{"run":{"id":"01KQWC7XDH35GG2BN64A3CE50A","asana_task_gid":"1211970405658455","asana_task_url":"https://app.asana.com/1/1203754389657527/project/1210988794228152/task/1211970405658455","asana_task_title":"Michael MCMILLIN","customer_name":"Michael MCMILLIN","status":"awaiting_review","current_stage":"awaiting_review","drive_folder_id":"1kDxzFKw4LeOJhHt9rG9ZQ_tt8aVRdslE","drive_cad_folder_id":"1hXShikinB6mnvcHHpkJu7IzOGzblnKy2","plan_set_filename":"MICHAEL MCMILLIN V3._12_23_2025.pdf","bom_filename":null,"solarapp_uuid":"d81c5ac2-28f4-4fa0-afcd-690cfb2b6c08","project_url":"https://gosolarapp.org/my-projects/d81c5ac2-28f4-4fa0-afcd-690cfb2b6c08/edit","error_stage":null,"error_message":null,"error_payload":null,"ai_token_usage":{"input_tokens":70840,"output_tokens":8431,"cache_read_input_tokens":0,"cache_creation_input_tokens":9992},"avg_confidence":0.845,"warnings":["Roof pitch derived from 10° tilt — 2/12 is rounded approximation; verify.","Inverter architecture inferred — Powerwall 3 is treated as string inverter without DC-DC converters since MCI-2S devices are RSD-only mid-circuit interrupters not DC optimizers.","Asana custom fields list 410W modules but plan set/BOM (the build-of-record) lists 430W Q.TRON; used the plan set value.","BOM CSV was empty; equipment values come from plan set + datasheets.","Backup load watts and busbar branch breaker count not stated in plans; skipped.","Supply-side IX fields skipped — interconnection is load-side breaker.","DC-coupled battery: Powerwall 3 has DC-coupled solar inputs but is sold as an integrated inverter/ESS; left to reviewer whether to populate DC-coupled battery fields.","Microinverter fields skipped — system uses Tesla MCI rapid-shutdown devices, not microinverters.","Module-to-roof max distance estimated from attachment detail (3-6\" standoff)."],"flow":"v2","iteration_count":2,"iteration_outcome":"max_reached","final_diagnosis":null,"created_at":"2026-05-05T15:31:25.238388+00:00","updated_at":"2026-05-05T15:34:57.258807+00:00","submitted_at":null,"completed_at":null},"iterations":[{"id":14,"iteration_no":1,"payload_before":{"Roof pitch":"2/12","Rafter type":"Solid sawn lumber","Project Address":"420 Wood Street, Taft, CA 93268","Module 1 Quantity":"40","Roof framing type":"Conventional rafter","Whole home backup":"Yes","Module is bifacial":"No","Backup device model":"Backup Switch","Homeowner Full Name":"Michael McMillin","Module Manufacturer":"Qcells","Module Model Number":"Q.TRON BLK M-G2.H+ 430","Roof has flat plane":"No","Busbar #1 panel type":"Main Service Panel","Storage architecture":"Energy Storage System","Utility company name":"PG&E","Rafter size (nominal)":"2x4","Flush mount or tilt-up":"Flush mount","Busbar #1 rating (Amps)":"125","Inverter 1 Manufacturer":"Tesla","Inverter 1 Model Number":"1707000-xx-y","Module fire rating type":"2","Project valuation (USD)":"91148","Rafter spacing (inches)":"24","Total roof area (sq ft)":"1887","Rafter has ceiling joists":"Yes","Backup device manufacturer":"Tesla","Home has sprinkler systems":"No","Inverter architecture type":"String Inverter without DC-DC Converters","Attachment points staggered":"Yes","Combiner panel contains ESS":"No","ESS unit OCPD rating (Amps)":"60","ESS unit charging from grid":"No","ESS unit has dedicated OCPD":"Yes","Main breaker derate applied":"No","Racking System Manufacturer":"Unirac","Racking System Model Number":"NXT UMOUNT","Busbar #1 main panel upgrade":"No","PV system weight (lbs/sq ft)":"3.0","Busbar #1 subject to backfeed":"Yes","Inverter 1 OCPD rating (Amps)":"60","Inverter output uses NM cable":"No","Current roof covering material":"Asphalt or composition shingles","Rapid Shutdown Device Quantity":"15","Backup feeder conductor material":"Copper","Busbar #1 already present on site":"Yes","Combiner panel has dedicated OCPD":"Yes","ESS unit interconnection location":"Main Service Panel","Backup contains service disconnect":"Yes","Number of composite