# Financial Impact Analytics

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## Overview

AlphaGeo’s **Financial Impact Analytics** model climate impacts on the key drivers of cashflow (including revenues, OpEx, CapEx) and asset value to enable more robust, future-ready financial modelling and planning.

## Our approach: Beyond risk management to strategic finance

Most climate financial analytics focus on expected losses, using metrics like Climate Value-at-Risk (CVaR) or Average Annual Losses. While useful for risk management, they don’t capture climate’s impact on cashflows—critical for valuations, investments, and capital budgeting. Our **Financial Impact Analytics** fill this gap, delivering cashflow-based insights that plug directly into models like DCF to support strategic financial decisions.

## Product features

* **Asset types:** Residential, Commercial, Power Plants, Electricity T\&D, Water & Wastewater, Transport (Road & Rail), Airports, Seaports, Data Centers
* **Geographic coverage:** Global
* **Emission Scenarios**: SSP245, SSP370, SSP585

## Metrics

<div align="right"><figure><img src="/files/QTAakcBQGL7QzmPArOxH" alt=""><figcaption><p>AlphaGeo's Financial Impact Analytics module provides a transparent and explainable approach to climate-informed cashflow modelling, valuations, and underwriting.</p></figcaption></figure></div>

| Category                   | Metric                    | Description                                                                                                      | Unit                  |
| -------------------------- | ------------------------- | ---------------------------------------------------------------------------------------------------------------- | --------------------- |
| **Section 1 — Valuation**  | 10-Year NPV Loss (CVaR)   | Expected NPV loss under adverse but plausible climate scenarios (CVaR) over a 10-year hold.                      | % NPV loss            |
|                            | Adaptation Alpha          | Quantifies the projected NPV loss that is recoverable if targeted adaptation measures are implemented            | % NPV recovered       |
|                            | Average Annual Loss (AAL) | Aggregating all climate-driven OpEx, CapEx, and revenue impacts, the all-in annualized cost of climate exposure. | % loss/yr             |
|                            | Climate Risk Discount     | Additional discount rate to reflect future climate uncertainty based on the climate profile.                     | % rate added          |
| **Section 2 — Insurance**  | Insurance Premiums        | Climate-driven net effect on insurance premiums through 2050 (driven by fire and flood risk).                    | Annual % change       |
|                            | Insurability Risk         | Risk of a location exceeding standard insurance market thresholds (99th percentile of today's global risk).      | Insurable / High Risk |
| **Section 3 — OpEx Costs** | Utility Demand            | Increase in cooling energy demand outpacing savings from reduced heating requirements.                           | Annual % change       |
|                            | Maintenance Costs         | Additional maintenance budget required due to changing climate conditions and extreme weather impacts.           | Annual % change       |
| **Section 4 — Income**     | Operational Efficiency    | Reduction in operational efficiency as climate conditions strain building systems.                               | Annual % change       |
|                            | Operational Downtime      | Additional downtime days per year due to extreme heat, precipitation, winds, and dry spells.                     | Days/yr               |
|                            | Workforce Productivity    | Decline in workforce output due to extreme heat reducing safe operating hours for outdoor/manual workers.        | Annual % change       |
| **Section 5 — CapEx**      | Retrofit Costs            | Recommended allocation of annual income to proactive climate retrofits to mitigate physical and stranding risk.  | % of income           |

## Use cases:

* Valuation and investment analyses
* Financial planning
* Capital planning
* Public budgeting and economic modelling

## See next: [Methodology](/climate-resilience-suite/financial-impact-analytics/methodology-location-based-financial-metrics-1-2.md)


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