{"market_id":"france","generated_at":"June 2026","schema_version":"1.0","claim_count":6,"claims":[{"claim_id":"pgiq:claim:france:pgiq_tier:june-2026","claim_type":"opinion","status":"active","subject":{"market_id":"france","geography_id":"pgiq:geo:france"},"predicate":"pgiq_tier","value":{"base":2,"label":"Strong"},"unit":null,"definition":"PGIQ tier for siting a large new electricity load; a directional screen, not a connection guarantee","project_archetype":null,"as_of":"June 2026","valid_for":{"start":"June 2026","end":null},"method":"expert_judgment","method_source_label":null,"confidence":{"source_quality":"n/a (opinion)","coverage":"all rated markets","model_uncertainty":"n/a","opinion_confidence":"High"},"sources":[{"publisher":"PGIQ methodology","title":"PGIQ methodology","url":"https://powergridiq.com/methodology","published_at":null,"retrieved_at":"June 2026","locator":"tier definitions","quote_or_field":null,"license":"public source, cited under fair use","redistribution_rights":"link and quote with attribution; no bulk redistribution"}],"transform":null,"contradictions":[],"supersedes":null,"note":"Nuclear-backed firm, clean power, a proven Paris hub, and a national push to pair AI with nuclear. Delivered power cost is the one real drawback; access and firm clean supply are the strengths.","schema_version":"1.0","methodology_version":"pgiq-rating-v2","definition_version":"carbon_scope@1.0;connection_process@1.0;cost_archetype@1.0;evidence_tiers@1.0;reliability_layers@1.0","content_hash":"sha256:14d273f364dfcacf3826a5e5783258badbd8f08e3a476d22ee57ad0915eda99d"},{"claim_id":"pgiq:claim:france:recurring_power_cost:june-2026","claim_type":"estimate","status":"active","subject":{"market_id":"france","geography_id":"pgiq:geo:france"},"predicate":"recurring_power_cost","value":{"low":88,"base":102,"high":122},"unit":"USD/MWh","definition":"recurring energy, network, delivery, taxes and levies per MWh; EXCLUDES customer-funded connection capital","project_archetype":"100mw_flat_95pct_lf_transmission_level","as_of":"June 2026","valid_for":{"start":"June 2026","end":null},"method":"triangulated","method_source_label":null,"confidence":{"source_quality":"triangulated","coverage":"2 public fragments","model_uncertainty":"band spans structuring outcomes","opinion_confidence":"n/a"},"sources":[{"publisher":"EU industrial electricity prices (IEA Electricity 2026)","title":"EU industrial electricity prices (IEA Electricity 2026)","url":"https://www.iea.org/reports/electricity-2026/prices","published_at":null,"retrieved_at":"June 2026","locator":"page","quote_or_field":null,"license":"public source, cited under fair use","redistribution_rights":"link and quote with attribution; no bulk redistribution"},{"publisher":"Non-household electricity prices (Eurostat)","title":"Non-household electricity prices (Eurostat)","url":"https://ec.europa.eu/eurostat/statistics-explained/index.php?title=Electricity_price_statistics","published_at":null,"retrieved_at":"June 2026","locator":"page","quote_or_field":null,"license":"public source, cited under fair use","redistribution_rights":"link and quote with attribution; no bulk redistribution"},{"publisher":"EU electricity price components (Eurostat)","title":"EU electricity price components (Eurostat)","url":"https://ec.europa.eu/eurostat/statistics-explained/index.php?title=Electricity_price_statistics","published_at":null,"retrieved_at":"June 2026","locator":"price components","quote_or_field":null,"license":"public source, cited under fair use","redistribution_rights":"link and quote with attribution; no bulk redistribution"}],"transform":{"formula":"sum(components)","model_version":"pgiq-rating-v2","inputs":[{"component":"Nuclear-anchored energy","usd_per_mwh":76},{"component":"Network charges","usd_per_mwh":20},{"component":"Taxes & levies","usd_per_mwh":6}]},"contradictions":[],"supersedes":null,"note":"France's large nuclear fleet gives a moderate, relatively stable energy cost under the post-2026 regulated framework, with network charges on