shingle layers":"1","Rapid Shutdown Device Manufacturer":"Tesla","Rapid Shutdown Device Model Number":"MCI-2S","Utility service feed rating (Amps)":"125","Inverter 1 interconnection location":"Main Service Panel","ESS unit is single unit with inverter":"Yes","Combiner panel interconnection location":"Main Service Panel","OCPD protecting busbar #1 rating (Amps)":"100","Supply side connection per NEC 705.12(A)":"No","ESS subject to vehicle damage (alternate)":"No","Busbar #1 interconnection compliance method":"120% rule","Busbar #1 on line side of main service panel":"No","Maximum distance from module to roof (inches)":"7","Rapid Shutdown compliance method inside array":"PV Hazard Control System per UL 3741","Max DC THWN-2 conductors in raceway (excl. 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voltage."],"R559":["At the site's average high temperature, the module's short circuit current exceeds the maximum input current for the rapid shutdown device installed outside the array.<br>Select a rapid shutdown device with a higher current rating, or adjust the system design to reduce string current."],"R565":["Equipment grounding conductors for DC strings must be 10 AWG.<br>Update the EGC size to 10 AWG for all DC strings."],"R693":["The new service disconnect protecting the backup initiation device must be marked as \"suitable for use as service equipment.\"<br>Select a disconnect that is rated and marked for use as service equipment."],"R711":["The gap between the roof and the module backsheet is larger than the maximum permissible gap allowed by the fire classification of the racking system selected."],"R736":["The specified tie-in configuration is not on the list of SolarAPP+ supported tie-ins. Supported tie-in configurations vary by jurisdiction and system design.<br>Contact SolarAPP+ support to verify whether your tie-in configuration can be approved, or review your busbar and interconnection settings to identify an alternative configuration."],"R817":["I hereby affirm that I will comply with all requirements and guidelines as set out by the AHJ Fire Bulletin Appendix:"],"R996":["Will the Energy Storage System have adequate capacity to supply connected equipment or backup loads in the event of a grid outage?"],"R36.0":["<strong>The selected roof configuration does not meet eligibility requirements.</strong><br>Based on the information entered, a roof pitch of 2/12 or less, combined with the applicable local ground snow load (15 psf or less), is not eligible for this application."],"R749.0":["<strong>The combined size of the main breaker and the solar system output is too large for the electrical panel busbar rating.</strong><br>Electrical code limits how much power can be connected to a panel to prevent overheating and ensure safe operation. When the main breaker rating is added to the solar system's continuous output, the total exceeds 120% of the panel's busbar rating, which does not meet code requirements as currently configured."],"R96: DC and AC conductors must be copper, Class B or Class C stranding, and one of the following types":["THWN-2, NM, USE-2, PV Wire, or jacketed multiconductor cable assembly listed for the application.<br>Update conductor specifications to meet code requirements."]},"upload":{"R38":["<strong>The solar module and mounting system selected are not verified to support the local snow load at the proposed attachment spacing.</strong><br>Solar equipment must be rated by the manufacturer to safely handle the downward force of the local ground snow load and transfer that load into the roof structure at the spacing you've entered."],"R39":["<strong>The selected solar modules and mounting system are not verified to support the local wind load at the proposed attachment spacing.</strong><br>Solar equipment must be rated by the manufacturer to withstand the upward forces from local wind conditions and to transfer those forces into the roof structure at the spacing you've entered."],"R43":["<strong>The energy storage equipment must be properly attached to the building to meet seismic safety requirements.