CRREM Pathways, Stranding risk analyzer

Assessment of the stranding risk of a property under the CRREM 1.5 °C pathway. LU calibration (electric grid 79 gCO₂/kWh, gas 201 gCO₂/kWh). Supports the 8 CRREM 2024 asset classes. SFDR Art. 8/9 and PAI 2 reporting compliant.

CRREM v3.0 · 2024

Energy intensity

157

kWh/sqm/yr

Carbon intensity

28.6

kgCO₂e/sqm/yr

Stranding year

2026

in 0 years

Net-zero year

—

pathway ≤ 2 kgCO₂/sqm

Gap to close vs CRREM 1.5 °C pathway

2030

Energy: −45 kWh/m²

Carbon: −8.6 kgCO₂/m²

2040

Energy: −99 kWh/m²

Carbon: −17.6 kgCO₂/m²

2050

Energy: −127 kWh/m²

Carbon: −24.6 kgCO₂/m²

Energy trajectory (kWh/sqm/yr)

Carbon trajectory (kgCO₂e/sqm/yr)

Regulatory compliance

EPBD LU, deadlines

2030 : Classe E minimum pour louerE
2033 : Classe D minimum pour louerD
2050 : Parc zéro-émission (objectif)A+

SFDR / PAI

PAI 2: GHG emissions kgCO₂e/sqm
PAI 5: Energy consumption kWh/sqm
PAI 17: Fossil exposure (gas/oil %)
Art. 8/9: 1.5 °C trajectory reporting

Indicative analysis. For official SFDR reporting, consult your Risk Officer + accredited ESG auditor. CRREM v3.0 (2024) trajectories are EU-average 1.5 °C Paris-aligned pathways. For a specific LU asset, the carbon trajectory may be more permissive thanks to the 79 gCO₂/kWh grid vs EU 244.

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