{"run":{"id":"01KQQNBCXMJBEC32BYJB1SCHS9","asana_task_gid":"1211709017140700","asana_task_url":"https://app.asana.com/1/1203754389657527/project/1211039529104749/task/1211709017140700","asana_task_title":"Teresa Ramirez","customer_name":"Teresa Ramirez","status":"awaiting_review","current_stage":"awaiting_review","drive_folder_id":"1lcO5aA-VkQ3sJlAZh7r_jXH5laQHAcX_","drive_cad_folder_id":"1QSubAYKQtku-FjHGZL0Y7rTqCilfizul","plan_set_filename":"Teresa Ramirez_V0_12-16-2025.pdf","bom_filename":null,"solarapp_uuid":null,"project_url":null,"error_stage":null,"error_message":null,"error_payload":null,"ai_token_usage":{"input_tokens":77980,"output_tokens":9409,"cache_read_input_tokens":0,"cache_creation_input_tokens":9992},"avg_confidence":0.823,"warnings":["Roof pitch derived from 18° tilt (~4/12); plan set states tilt only.","Module fire rating not stated in plan set; guessed.","Backup device OCPD rating uses Backup Switch continuous load rating (200A); verify.","ESS interconnection location inferred from layout (new sub panel); verify.","Inverter architecture: Powerwall 3 has integrated MPPTs but no separate DC-DC optimizers — chose 'String Inverter without DC-DC Converters'.","The new PV system uses Tesla Powerwall 3 with integrated inverter (string inverter architecture with Tesla MCI-2S rapid shutdown devices), NOT microinverters. The microinverter fields (Max microinverters per branch circuit, Microinverter module capacity, Microinverter total quantity, Microinverters protected by 20A OCPD) refer to the EXISTING system (18x Enphase IQ8PLUS-72-2-US on Znshine Solar 450W modules) tied to a separate utility meter. Reviewer should confirm whether these fields apply to the existing or new system.","Rafter largest span could not be determined from available documents — only '2X4 TRUSS @ 24\" O.C.' is specified. Reviewer must pull structural drawings or truss engineering.","PV system weight (lbs/sq ft) is inferred from typical values for this racking system; no explicit structural weight calc was found in the extracted PDF text.","Home has sprinkler systems: No mention in any source; inferred No based on typical residential construction in this area. Reviewer must verify.","Busbar #1 number of branch circuit breakers: Only 2 PV string circuits identified in the new system; the sub panel breaker count (existing branches) is not stated.","DC-coupled battery fields skipped — the Tesla Powerwall 3 is an AC-coupled battery system (integrated AC inverter), not DC-coupled.","Supply-side IX fields skipped — interconnection is load-side (PV breaker tie-in at new sub panel), not supply-side.","Busbar feeder OCPD rating interpreted as the feeder breaker from sub panel to main panel (70A) based on conductor schedule raceway 5 maximum current.","No DC-coupled battery: Tesla Powerwall 3 is an AC-coupled BESS per Asana ('TESLA 1707000-21 AC BESS') and the plan set shows AC interconnection. No supply-side interconnection: plan set explicitly states 'INTERCONNECTION: PV BREAKER TIE IN SUB' (load-side breaker), not a supply-side tap."],"flow":"v1","iteration_count":0,"iteration_outcome":null,"final_diagnosis":null,"created_at":"2026-05-03T19:34:24.457939+00:00","updated_at":"2026-05-03T19:37:04.282358+00:00","submitted_at":null,"completed_at":null},"iterations":[],"insights":{"stuck_rules":[],"newly_revealed":[],"conditional_triggers":{}},"audit_log":[{"id":331,"ts":"2026-05-03T19:34:24.676634+00:00","stage":"asana_fetched","level":"info","message":"Resolving Asana task reference 'https://app.asana.com/1/1203754389657527/project/1211039529104749/task/1211709017140700'","payload":null},{"id":332,"ts":"2026-05-03T19:34:25.367169+00:00","stage":"asana_fetched","level":"info","message":"Loaded Asana task: Teresa Ramirez","payload":{"gid":"1211709017140700","title":"Teresa Ramirez","customer":"Teresa Ramirez"}},{"id":333,"ts":"2026-05-03T19:34:25.373733+00:00","stage":"drive_resolved","level":"info","message":"Searching Asana fields for Google Drive URL","payload":null},{"id":334,"ts":"2026-05-03T19:34:26.959276+00:00","stage":"drive_resolved","level":"info","message":"Resolved Drive folder (8 items, 7 in CAD/)","payload":{"folder_id":"1lcO5aA-VkQ3sJlAZh7r_jXH5laQHAcX_","cad_folder_id":"1QSubAYKQtku-FjHGZL0Y7rTqCilfizul"}},{"id":335,"ts":"2026-05-03T19:34:26.966030+00:00","stage":"pdf_downloaded","level":"info","message":"Picking the latest-dated plan-set PDF","payload":null},{"id":336,"ts":"2026-05-03T19:34:29.516008+00:00","stage":"pdf_downloaded","level":"info","message":"Downloaded plan-set: Teresa Ramirez_V0_12-16-2025.pdf (8.2 MB)","payload":{"bytes":8555492,"filename":"Teresa