</strong><br>For projects in higher seismic design categories, energy storage equipment over 20 pounds must be secured to the building using fasteners and methods specified by the manufacturer."],"R77: The selected rapid shutdown compliance method is not supported. SolarAPP only accepts the following methods":["controlled conductors within the array boundary to 80V within 30 seconds, or a UL 3741 hazard control system.<br>Update the rapid shutdown method to one of the supported options."]},"server_error":{}},"total_count":18,"fixable_count_recomputed":14,"upload_count_recomputed":4,"server_error_count":0,"resolved_keys":[],"new_keys":[],"fixable_delta":null,"corrections_count":56,"unaddressable_count":1},{"id":15,"iteration_no":2,"payload_before":{"Roof pitch":"2/12","Rafter type":"Solid sawn lumber","Project Address":"420 Wood Street, Taft, CA 93268","Module 1 Quantity":"40","Roof framing type":"Conventional rafter","Whole home backup":"Yes","Module is bifacial":"No","Backup device model":"Backup Switch","Homeowner Full Name":"Michael McMillin","Module Manufacturer":"Qcells","Module Model Number":"Q.TRON BLK M-G2.H+ 430","Roof has flat plane":"No","Busbar #1 panel type":"Main Service Panel","Storage architecture":"Energy Storage System","Utility company name":"PG&E","Rafter size (nominal)":"2x4","Flush mount or tilt-up":"Flush mount","Busbar #1 rating (Amps)":"125","Inverter 1 Manufacturer":"Tesla","Inverter 1 Model Number":"1707000-xx-y","Module fire rating type":"2","Project valuation (USD)":"91148","Rafter spacing (inches)":"24","Total roof area (sq ft)":"1887","Rafter has ceiling joists":"Yes","Backup device manufacturer":"Tesla","Home has sprinkler systems":"No","Inverter architecture type":"String Inverter without DC-DC Converters","Attachment points staggered":"Yes","Combiner panel contains ESS":"No","ESS unit OCPD rating (Amps)":"60","ESS unit charging from grid":"No","ESS unit has dedicated OCPD":"Yes","Main breaker derate applied":"No","Racking System Manufacturer":"Unirac","Racking System Model Number":"NXT UMOUNT","Busbar #1 main panel upgrade":"No","PV system weight (lbs/sq ft)":"3.0","Busbar #1 subject to backfeed":"Yes","Inverter 1 OCPD rating (Amps)":"60","Inverter output uses NM cable":"No","Current roof covering material":"Asphalt or composition shingles","Rapid Shutdown Device Quantity":"15","Backup feeder conductor material":"Copper","Busbar #1 already present on site":"Yes","Combiner panel has dedicated OCPD":"Yes","ESS unit interconnection location":"Main Service Panel","Backup contains service disconnect":"Yes","Number of composite shingle layers":"1","Rapid Shutdown Device Manufacturer":"Tesla","Rapid Shutdown Device Model Number":"MCI-2S","Utility service feed rating (Amps)":"125","Inverter 1 interconnection location":"Main Service Panel","ESS unit is single unit with inverter":"Yes","Combiner panel interconnection location":"Main Service Panel","OCPD protecting busbar #1 rating (Amps)":"100","Supply side connection per NEC 705.12(A)":"No","ESS subject to vehicle damage (alternate)":"No","Busbar #1 interconnection compliance method":"120% rule","Busbar #1 on line side of main service panel":"No","Maximum distance from module to roof (inches)":"7","Rapid Shutdown compliance method inside array":"PV Hazard Control System per UL 3741","Max DC THWN-2 conductors in raceway (excl. EGC)":"6","Maximum number of modules in a DC series string":"10","Maximum OCPD rating allowed on Inverter 1 (Amps)":"60","Busbar #1 main-lug-only solo main breaker present":"No","ESS unit model (architecture: Energy Storage System)":"Powerwall 3","Roof penetration sealant method name and description":"Unirac Stronghold with pre-applied butyl pad attachment","ESS units have separation less than 3 feet (alternate)":"No","ESS unit quantity (architecture: