Trusted Grid Asset Data Across Field, GIS and enterprise system

NTT DATA helped a large utility establish a more trusted view of transmission and distribution assets by reconciling field evidence with GIS and enterprise system records through a repeatable data-quality process.
Transmission and distribution infrastructure at sunrise, representing a more trusted and consistent view of grid assets across field and enterprise systems.
Different versions of the same asset existed across
Different versions of the same asset existed across field, GIS and enterprise system
Conflicting attributes affected data quality and could impact
Conflicting attributes affected data quality and could impact work execution and planning
The utility needed a scalable remediation approach rather
The utility needed a scalable remediation approach rather than one-off corrections
The program improved asset-data consistency, operational efficiency and
The program improved asset-data consistency, operational efficiency and the information foundation used for asset management, network planning, maintenance and investment decisions.
Electrical grid infrastructure at sunrise across a wide service territory, representing a trusted and consistent view of utility assets from field reality to enterprise systems.
A scalable approach to Trusted Grid Asset Data Across Field, GIS and enterprise system

NTT DATA helped a large US utility establish a more trusted view of transmission and distribution assets by reconciling field evidence with GIS and enterprise system records through a repeatable data-quality process. Objective Improve consistency and reliability of grid-asset information so that the physical reality in the field is accurately represented in the systems used for asset management and operations.

A scalable approach to Trusted Grid Asset Data Across Field, GIS and enterprise system
Objectives
NTT DATA helped a large US utility establish a more trusted view of transmission and distribution assets by reconciling field evidence with GIS and enterprise system records through a repeatable data-quality process. Objective Improve consistency and reliability of grid-asset information so that the physical reality in the field is accurately represented in the systems used for asset management and operations.
Opportunity
NTT DATA helped a large US utility establish a more trusted view of transmission and distribution assets by reconciling field evidence with GIS and enterprise system records through a repeatable data-quality process. Objective Improve consistency and reliability of grid-asset information so that the physical reality in the field is accurately represented in the systems used for asset management and operations.
Addressing the operational complexity behind Trusted Grid Asset Data Across Field, GIS and enterprise system

Different versions of the same asset existed across field, GIS and enterprise system Conflicting attributes affected data quality and could impact work execution and planning The utility needed a scalable remediation approach rather than one-off corrections

Key Challenges
Utility asset shown alongside conflicting field and system references, illustrating inconsistent records across operational data sources.
1. Different versions of the same asset existed across
Different versions of the same asset existed across field, GIS and enterprise system
Utility maintenance kit prepared for field work with one component that does not match the engineering record, illustrating how conflicting asset attributes can affect planning and execution.
2. Conflicting attributes affected data quality and could impact
Conflicting attributes affected data quality and could impact work execution and planning
A series of utility asset records moving through the same standardized correction process, representing a scalable approach to data remediation.
3. The utility needed a scalable remediation approach rather
The utility needed a scalable remediation approach rather than one-off corrections
Solution
An integrated solution designed for scalable execution

NTT DATA helped a large US utility establish a more trusted view of transmission and distribution assets by reconciling field evidence with GIS and enterprise system records through a repeatable data-quality process. Objective Improve consistency and reliability of grid-asset information so that the physical reality in the field is accurately represented in the systems used for asset management and operations.

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Different versions of the same asset existed across

Different versions of the same asset existed across field, GIS and enterprise system

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Conflicting attributes affected data quality and could impact

Conflicting attributes affected data quality and could impact work execution and planning

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The utility needed a scalable remediation approach rather

The utility needed a scalable remediation approach rather than one-off corrections

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NTT DATA helped a large US utility establish

NTT DATA helped a large US utility establish a more trusted view of transmission and distribution assets by reconciling field evidence with GIS and enterprise system records through a repeatable data-quality process.

Impact
The program improved asset-data consistency, operational efficiency and the information foundation used for asset management, network planning, maintenance and investment decisions.

The program improved asset-data consistency, operational efficiency and the information foundation used for asset management, network planning, maintenance and investment decisions.

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