{"market_id":"germany-north","generated_at":"June 2026","schema_version":"1.0","claim_count":9,"claims":[{"claim_id":"pgiq:claim:germany-north:pgiq_tier:june-2026","claim_type":"opinion","status":"active","subject":{"market_id":"germany-north","geography_id":"pgiq:geo:germany-north"},"predicate":"pgiq_tier","value":{"base":3,"label":"Workable"},"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":"Med-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":"The favorable half of Germany: wind-rich, generation-surplus, and the origin end of the SuedLink corridor. A large load here sits where the power is, not where it is stranded.","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":"sha256:46dde1af0a67b22b37d0c39050a5b4ed684acf71a79cbae2fc6443bb37828af0"},{"claim_id":"pgiq:claim:germany-north:recurring_power_cost:june-2026","claim_type":"estimate","status":"active","subject":{"market_id":"germany-north","geography_id":"pgiq:geo:germany-north"},"predicate":"recurring_power_cost","value":{"low":100,"base":116,"high":145},"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":"3 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":"Wholesale energy","usd_per_mwh":88},{"component":"Network & grid fees","usd_per_mwh":20},{"component":"Taxes & levies (after industrial relief)","usd_per_mwh":8}]},"contradictions":[],"supersedes":null,"note":"The northern zone is the cheaper German band because it is closer to wind generation; grid fees and levies stack on the wholesale price, partly offset by the industrial-price relief scheme.","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":"sha256:66b598a24f274e5ed449400422d80b51b0add0c4892b4358732db5dca3ecdc1b"},{"claim_id":"pgiq:claim:germany-north:connection_wait:june-2026","claim_type":"estimate","status":"active","subject":{"market_id":"germany-north","geography_id":"pgiq:geo:germany-north"},"predicate":"connection_wait","value":{"low":60,"base":78,"high":96},"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. 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A published fact with a source, not our forecast.","project_archetype":null,"as_of":"June 2026","valid_for":{"start":"June 2026","end":null},"method":"reported","method_source_label":null,"confidence":{"source_quality":"cited announcement","coverage":"stated timing Around 2028","model_uncertainty":"announced timing can slip","opinion_confidence":"n/a"},"sources":[{"publisher":"Global Data Center Hub: grid delays repricing Europe","title":"Global Data Center Hub: grid delays repricing Europe","url":"https://www.globaldatacenterhub.com/p/grid-interconnection-delays-repricing","published_at":null,"retrieved_at":"June 2026","locator":"announcement","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":"Eases the north-south transmission congestion that limits how much of the wind-rich north's power reaches load.","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":"sha256:7f6874a8ea5279c7c4be6763616d227950baf5c9569e801092045e1827eba7b5"},{"claim_id":"pgiq:claim:germany-north:delivery_reliability_saidi:june-2026","claim_type":"fact","status":"active","subject":{"market_id":"germany-north","geography_id":"pgiq:geo:germany-north"},"predicate":"delivery_reliability_saidi","value":{"base":11.7},"unit":"minutes per customer per year","definition":"regulator outage measure (SAIDI or stated equivalent) for the distribution network;","project_archetype":null,"as_of":"June 2026","valid_for":{"start":"June 2026","end":null},"method":"measured","method_source_label":null,"confidence":{"source_quality":"regulator filing","coverage":"year 2024","model_uncertainty":"n/a","opinion_confidence":"n/a"},"sources":[{"publisher":"Bundesnetzagentur SAIDI 2024","title":"Bundesnetzagentur SAIDI 2024","url":"https://www.bundesnetzagentur.de/SharedDocs/Pressemitteilungen/EN/2025/20251009_SAIDI_Strom.html","published_at":"2024","retrieved_at":"June 2026","locator":"reliability summary","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":null,"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":"sha256:1b981c87550de81bb88ea8be0b8133ac0f24180077256d062d97011724127432"},{"claim_id":"pgiq:claim:germany-north:forward_adequacy:june-2026","claim_type":"estimate","status":"active","subject":{"market_id":"germany-north","geography_id":"pgiq:geo:germany-north"},"predicate":"forward_adequacy","value":{"base":"none","label":"No