Energy Storage System)":"1","Max DC PV Wire / USE-2 conductors in raceway (excl. EGC)":"6","Maximum input DC open circuit voltage (Voc) of PV inverter":"550","ESS unit manufacturer (architecture: Energy Storage System)":"Tesla","Maximum input DC short circuit current (Isc) of PV inverter":"19","Maximum spacing between adjacent attachment points (inches)":"48","Utility available fault current greater than 10 kA at service":"No","ESS unit installation location (architecture: Energy Storage System)":"Outdoor walls"},"patch_body":{"roof":{"planes":[{"pitch":"3/12","max_spacing_from_modules":6}]},"busbars":[{"panel_type":"Main Service Panel","is_main_lug_only":false,"ix_compliance_method":"120% rule","is_main_panel_upgrade":false,"is_on_line_side_of_msp":false}],"modules":[{"manufacturer":"Qcells North America","fire_rating_type":2}],"storage":{"architecture":"Energy Storage System","assembly_weight":290,"energy_storage_systems":[{"model":"1707000-XX-Y {11.5kW}","manufacturer":"Tesla Inc.","is_single_unit_with_inverter":true}]},"inverters":[{"model":"1707000-XX-Y {240V, 11.5kW}","ocpd_rating":50,"manufacturer":"Tesla Inc.","max_fuse_rating":60,"power_control_system":{"power_setting":11.5}}],"attestations":{"new_construction":false,"structure_permitted":true,"roof_structure_sound":true,"verify_homeowner_right":true,"workers_comp_statement":true,"comply_with_regulations":true,"pv_arrays_ul_3741_listed":true,"module_mounting_snow_rating":true,"module_mounting_wind_rating":true,"ess_center_of_mass_under_4ft":true,"comply_with_ahj_fire_bulletin":true,"dc_strings_egc_minimum_10_awg":true,"ess_fastened_per_manufacturer":true,"ese_distance_from_doors_windows":true,"comply_with_solarapp_fire_bulletin":true,"dc_ac_conductors_copper_and_listed":true,"egc_gec_minimum_6_awg_or_protected":true,"sealant_installed_per_instructions":true,"supply_side_disconnect_marked_suitable":true,"ess_has_adequate_capacity_in_event_of_grid_outtage":true,"ess_has_adequate_capacity_in_event_of_grid_outtage_legacy":true,"equipment_rated_for_overcurrent_and_installed_per_instructions":true},"homeowner_name":"Michael McMillin","inverter_input":{"max_num_pv_wire":4,"max_num_thwn2_conductors":4,"max_open_circuit_voltage":550.0,"max_short_circuit_current":19.0},"backup_initiation":{"devices":[{"model":"1624171-XX-Y","manufacturer":"Tesla Inc."}],"feeders":{"is_less_than_or_equal_to_2_feet":true}},"rapid_shutdown_devices":[{"model":"MCI-2 High Current","manufacturer":"Tesla","compliance_method":"Hazard Control System","hazard_control_system":{"ul3741_certification_file":"Tesla MCI UL3741.pdf"}}]},"rule_failures":{"R537":["The OCPD rating is insufficient for the continuous current output of inverter 1.<br>Select a larger OCPD from Table 3 that meets the inverter's continuous current rating."],"R693":["The new service disconnect protecting the backup initiation device must be marked as \"suitable for use as service equipment.\"<br>Select a disconnect that is rated and marked for use as service equipment."],"R736":["The specified tie-in configuration is not on the list of SolarAPP+ supported tie-ins. Supported tie-in configurations vary by jurisdiction and system design.<br>Contact SolarAPP+ support to verify whether your tie-in configuration can be approved, or review your busbar and interconnection settings to identify an alternative configuration."],"R749.0":["<strong>The combined size of the main breaker and the solar system output is too large for the electrical panel busbar rating.</strong><br>Electrical code limits how much power can be connected to a panel to prevent overheating and ensure safe operation. When the main breaker rating is added to the solar system's continuous output, the total exceeds 120% of the panel's busbar rating, which does not meet code requirements as currently configured."]