalotto 

Senior Associate Advisor, IDC Energy Insights 
Source: Boosting Grid Capacity with Dynamic Line Rating, Q2 2024 

Optimizing the grid with network lifecycle software

Better grid planning 

Smallworld GNM ensures accurate and high-quality network model data for use in running simulations, building new infrastructure, and other planning activities.

Improved resilience 

GridOS Visual Intelligence can identify the precise areas where vegetation threatens infrastructure and inform crews exactly where to trim to mitigate the risk of damage. 

Transmission line efficiency

DDLR analyzes sensor readings and weather data to determine a line’s true capacity.

Increased visibility 

Achieve the clearest picture of the state of the grid across transmission and distribution.

Better reliability

Network Lifecycle software offers tools that help optimize power flow and maximize reliability across the entire network. 

Future-proofed grid 

Future-proof the grid with the advanced planning and simulation capabilities of Network Lifecycle software.

FAQs

FAQs

How do the Network Lifecycle solutions enable grid monitoring and performance management?
It all starts with Smallworld Geospatial Network Management (GNM) , which provides the accurate and thorough network model data needed to power many applications and use cases. GridOS Visual Intelligence, a vegetation management software, leverages the network model data by overlaying it with vegetation scans to determine when and where trimming activities must happen. And GridOS DDLR uses the network model data to identify and pinpoint the capacity of power lines at any given time. An accurate, as-built network model is the gateway to transforming to a smart grid.

How do these solutions optimize the electric grid network lifecycle?
Smallworld GNM, GridOS Visual Intelligence, and GridOS DDLR all play a role in helping utilities protect and capitalize on their existing assets. Smallworld GNM’s network model data is invaluable for monitoring real-time network performance and determining if any improvements or additions are needed. Visual Intelligence makes it easier to identify threats to vital assets from overgrown vegetation or even just normal wear-and-tear like corrosion. And DDLR ensures compliance with FERC 881 mandates by calculating line ratings in real time to ensure an optimal flow of power.

How can GridOS DDLR help with FERC 881 compliance?
FERC 881 transmission planning rules decree that all transmission utilities must use ambient-adjusted ratings to ensure their lines are at maximum transfer capacity at all times. DDLR makes these calculations automatically using sensor data and real-time weather conditions to determine every line’s true capacity. This ensures better transmission planning and improved resource adequacy for utilities.

Speak with a utility software expert about how GridOS can help ensure a reliable and resilient sustainable-energy grid.

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