Asset and portfolio performance is being reshaped. We quantify the impact - yield, damage costs, adaptation ROI - asset by asset, in 48 hours.
Due Diligence · Acquisition Target
Trusted by leading European infrastructure companies
Most asset decisions are built on historical weather baselines. That worked when the past reliably predicted the future. It no longer does.
Data problem
Asset models are calibrated on historical weather data. Forward conditions are diverging from those records in ways static models cannot anticipate or correct for.
Balance sheet impact
Reduced output, downtime, maintenance, component wear, structural exposure, and insurance repricing all show up in asset performance - and each one can be quantified, not just flagged.
Decision gap
Hazard maps describe the problem. Repath translates climate data into decision-ready outputs for CapEx, performance, valuation, and reliability decisions.
Infrastructure Investors
valuation upside identified
A wind farm was on the market at £48M. Forward-looking analysis corrected yield and insurance assumptions the technical advisor had treated as static.
Renewable Energy
asset-by-asset performance modelled
Two bad years raised the obvious question: bad luck, or something structural? Modelling each asset from 1985 to 2060, Repath traced the shortfall to a shared Atlantic wind system, not geography - reclassifying the portfolio as not future-proof and redirecting new capacity toward genuine wind diversification.
Power Grids
climate scenarios modelled
SAIDI/SAIFI compliance was under pressure from monsoon rainfall. Repath ranked conductor upgrades by reliability gain and investment return, drawing on 5 adaptation scenarios with NPV and ROI per location.
Manufacturing
locations assessed
Assessing physical climate risk across 64 locations and 21 hazards, using non-stationary extreme-value modelling and customised exposure scoring tailored to each portfolio.
A climate signal is not a decision. Most climate models work top-down - global projections, regional averages, site-level estimates. We work in reverse: starting from local ground truth and building up, layer by layer, until the output fits the exact decision an investment committee, a regulator, or an operations team needs to make.
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Terrain · Elevation · Microclimate
We start from local ground truth: the actual terrain, elevation, and microclimate of each asset location. The result is not a regional hazard score - it's climate behavior specific to your exact coordinates. In complex terrain, coastal zones, and valley floors, the difference between these two approaches is where the financial risk hides.
Send locations, asset types, and technical specifications - in any format.
We combine climate simulations with asset-level operational and financial modelling.
Get quantified yield impact, damage costs, and adaptation ROI - in 48 hours.
Example
132 kV substation - Northern Spain
more flood events by 2050
projected annual downtime cost
loss reduction for €180k CapEx
The useful question is no longer whether physical climate risk exists. It is where it changes value, performance, insurance, and resilience spend.
Projected increase in river-flood damage costs for European infrastructure without adaptation (European Commission)
Projected cumulative increase in global insurance premiums for natural-catastrophe risk by 2030 (Bank for International Settlements)
Returned for every $1 invested in climate-resilient infrastructure (United Nations)
The people who own, operate, and finance infrastructure.
Forward yield by site, month by month - see whether your diversification actually holds once shared wind and weather systems are accounted for, and which pipeline assets deserve TDD priority.
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Climate-adjusted yield intelligence for your portfolio.
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Prioritise adaptation investment where it prevents the most outages.
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See how climate risk hits production planning, from energy cutoffs to upstream and downstream supply chain disruption.
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Trusted by infrastructure teams across energy, grids, and investment
We build from the ground up - each asset's exact terrain, elevation, and microclimate - rather than scaling a global model down to a regional average.
EUR impact on yield, damage costs, adaptation ROI - with narrative summaries in plain language your team and business can use directly, not a colour-coded matrix to interpret.
We use IPCC scenarios to 2050 and beyond as the input, then model how those hazards evolve at each asset over the life of the investment - not just what already happened there.
Dashboard, PDF report, Excel, or direct API integration into your existing systems - shaped to slot into the workflow and decision process you already run.
Three steps. Send us your assets in any format, we run the analysis, and you receive decision-ready output for yield, damage costs, adaptation ROI, and reliability metrics.
Asset locations and types are enough to start. Technical specifications improve precision, but we work with what you have and flag where more data would sharpen the result.
A Technical Advisor usually models backward from historical weather files. Repath models forward-looking climate conditions over the relevant hold period and translates them into financial and operational outputs.
Any industry with physical assets exposed to climate hazards. Current work spans renewable energy, power grids, infrastructure investors, and manufacturing.
There is no fixed format. Output can be delivered as a dashboard, PDF report, Excel file, or API integration, using the KPIs that matter in your process.
48 hours from asset data to first results. Larger portfolios or multi-region analyses are scoped upfront.
Send us your portfolio. We'll send you the climate intelligence - in 48 hours.
48h to DCF-ready results · Any asset class · Any format
