Canonical 7-layer model · per-country real data · 2026→2040 projection · loading…
On-grid Layer-1 counterfactual basis = grid AEF (CPP), fixed. Off-grid = diesel 840 g/kWh, fixed.
Annual avoided CO₂e by layer, 2026→2040 · bars = annual (stacked by layer) · line = cumulative · dashed = 100 Mt/yr threshold (annual axis only)
Portfolio — editable country segments · summed across countries
2040 values · category ×1.0Auto-saves in this browser and survives reload. Reset to default restores the curated 57-country fleet — per-country defaults: Residential = 0.5% of detached + semi-detached private houses (Eurostat ilc_lvho01 2023 for EU/EFTA/UK + national stat offices elsewhere, click ⌂); Industrial = anchor 7100 units (DE bottom-up: 95k telecom edge sites BNetzA 2024 + 15k water utilities/treatment BDEW+Destatis + 7k DSO primary substations Eurelectric + 25k NIS2 other-sector sites BSI → 142k × 5% capture) × country_GWh / 190 458 × resilience factor (EU 1.0 / Balkans+UA+TR 0.7 / MENA 1.4 / Asia 1.2), with industrial electricity from Eurostat nrg_bal_s live for 35 EU/EFTA + Ember/IEA/national for non-EU — click ⚙ for full breakdown. Industrial unit = same iONE Core hardware as residential; the difference between segments is captured purely by the counterfactual via off-grid share. Industrial off-grid default 18% uniform across all markets (the DE critical-site segment mix ≈ 18%, applied conservatively everywhere — not bumped up for emerging regions), independently editable per row in the small ind: field. Clear all empties the table. Each row’s ✕ removes that country; the country dropdown hides ISOs already in the list. Units = millions of iONE Core-equivalent stations (2040 target fleet, S-curve from ~0 in 2026); off-grid share splits each between diesel (L1 off-grid) and greened-grid (L1 on-grid) displacement.
Save / load configuration · per company · per product · stored on server
Source-gated enabling layers (L4–L7) · contribute 0 until a primary citation is entered — no number ships uncited