top.","schema_version":"1.0","methodology_version":"pgiq-rating-v2","definition_version":"carbon_scope@1.0;connection_process@1.0;cost_archetype@1.0;evidence_tiers@1.0;reliability_layers@1.0","content_hash":"sha256:fca8e84078d5e3148cd2d1844764e7bfd6414dd8437b9aa6f0af199b223a7cad"},{"claim_id":"pgiq:claim:france:connection_wait:june-2026","claim_type":"estimate","status":"active","subject":{"market_id":"france","geography_id":"pgiq:geo:france"},"predicate":"connection_wait","value":{"low":36,"base":42,"high":48},"unit":"months","definition":"from a complete application being accepted to full firm energization of the nominated MW, expressed as a band. Initial, phased, temporary and conditional energization are separate, earlier milestones. Derived from the operator process and market evidence rather than a measured project cohort.","project_archetype":null,"as_of":"June 2026","valid_for":{"start":"June 2026","end":null},"method":"measured","method_source_label":null,"confidence":{"source_quality":"Med-High","coverage":"band, not a measured cohort","model_uncertainty":"stage durations overlap and vary by project","opinion_confidence":"n/a"},"sources":[{"publisher":"RTE / France data-centre connection framework, Bracewell","title":"RTE / France data-centre connection framework, Bracewell","url":"https://www.bracewell.com/resources/building-data-centers-in-france-navigating-regulatory-hurdles-and-unlocking-growth/","published_at":null,"retrieved_at":"June 2026","locator":"process stages","quote_or_field":null,"license":"public source, cited under fair use","redistribution_rights":"link and quote with attribution; no bulk redistribution"}],"transform":{"formula":"sum(stage_durations)","model_version":"pgiq-rating-v2","inputs":[{"stage":"Application & site designation","months":6},{"stage":"Grid study & connection offer","months":12},{"stage":"Agreement & works planning","months":12},{"stage":"Construction & energization","months":12}]},"contradictions":[],"supersedes":null,"note":"The most open of the big Western markets: a hyperscale fast-track on state-favored sites.","schema_version":"1.0","methodology_version":"pgiq-rating-v2","definition_version":"carbon_scope@1.0;connection_process@1.0;cost_archetype@1.0;evidence_tiers@1.0;reliability_layers@1.0","content_hash":"sha256:15be20125c643f056b3076c5349aaabc9074bd69b00e81fb636f127950924e02"},{"claim_id":"pgiq:claim:france:forward_adequacy:june-2026","claim_type":"estimate","status":"active","subject":{"market_id":"france","geography_id":"pgiq:geo:france"},"predicate":"forward_adequacy","value":{"base":"watch","label":"Adequacy flagged"},"unit":null,"definition":"forward firm-supply adequacy for a prospective large new load; level vocabulary none|watch|elevated|severe","project_archetype":null,"as_of":"June 2026","valid_for":{"start":"June 2026","end":null},"method":"historical","method_source_label":"event-based","confidence":{"source_quality":"modelled read","coverage":"market-level","model_uncertainty":"not site-specific","opinion_confidence":"n/a"},"sources":[{"publisher":"France nuclear recovery 2024 (EIA)","title":"France nuclear recovery 2024 (EIA)","url":"https://www.eia.gov/todayinenergy/detail.php?id=65785","published_at":null,"retrieved_at":"June 2026","locator":"page","quote_or_field":null,"license":"public source, cited under fair use","redistribution_rights":"link and quote with attribution; no bulk redistribution"}],"transform":null,"contradictions":[],"supersedes":null,"note":"The nuclear fleet showed a real availability vulnerability in 2022, when stress-corrosion inspections took about a dozen reactors offline and cut output. It has since recovered strongly (nuclear up about 41 TWh in 2024, RTE sees no near-term risk), so this is a monitored tail risk, not a current