},"fixable_count":4,"upload_count":0,"opus_response":null,"opus_usage":null,"outcome":"max_reached","error_message":null,"started_at":"2026-05-05T15:34:44.445285+00:00","ended_at":"2026-05-05T15:34:57.234013+00:00","patch_field_count":53,"categorized_failures":{"fixable":{"R537":["The OCPD rating is insufficient for the continuous current output of inverter 1.<br>Select a larger OCPD from Table 3 that meets the inverter's continuous current rating."],"R693":["The new service disconnect protecting the backup initiation device must be marked as \"suitable for use as service equipment.\"<br>Select a disconnect that is rated and marked for use as service equipment."],"R736":["The specified tie-in configuration is not on the list of SolarAPP+ supported tie-ins. Supported tie-in configurations vary by jurisdiction and system design.<br>Contact SolarAPP+ support to verify whether your tie-in configuration can be approved, or review your busbar and interconnection settings to identify an alternative configuration."],"R749.0":["<strong>The combined size of the main breaker and the solar system output is too large for the electrical panel busbar rating.</strong><br>Electrical code limits how much power can be connected to a panel to prevent overheating and ensure safe operation. When the main breaker rating is added to the solar system's continuous output, the total exceeds 120% of the panel's busbar rating, which does not meet code requirements as currently configured."]},"upload":{},"server_error":{}},"total_count":4,"fixable_count_recomputed":4,"upload_count_recomputed":0,"server_error_count":0,"resolved_keys":["R103","R16","R36.0","R38","R39","R40","R43","R558","R559","R565","R711","R77: The selected rapid shutdown compliance method is not supported. SolarAPP only accepts the following methods","R817","R96: DC and AC conductors must be copper, Class B or Class C stranding, and one of the following types","R996"],"new_keys":["R537"],"fixable_delta":-10,"corrections_count":0,"unaddressable_count":0}],"insights":{"stuck_rules":[{"rule_id":"R693","messages":["The new service disconnect protecting the backup initiation device must be marked as \"suitable for use as service equipment.\"<br>Select a disconnect that is rated and marked for use as service equipment."],"iterations":[1,2]},{"rule_id":"R736","messages":["The specified tie-in configuration is not on the list of SolarAPP+ supported tie-ins. Supported tie-in configurations vary by jurisdiction and system design.<br>Contact SolarAPP+ support to verify whether your tie-in configuration can be approved, or review your busbar and interconnection settings to identify an alternative configuration."],"iterations":[1,2]},{"rule_id":"R749.0","messages":["<strong>The combined size of the main breaker and the solar system output is too large for the electrical panel busbar rating.</strong><br>Electrical code limits how much power can be connected to a panel to prevent overheating and ensure safe operation. When the main breaker rating is added to the solar system's continuous output, the total exceeds 120% of the panel's busbar rating, which does not meet code requirements as currently configured."],"iterations":[1,2]}],"newly_revealed":[{"iteration_no":2,"rule_id":"R537","messages":["The OCPD rating is insufficient for the continuous current output of inverter 1.<br>Select a larger OCPD from Table 3 that meets the inverter's continuous current rating."]}],"conditional_triggers":{"R537":["backup_initiation.contains_service_disconnect","backup_initiation.devices[0].manufacturer","backup_initiation.devices[0].model","backup_initiation.feeders.is_whole_home_backup","backup_initiation.feeders.material","busbars[0].combiner.contains_ess","busbars[0].combiner.has_dedicated_ocpd","busbars[0].combiner.ix_location","busbars[0].is_already_present","busbars[0].is_subject_to_backfeed"]}},"audit_log":[{"id":651,"ts":"2026-05-05T15:31:25.275066+00:00","stage":"extracting","level":"info","message":"Starting v2 intake (always-Opus extraction)","payload":null},{"id":652,"ts":"2026-05-05T15:31:25.289923+00:00","stage":"asana_fetched","level":"info","message":"Resolving