adequacy flags"},"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":"modelled","method_source_label":null,"confidence":{"source_quality":"modelled read","coverage":"market-level","model_uncertainty":"not site-specific","opinion_confidence":"n/a"},"sources":[{"publisher":"PGIQ methodology","title":"PGIQ methodology","url":"https://powergridiq.com/methodology","published_at":null,"retrieved_at":"June 2026","locator":"reliability overlay","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":null,"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:ef6ce698ed8f9c34eff99a00f50e69fe9e47e9bafaf7634f51ccb0e5e3ebd37a"},{"claim_id":"pgiq:claim:germany-north:average_operational_carbon_intensity:june-2026","claim_type":"estimate","status":"active","subject":{"market_id":"germany-north","geography_id":"pgiq:geo:germany-north"},"predicate":"average_operational_carbon_intensity","value":{"base":350},"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":"sha256:9c80c74742d62c267b1bdcd697e8b5fec8ecaf7c37019996433462533812ed17"},{"claim_id":"pgiq:claim:germany-north:local_deliverability:june-2026","claim_type":"fact","status":"active","subject":{"market_id":"germany-north","geography_id":"pgiq:geo:germany-north"},"predicate":"local_deliverability","value":{"base":"published_checkable","granularity":"substation, within the 50Hertz control zone"},"unit":null,"definition":"whether capacity at the point of connection can be established from operator publications. State vocabulary: not_assessed | published_checkable | constrained | known. published_checkable means the operator publishes checkable capacity, NOT that we have checked the bus for a specific project.","project_archetype":null,"as_of":"June 2026","valid_for":{"start":"June 2026","end":null},"method":"reported","method_source_label":null,"confidence":{"source_quality":"operator publication","coverage":"substation, within the 50Hertz control zone","model_uncertainty":"not site-specific until the named substation is checked","opinion_confidence":"n/a"},"sources":[{"publisher":"Netztransparenz, German TSOs joint publication","title":"Netztransparenz, German TSOs joint publication","url":"https://www.netztransparenz.de/","published_at":null,"retrieved_at":"June 2026","locator":"capacity map","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":"50Hertz publishes a table of how much additional LOAD, not only additional feed-in, each existing substation in its control zone can host, together with an assessment of switchgear bay availability against bays already occupied or requested. This is directly load-side evidence rather than a generation heatmap. From 1 April 2026 the four German TSOs allocate large-consumer connection capacity by a maturity test (Reifegradverfahren) instead of first come first served, against a backdrop of 717 applications and roughly 270 GW requested by the end of Q3 2025. HOW TO CHECK: Read the 50Hertz substation table for additional load capacity and bay availability at the candidate location, then test the project against the maturity criteria, since capacity is no longer allocated by application date.","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:ddb7ad28fc4afd46e975858138c5ddc9f2abdd7d8adb7cc493a46367b533abb8"},{"claim_id":"pgiq:claim:germany-north:regulatory_momentum:june-2026","claim_type":"opinion","status":"active","subject":{"market_id":"germany-north","geography_id":"pgiq:geo:germany-north"},"predicate":"regulatory_momentum","value":{"base":"mixed","direction":"improving"},"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":"Med-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":"Northern Germany has surplus wind but the binding constraint is grid access, which the national data-centre strategy (18 March 2026) names as the decisive factor for 2026 to 2030; the Energy Efficiency Act requires 100 percent renewable balance-sheet coverage from 1 January 2027 and waste-heat reuse. Hamburg and the north sit closer to generation than the fully allocated southern hubs. WHAT WOULD CHANGE IT: SuedLink and northern grid reinforcement converting surplus wind into firm, connectable capacity for large loads.","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:e407b06b7751b0de1b0d77033b403af64b99848df0b2dae304f63e2d933ae059"}],"gaps":[],"note":"A gap is not evidence that the risk is absent. It means we have not assessed it."}