Geospatial Climate Impact Assessment for Utility Investment Planning

Climate risk becomes harder to act on when exposure changes from one location to the next. NTT DATA helped an energy group turn geospatial climate information into a business-readable view of physical risk for strategy and investment teams. The work combined acute and chronic climate indicators with location-based analysis, bringing historical and projected information into a form that could support investment planning, exposure management and corporate decision-making.
Utility corridor crossing contrasting local climate conditions, illustrating how physical risk varies by location and informs investment planning.
Hazard coverage
Acute and chronic climate indicators combined.
Time horizon
Historical and projected climate information incorporated.
Spatial perspective
Geolocated territorial analysis used to show exposure by location.
Decision use
Outputs used to support strategic investment planning and climate-risk exposure decisions.
Utility infrastructure viewed through layered climate scenarios, showing how physical-risk exposure can change over time at the same location.
Geospatial Climate Impact Assessment for Utility Investment Planning

Climate impacts vary materially by location, which makes a single portfolio-level view insufficient for many investment decisions. NTT DATA developed geolocated analytical capabilities that combined acute and chronic climate indicators with territorial analysis. Historical and projected climate information was brought together to create scenario-based visibility of physical-risk exposure. The resulting view gave strategy and investment teams information they could use when considering where and how climate impacts should influence planning.

Turning location-specific climate exposure into investment-ready insight
Objectives
The objective was to give strategy and investment teams a geospatial view of climate exposure so that physical-risk information could be incorporated into corporate planning. The assessment needed to connect location-specific conditions, acute and chronic hazards, and historical and projected climate information in a way that supported strategic investment and exposure decisions.
Opportunity
The opportunity was to move climate-risk assessment closer to investment decision-making by linking climate information to the territories under consideration. A geospatial approach could help teams compare exposure across locations, examine how different climate conditions may affect specific areas and use scenario-based visibility when deciding where climate risk should enter corporate planning.
Making location-specific climate risk usable in investment planning

The assessment had to preserve the geographic differences in climate exposure while bringing several risk perspectives into one usable view. Strategy and investment teams needed information that connected acute and chronic hazards, historical and projected conditions, and territorial context without leaving the analysis in a purely technical form.

Key Challenges
Field photographs of rain, drought, wind and ice conditions arranged over a territorial map, illustrating how climate exposure varies across utility locations.
1. Climate exposure changes by location
Climate impacts vary materially across territories, so the assessment needed to retain location-specific differences instead of relying on a single generalised exposure view.
Utility infrastructure surrounded by flood marks, dry soil, weathered vegetation and future survey markers, representing acute and chronic climate risk across historical and projected conditions.
2. Multiple climate perspectives in one assessment
Investment decisions required visibility across acute and chronic hazards, supported by both historical and projected climate information.
Simplified territorial risk information translated into a clear physical planning display for strategy and investment decision-making.
3. Translate geospatial analysis for business users
Climate and territorial data had to be converted into decision support that strategy and investment teams could interpret and use in planning discussions.
Strategic investment options linked to location-specific climate exposure through a clear planning framework, showing how physical risk can inform corporate decisions.
4. Connect physical risk with corporate planning
The analysis needed to show where and how climate exposure should be considered in strategic investment and exposure decisions, linking physical-risk information to corporate planning.
Solution
A geospatial climate-risk view built for strategy and investment decisions

NTT DATA built geolocated analytical capabilities for climate-risk assessment and combined territorial analysis with historical and projected climate information. The approach brought acute and chronic risk perspectives into scenario-based views that could be read by business teams and used to support investment planning and climate-risk exposure decisions.

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Geolocate climate-risk assessment

The solution linked climate-risk analysis to specific locations, allowing exposure to be viewed in the territorial context relevant to investment decisions.

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Combine climate horizons and hazard perspectives

Historical and projected climate information was analysed alongside acute and chronic indicators to provide a broader view of physical-risk exposure.

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Provide scenario-based visibility

Scenario-based views helped teams examine how climate conditions and exposure could vary across locations and planning contexts.

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Translate analysis into decision support

Geospatial outputs were structured for strategy and investment teams so physical-risk information could be incorporated into investment planning, exposure management and corporate decision-making.

Impact
Climate exposure became more usable in strategic investment planning

The documented solution was used to support strategic investment planning and climate-risk exposure decisions, improving the ability to identify where and how climate impacts should influence corporate strategy. The source does not provide quantified financial benefits, reductions in physical risk or measured resilience improvements, so the impact remains framed as improved decision support and exposure visibility.

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