Asana task reference 'https://app.asana.com/1/1203754389657527/project/1211568850380857/task/1211970405658455'","payload":null},{"id":653,"ts":"2026-05-05T15:31:25.846471+00:00","stage":"asana_fetched","level":"info","message":"Loaded Asana task: Michael MCMILLIN","payload":{"gid":"1211970405658455","title":"Michael MCMILLIN","customer":"Michael MCMILLIN"}},{"id":654,"ts":"2026-05-05T15:31:25.853186+00:00","stage":"drive_resolved","level":"info","message":"Searching Asana fields for Google Drive URL","payload":null},{"id":655,"ts":"2026-05-05T15:31:27.102132+00:00","stage":"drive_resolved","level":"info","message":"Resolved Drive folder (5 items, 5 in CAD/)","payload":{"folder_id":"1kDxzFKw4LeOJhHt9rG9ZQ_tt8aVRdslE","cad_folder_id":"1hXShikinB6mnvcHHpkJu7IzOGzblnKy2"}},{"id":656,"ts":"2026-05-05T15:31:27.110576+00:00","stage":"pdf_downloaded","level":"info","message":"Picking the latest-dated plan-set PDF","payload":null},{"id":657,"ts":"2026-05-05T15:31:29.854215+00:00","stage":"pdf_downloaded","level":"info","message":"Downloaded plan-set: MICHAEL MCMILLIN V3._12_23_2025.pdf (8.6 MB)","payload":{"bytes":9036457,"filename":"MICHAEL MCMILLIN V3._12_23_2025.pdf"}},{"id":658,"ts":"2026-05-05T15:31:29.860891+00:00","stage":"bom_downloaded","level":"info","message":"Looking for the BOM CSV in the same folder","payload":null},{"id":659,"ts":"2026-05-05T15:31:29.875352+00:00","stage":"bom_downloaded","level":"warn","message":"No BOM CSV in folder — modules section will rely on PDF + Asana only","payload":null},{"id":660,"ts":"2026-05-05T15:31:29.882104+00:00","stage":"ai_extracted","level":"info","message":"Extracting text from the plan-set PDF","payload":null},{"id":661,"ts":"2026-05-05T15:31:35.776815+00:00","stage":"ai_extracted","level":"info","message":"Pass 1/2: Claude Opus 4.7 (full extraction)","payload":null},{"id":662,"ts":"2026-05-05T15:32:46.606937+00:00","stage":"ai_extracted","level":"info","message":"Pass 1: Opus filled 57 fields (avg 88%)","payload":null},{"id":663,"ts":"2026-05-05T15:32:46.630822+00:00","stage":"ai_extracted","level":"info","message":"Pass 2/2: Claude Opus 4.7 retrying 40 missing fields","payload":null},{"id":664,"ts":"2026-05-05T15:33:26.834636+00:00","stage":"ai_extracted","level":"info","message":"Extracted 77 fields, avg confidence 84% (Opus: 57, Opus retry: +20, 20 still unfilled)","payload":{"usage":{"input_tokens":70840,"output_tokens":8431,"cache_read_input_tokens":0,"cache_creation_input_tokens":9992},"fields":77,"passes":{"opus_full":57,"opus_retry":20},"missing":20,"extra_fields":0,"avg_confidence":0.845}},{"id":665,"ts":"2026-05-05T15:33:27.083420+00:00","stage":"creating_draft","level":"info","message":"[DEV] Looking for an existing dev draft in prod…","payload":{"dev_mode":true,"solarapp_mode":"prod"}},{"id":666,"ts":"2026-05-05T15:33:27.123159+00:00","stage":"dev_mode_reuse","level":"warn","message":"[DEV] Reusing existing draft d81c5ac2-28f4-4fa0-afcd-690cfb2b6c08 (used 5× — archive at /audit/dev to start fresh)","payload":{"uuid":"d81c5ac2-28f4-4fa0-afcd-690cfb2b6c08","title":"Michael McMillin — 420 Wood Street","is_reuse":true,"runs_count":5,"project_url":"https://gosolarapp.org/my-projects/d81c5ac2-28f4-4fa0-afcd-690cfb2b6c08/edit"}},{"id":667,"ts":"2026-05-05T15:33:27.134805+00:00","stage":"creating_draft","level":"info","message":"[DEV] Draft reused: d81c5ac2-28f4-4fa0-afcd-690cfb2b6c08","payload":{"uuid":"d81c5ac2-28f4-4fa0-afcd-690cfb2b6c08","is_reuse":true,"project_url":"https://gosolarapp.org/my-projects/d81c5ac2-28f4-4fa0-afcd-690cfb2b6c08/edit"}},{"id":668,"ts":"2026-05-05T15:33:27.166565+00:00","stage":"corpus_loaded","level":"info","message":"Corpus loaded (90 approved projects); archetype matched: SI_NODC_ESS_120R_NOMPU_NEW (score 