Sustainaccount combines climate science, geospatial data, asset-specific vulnerability assessment, financial risk metrics, and adaptation logic to help organizations understand physical climate risk and plan resilience. The methodology is scenario-based, documented, and designed to support reporting, certification, audit review, and decision-making.
The Climate Resilience Suite follows a structured assessment logic: identify relevant hazards, assess exposure and asset vulnerability, translate material risks into decision-relevant impacts, and generate outputs for adaptation, reporting, certification, and review.
We assess relevant acute and chronic physical climate hazards using forward-looking climate scenarios, geospatial data, and local or regional datasets where available.
We analyse not only where an asset is located, but how it may be affected. Asset characteristics such as use, construction type, materials, elevation, envelope, age, and existing protection measures can influence the vulnerability assessment.
Material risks can be translated into decision-relevant indicators such as projected losses, Climate Value at Risk, operational impacts, and financial risk metrics, depending on the selected level of analysis.
Results are converted into practical outputs, including adaptation measures, risk-reduction logic, reports, dashboards, datasets, and regulatory or certification-aligned documentation.
A structured approach for credible physical climate risk analysis
Sustainaccount’s methodology is designed to connect climate hazard data, asset vulnerability, financial impact, adaptation measures, and structured documentation in one assessment process.
Where asset data is available, the assessment considers characteristics such as construction type, age, materials, elevation, envelope, use profile, and existing protection measures.
Analyses consider current and future climate conditions across relevant climate scenarios and time horizons, supporting both near-term decisions and long-term resilience planning.
Material risks can be connected to adaptation measures, estimated costs where applicable, and risk-reduction logic to support practical resilience decisions.
Outputs include methodology descriptions, assumptions, data sources, and technical evidence to support internal review, reporting, audit, and certification workflows.
Broad hazard coverage, forward-looking scenarios, and relevant time horizons
Sustainaccount assesses a broad range of acute and chronic physical climate hazards relevant to real assets. Hazard coverage is aligned with the classification of climate-related hazards in Appendix A to Annex I and Annex II of Commission Delegated Regulation (EU) 2021/2139, the EU Taxonomy Climate Delegated Act.
Analyses consider current and future climate conditions across IPCC-aligned climate scenarios and relevant time horizons. Depending on the asset, geography, framework, and decision context, time horizons can extend to and beyond the end of the century.
Where available, Sustainaccount integrates high-resolution local or regional datasets to increase the relevance of the analysis for specific geographies and asset types.
Acute and chronic physical climate hazards relevant to real assets.
Current and future conditions across IPCC-aligned climate scenarios.
Analysis periods aligned with asset lifetime, reporting needs, and decision context.
Designed to support audit, certification, and internal review
Sustainaccount outputs are structured to make the assessment logic transparent. Reports and data outputs can include methodology descriptions, climate data sources, scenario assumptions, hazard logic, vulnerability inputs, adaptation rationale, and technical documentation.
This helps project teams, ESG teams, consultants, auditors, assessors, and certifiers understand how results were produced and how they can be used in reporting, certification, and resilience planning workflows.
Final acceptance of any report, output, or supporting evidence remains subject to the review of the relevant auditor, assessor, certifier, regulator, or other competent party.
Scenario choices, data sources, and methodological logic documented where relevant.
Reports and data outputs designed for reporting, certification, and review workflows.
Technical documentation to support discussions with auditors, assessors, certifiers, and internal stakeholders.
Book a demo to see how the Climate Resilience Suite applies climate hazard data, asset-specific vulnerability analysis, financial metrics, and adaptation logic to real assets.