shortfall.","schema_version":"1.0","methodology_version":"pgiq-rating-v2","definition_version":"carbon_scope@1.0;connection_process@1.0;cost_archetype@1.0;evidence_tiers@1.0;reliability_layers@1.0","content_hash":"sha256:31389994492249cbff754ed9aed6956090cddc36f10cbe8c08ca4ecd12542ddf"},{"claim_id":"pgiq:claim:france:average_operational_carbon_intensity:june-2026","claim_type":"estimate","status":"active","subject":{"market_id":"france","geography_id":"pgiq:geo:france"},"predicate":"average_operational_carbon_intensity","value":{"base":40},"unit":"gCO2eq/kWh","definition":"Estimated average operational grid emissions intensity in gCO2e per kWh, for a declared geography, period and system boundary, using direct operational emission factors. The generation-versus-consumption basis, imports, delivery losses, temporal granularity, factor set, factor vintage and uncertainty are disclosed or marked unknown. Permitted for location-based grid comparison only. It is not a marginal-emissions estimate, a lifecycle assessment, a procurement claim, or by itself a market-based Scope 2 result.","project_archetype":null,"as_of":"June 2026","valid_for":{"start":"June 2026","end":null},"method":"modelled","method_source_label":null,"confidence":{"source_quality":"stated generation mix","coverage":"market-level annual average","model_uncertainty":"average, not marginal or lifecycle","opinion_confidence":"n/a"},"sources":[{"publisher":"PGIQ methodology","title":"PGIQ methodology","url":"https://powergridiq.com/methodology","published_at":null,"retrieved_at":"June 2026","locator":"carbon basis","quote_or_field":null,"license":"public source, cited under fair use","redistribution_rights":"link and quote with attribution; no bulk redistribution"}],"transform":null,"contradictions":[],"supersedes":null,"note":"Average operational intensity from the stated generation mix. Not marginal, lifecycle or market-based Scope 2.","schema_version":"1.0","methodology_version":"pgiq-rating-v2","definition_version":"carbon_scope@1.0;connection_process@1.0;cost_archetype@1.0;evidence_tiers@1.0;reliability_layers@1.0","content_hash":"sha256:a17816a33383592ee0977d96c811f828e0444dbd072a1242b6f39bbf0cfd4ac4"},{"claim_id":"pgiq:claim:france:regulatory_momentum:june-2026","claim_type":"opinion","status":"active","subject":{"market_id":"france","geography_id":"pgiq:geo:france"},"predicate":"regulatory_momentum","value":{"base":"favourable","direction":"stable"},"unit":null,"definition":"direction and steadiness of the rules governing large-load connection (stroke-of-pen risk)","project_archetype":null,"as_of":"June 2026","valid_for":{"start":"June 2026","end":null},"method":"expert_judgment","method_source_label":null,"confidence":{"source_quality":"cited dated developments","coverage":"market-level","model_uncertainty":"n/a","opinion_confidence":"High"},"sources":[{"publisher":"PGIQ methodology","title":"PGIQ methodology","url":"https://powergridiq.com/methodology","published_at":null,"retrieved_at":"June 2026","locator":"regulatory momentum","quote_or_field":null,"license":"public source, cited under fair use","redistribution_rights":"link and quote with attribution; no bulk redistribution"}],"transform":null,"contradictions":[],"supersedes":null,"note":"France runs a dedicated fast-track for very large consumers on state-designated sites with active RTE coordination, the most open of the big Western European markets. WHAT WOULD CHANGE IT: The fast-track slowing, or available capacity on favoured sites tightening.","schema_version":"1.0","methodology_version":"pgiq-rating-v2","definition_version":"carbon_scope@1.0;connection_process@1.0;cost_archetype@1.0;evidence_tiers@1.0;reliability_layers@1.0","content_hash":"sha256:fba145004045032242ed7704b9c4e29494086df9a30d1cc5851dff6d3fb64dc9"}],"gaps":[{"predicate":"delivery_reliability_saidi","requires":"measured regulator outage record","state":"not_assessed","reason":"no regulator outage series compiled for this market yet","blocks_project_case":true},{"predicate":"local_deliverability","requires":"capacity at the substation you would connect to","state":"not_assessed","reason":"no operator publication of area or substation capacity found for this market","blocks_project_case":true}],"note":"A gap is not evidence that the risk is absent. It means we have not assessed it."}