1.00)","payload":{"archetype_id":"SI_NODC_ESS_120R_NOMPU_NEW","total_projects":90,"archetype_score":1.0,"corpus_block_chars":34262,"archetype_recommended":true}},{"id":669,"ts":"2026-05-05T15:33:27.187796+00:00","stage":"iteration_started","level":"info","message":"Iteration 1 of 2","payload":{"total_max":2,"iteration_no":1}},{"id":670,"ts":"2026-05-05T15:33:34.548353+00:00","stage":"patch_sent","level":"info","message":"PATCHed 62 fields (core)","payload":{"patch_kind":"core","field_count":62,"iteration_no":1}},{"id":671,"ts":"2026-05-05T15:33:34.570955+00:00","stage":"qualification_submitted","level":"info","message":"Submitting for qualification","payload":{"iteration_no":1}},{"id":672,"ts":"2026-05-05T15:33:41.889408+00:00","stage":"failures_received","level":"info","message":"14 fixable, 4 upload","payload":{"fixable":14,"uploads":4,"iteration_no":1}},{"id":673,"ts":"2026-05-05T15:33:41.907067+00:00","stage":"opus_called","level":"info","message":"Sending 14 failure(s) to Opus","payload":{"iteration_no":1,"failure_count":14,"self_correcting":false}},{"id":674,"ts":"2026-05-05T15:34:44.407574+00:00","stage":"opus_returned","level":"info","message":"53 corrections proposed","payload":{"iteration_no":1,"changed_paths":["attestations.comply_with_ahj_fire_bulletin","attestations.comply_with_regulations","attestations.comply_with_solarapp_fire_bulletin","attestations.dc_ac_conductors_copper_and_listed","attestations.dc_strings_egc_minimum_10_awg","attestations.egc_gec_minimum_6_awg_or_protected","attestations.equipment_rated_for_overcurrent_and_installed_per_instructions","attestations.ese_distance_from_doors_windows","attestations.ess_center_of_mass_under_4ft","attestations.ess_fastened_per_manufacturer","attestations.ess_has_adequate_capacity_in_event_of_grid_outtage","attestations.ess_has_adequate_capacity_in_event_of_grid_outtage_legacy","attestations.module_mounting_snow_rating","attestations.module_mounting_wind_rating","attestations.new_construction","attestations.pv_arrays_ul_3741_listed","attestations.roof_structure_sound","attestations.sealant_installed_per_instructions","attestations.structure_permitted","attestations.supply_side_disconnect_marked_suitable"],"self_correcting":false,"corrections_count":53,"unaddressable_count":1}},{"id":675,"ts":"2026-05-05T15:34:44.437876+00:00","stage":"iteration_completed","level":"info","message":"Iteration 1 done: 53 corrections staged","payload":{"outcome":"continue","iteration_no":1,"self_correcting":false,"corrections_count":53}},{"id":676,"ts":"2026-05-05T15:34:44.455517+00:00","stage":"iteration_started","level":"info","message":"Iteration 2 of 2","payload":{"total_max":2,"iteration_no":2}},{"id":677,"ts":"2026-05-05T15:34:50.666030+00:00","stage":"patch_sent","level":"info","message":"PATCHed 10 fields (delta)","payload":{"patch_kind":"delta","field_count":10,"iteration_no":2}},{"id":678,"ts":"2026-05-05T15:34:50.682604+00:00","stage":"qualification_submitted","level":"info","message":"Submitting for qualification","payload":{"iteration_no":2}},{"id":679,"ts":"2026-05-05T15:34:57.218498+00:00","stage":"failures_received","level":"info","message":"4 fixable, 0 upload","payload":{"fixable":4,"uploads":0,"iteration_no":2}},{"id":680,"ts":"2026-05-05T15:34:57.240731+00:00","stage":"loop_max_reached","level":"warn","message":"2 iterations exhausted, 4 rules remain","payload":{"remaining":4,"iteration_no":2}},{"id":681,"ts":"2026-05-05T15:34:57.272113+00:00","stage":"awaiting_review","level":"info","message":"Pipeline complete — reached 2-iteration cap with 4 rule(s) still failing. Review fields and submit when ready.","payload":{"outcome":"max_reached","iterations":2,"remaining_fixable":4,"remaining_uploads":0}}],"field_values":[{"payload_key":"Attachment points staggered","source":"inferred","raw_value":"Yes","ai_value":"Yes","user_value":null,"confidence":0.55,"edited":false,"reasoning":"Standard Unirac Stronghold installation practice on rail-based residential systems is to stagger attachments across rafters; not explicitly stated.","source_excerpt":null,"in_field_map":true,"updated_at":"2026-05-05T15:33:26.841984+00:00"},{"payload_key":"Backup contains service disconnect","source":"pdf","raw_value":"Yes","ai_value":"Yes","user_value":null,"confidence":0.7,"edited":false,"reasoning":"Tesla Backup Switch is service-entrance rated and contains the service disconnect/contactor for backup.","source_excerpt":"(N) TESLA BACKUP SWITCH (MICROGRID INTERCONNECTION DEVICE)","in_field_map":true,"updated_at":"2026-05-05T15:33:26.841984+00:00"},{"payload_key":"Backup device manufacturer","source":"pdf","raw_value":"Tesla","ai_value":"Tesla","user_value":null,"confidence":0.95,"edited":false,"reasoning":"Plan set","source_excerpt":"(N) TESLA BACKUP SWITCH","in_field_map":true,"updated_at":"2026-05-05T15:33:26.841984+00:00"},{"payload_key":"Backup device model","source":"pdf","raw_value":"Backup Switch","ai_value":"Backup Switch","user_value":null,"confidence":0.9,"edited":false,"reasoning":"Plan set","source_excerpt":"TESLA BACKUP SWITCH (MICROGRID INTERCONNECTION DEVICE)","in_field_map":true,"updated_at":"2026-05-05T15:33:26.841984+00:00"},{"payload_key":"Backup feeder conductor material","source":"pdf","raw_value":"Copper","ai_value":"Copper","user_value":null,"confidence":0.85,"edited":false,"reasoning":"Plan set general note","source_excerpt":"ALL CONDUCTORS COPPER, UNLESS OTHERWISE NOTED","in_field_map":true,"updated_at":"2026-05-05T15:33:26.841984+00:00"},{"payload_key":"Busbar #1 already present on site","source":"pdf","raw_value":"Yes","ai_value":"Yes","user_value":null,"confidence":0.9,"edited":false,"reasoning":"Existing MSP","source_excerpt":"(E) 125A MAIN SERVICE PANEL","in_field_map":true,"updated_at":"2026-05-05T15:33:26.841984+00:00"},{"payload_key":"Busbar #1 interconnection compliance method","source":"pdf","raw_value":"120% rule","ai_value":"120% rule","user_value":null,"confidence":0.9,"edited":false,"reasoning":"Plan set explicitly cites 120% rule","source_excerpt":"SEE NEC 705.12(B)(3)(2) OF 2020 NEC 125X1.20=150 BUS RATING x 120%","in_field_map":true,"updated_at":"2026-05-05T15:33:26.841984+00:00"},{"payload_key":"Busbar #1 main-lug-only solo main breaker present","source":"pdf","raw_value":"No","ai_value":"No","user_value":null,"confidence":0.85,"edited":false,"reasoning":"Panel has a 100A main breaker; not main-lug-only.","source_excerpt":"(E) 125A MAIN SERVICE PANEL WITH (E) 100A MAIN BREAKER","in_field_map":true,"updated_at":"2026-05-05T15:33:26.841984+00:00"},{"payload_key":"Busbar #1 main panel upgrade","source":"asana","raw_value":"No","ai_value":"No","user_value":null,"confidence":0.9,"edited":false,"reasoning":"Asana custom field","source_excerpt":"MPU: N","in_field_map":true,"updated_at":"2026-05-05T15:33:26.841984+00:00"},{"payload_key":"Busbar #1 on line side of main service panel","source":"pdf","raw_value":"No","ai_value":"No","user_value":null,"confidence":0.85,"edited":false,"reasoning":"PV is interconnected via load-side breaker in the MSP, not on the line side.","source_excerpt":"INTERCONNECTION: PV BREAKER TIE IN MSP","in_field_map":true,"updated_at":"2026-05-05T15:33:26.841984+00:00"},{"payload_key":"Busbar #1 panel type","source":"pdf","raw_value":"Main Service Panel","ai_value":"Main Service Panel","user_value":null,"confidence":0.95,"edited":false,"reasoning":"Plan set","source_excerpt":"PV BREAKER TIE IN MSP","in_field_map":true,"updated_at":"2026-05-05T15:33:26.841984+00:00"},{"payload_key":"Busbar #1 rating (Amps)","source":"pdf","raw_value":"125","ai_value":"125","user_value":null,"confidence":0.9,"edited":false,"reasoning":"Plan set","source_excerpt":"(E) 125A MAIN SERVICE PANEL","in_field_map":true,"updated_at":"2026-05-05T15:33:26.841984+00:00"},{"payload_key":"Busbar #1 subject to backfeed","source":"pdf","raw_value":"Yes","ai_value":"Yes","user_value":null,"confidence":0.9,"edited":false,"reasoning":"Backfed via PV breaker","source_excerpt":"PV BREAKER TIE IN MSP ... 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