Ramirez_V0_12-16-2025.pdf"}},{"id":337,"ts":"2026-05-03T19:34:29.525007+00:00","stage":"bom_downloaded","level":"info","message":"Looking for the BOM CSV in the same folder","payload":null},{"id":338,"ts":"2026-05-03T19:34:29.541751+00:00","stage":"bom_downloaded","level":"warn","message":"No BOM CSV in folder — modules section will rely on PDF + Asana only","payload":null},{"id":339,"ts":"2026-05-03T19:34:29.690968+00:00","stage":"ai_extracted","level":"info","message":"Extracting text from the plan-set PDF","payload":null},{"id":340,"ts":"2026-05-03T19:34:36.532225+00:00","stage":"ai_extracted","level":"info","message":"Pass 1/3: Claude Opus 4.7 (full extraction)","payload":null},{"id":341,"ts":"2026-05-03T19:35:43.962173+00:00","stage":"ai_extracted","level":"info","message":"Pass 1: Opus filled 65 fields (avg 85%)","payload":null},{"id":342,"ts":"2026-05-03T19:35:43.977923+00:00","stage":"ai_extracted","level":"info","message":"Pass 2/3: Claude Sonnet 4.6 retrying 32 missing fields","payload":null},{"id":353,"ts":"2026-05-03T19:36:57.421883+00:00","stage":"ai_extracted","level":"info","message":"Pass 2: Sonnet added 25 more fields","payload":null},{"id":354,"ts":"2026-05-03T19:36:57.441552+00:00","stage":"ai_extracted","level":"info","message":"Pass 3/3: Claude Opus 4.7 final retry on 7 stubborn fields","payload":null},{"id":355,"ts":"2026-05-03T19:37:04.274968+00:00","stage":"ai_extracted","level":"info","message":"Extracted 90 fields, avg confidence 82% (Opus: 65, Sonnet retry: +25, 7 still unfilled)","payload":{"usage":{"input_tokens":77980,"output_tokens":9409,"cache_read_input_tokens":0,"cache_creation_input_tokens":9992},"fields":90,"passes":{"opus_full":65,"opus_retry":0,"sonnet_retry":25},"missing":7,"extra_fields":0,"avg_confidence":0.823}},{"id":356,"ts":"2026-05-03T19:37:04.289177+00:00","stage":"awaiting_review","level":"info","message":"Pipeline complete — review the extracted fields and submit when ready","payload":null}],"field_values":[{"payload_key":"Attachment points staggered","source":"inferred","raw_value":"Yes","ai_value":"Yes","user_value":null,"confidence":0.5,"edited":false,"reasoning":null,"source_excerpt":null,"in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Backup contains service disconnect","source":"pdf","raw_value":"Yes","ai_value":"Yes","user_value":null,"confidence":0.8,"edited":false,"reasoning":"The Tesla Backup Switch serves as the service disconnect/grid isolation device in the backup system architecture, controlling connection to grid during outages.","source_excerpt":"TESLA BACKUP SWITCH (MICROGRID INTERCONNECTION DEVICE) ... The Tesla Backup Switch controls connection to the grid in a Powerwall system","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Backup device manufacturer","source":"pdf","raw_value":"Tesla","ai_value":"Tesla","user_value":null,"confidence":0.95,"edited":false,"reasoning":null,"source_excerpt":"(N) TESLA BACKUP SWITCH (MICROGRID INTERCONNECTION DEVICE)","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Backup device model","source":"pdf","raw_value":"Backup Switch","ai_value":"Backup Switch","user_value":null,"confidence":0.95,"edited":false,"reasoning":null,"source_excerpt":"TESLA BACKUP SWITCH","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Backup device OCPD rating (Amps)","source":"pdf","raw_value":"200","ai_value":"200","user_value":null,"confidence":0.7,"edited":false,"reasoning":null,"source_excerpt":"Continuous Load Rating 200 A, 120/240 V split phase","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Backup feeder conductor material","source":"pdf","raw_value":"Copper","ai_value":"Copper","user_value":null,"confidence":0.9,"edited":false,"reasoning":null,"source_excerpt":"ALL CONDUCTORS COPPER","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+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":null,"source_excerpt":"(E) 200A MAIN SERVICE PANEL WITH (E) 70A MAIN BREAKER","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+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":null,"source_excerpt":"BUS RATING x 120% 240-70=170A ALLOWABLE BACKFEED","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+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":0.7,"edited":false,"reasoning":"The existing main service panel has a 70A main breaker, indicating it is not a main-lug-only panel.","source_excerpt":"(E) 200A MAIN SERVICE PANEL WITH (E) 70A MAIN BREAKER","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Busbar #1 main panel upgrade","source":"asana","raw_value":"No","ai_value":"No","user_value":null,"confidence":0.95,"edited":false,"reasoning":null,"source_excerpt":"MPU: N","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Busbar #1 number of branch circuit breakers","source":"pdf","raw_value":"2","ai_value":"2","user_value":null,"confidence":0.6,"edited":false,"reasoning":"The system has two DC branch circuits (circuit #1 with 6 modules, circuit #2 with 7 modules). These feed into the integrated inverter, not separate breakers in a busbar, but this represents the number of PV input circuits.","source_excerpt":"(01) CIRCUIT OF 6 MODULES (01) CIRCUIT OF 7 MODULES","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+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":"The interconnection is at the new sub panel (load side of the main service panel), not on the line side.","source_excerpt":"INTERCONNECTION: PV BREAKER TIE IN SUB ... (E) 200A MAIN SERVICE PANEL WITH (E) 70A MAIN BREAKER ... (N) 200A SUB PANEL","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Busbar #1 panel type","source":"pdf","raw_value":"Main Service Panel","ai_value":"Main Service Panel","user_value":null,"confidence":0.85,"edited":false,"reasoning":null,"source_excerpt":"(E) 200A MAIN SERVICE PANEL WITH (E) 70A MAIN BREAKER","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Busbar #1 rating (Amps)","source":"pdf","raw_value":"200","ai_value":"200","user_value":null,"confidence":0.95,"edited":false,"reasoning":null,"source_excerpt":"(E) 200A MAIN SERVICE PANEL","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Busbar #1 subject to backfeed","source":"pdf","raw_value":"Yes","ai_value":"Yes","user_value":null,"confidence":0.85,"edited":false,"reasoning":null,"source_excerpt":"BACKFEED BREAKER SIZING ... BUS RATING x 120%","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Busbar feeder interconnection compliance method","source":"pdf","raw_value":"705.12(B)(2)","ai_value":"705.12(B)(2)","user_value":null,"confidence":0.85,"edited":false,"reasoning":"The plan set explicitly cites NEC 705.12(B)(2) as the compliance method for backfeed breaker sizing.","source_excerpt":"SEE NEC 705.12(B)(2) OF 2026 NEC 200X1.20=240 BUS RATING x 120% 240-70=170A ALLOWABLE BACKFEED","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Busbar feeder max THWN-2 conductors in raceway","source":"pdf","raw_value":"3","ai_value":"3","user_value":null,"confidence":0.9,"edited":false,"reasoning":"The conductor quantity column for raceway 5 shows 3 conductors (2 hots + 1 neutral/ground) in the 1\" EMT conduit.","source_excerpt":"RACEWAY 5 AC SUB PANEL TO MAIN PANEL 3 1\" EMT CONDUIT RUN (TO BE UPSIZED IF NEEDED) 4 AWG THWN-2 COPPER","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Busbar feeder OCPD rating (Amps)","source":"pdf","raw_value":"70","ai_value":"70","user_value":null,"confidence":0.85,"edited":false,"reasoning":"The feeder from sub panel to main panel has a maximum current of 70A applied, and the main breaker is 70A. The sub panel feeder OCPD is 70A.","source_excerpt":"(E) 200A MAIN SERVICE PANEL WITH (E) 70A MAIN BREAKER ... RACEWAY 5: SUB PANEL TO MAIN PANEL ... 4 AWG THWN-2 COPPER ... 70.00","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Busbar feeder wire gauge (AWG)","source":"pdf","raw_value":"4","ai_value":"4","user_value":null,"confidence":0.9,"edited":false,"reasoning":"Raceway 5 (sub panel to main panel) uses 4 AWG THWN-2 copper conductors, as stated in the conductor schedule.","source_excerpt":"RACEWAY 5 AC SUB PANEL TO MAIN PANEL 3 1\" EMT CONDUIT ... 4 AWG THWN-2 COPPER","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Calculated backup load (Watts)","source":"pdf","raw_value":"11500","ai_value":"11500","user_value":null,"confidence":0.55,"edited":false,"reasoning":"The system is configured for whole home backup. The Powerwall 3 provides 11.5 kW AC continuous output, which represents the maximum backup load capacity. No explicit calculated backup load value is stated; using inverter rated output as proxy.","source_excerpt":"BATTERY CONFIGURATION: WHOLE HOME BACKUP ... TESLA POWERWALL 3 11.5 KW / 13.5 KWH","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Combiner panel contains ESS","source":"pdf","raw_value":"No","ai_value":"No","user_value":null,"confidence":0.75,"edited":false,"reasoning":"The Powerwall 3 is a standalone integrated inverter/ESS unit connected to the sub panel via AC disconnect; the sub panel itself does not contain the ESS.","source_excerpt":"(N) TESLA POWERWALL 3 11.5 KW / 13.5 KWH (1707000-11-J-DOM) INVERTER / ENERGY STORAGE SYSTEM ... (N) 200A SUB PANEL","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Combiner panel has dedicated OCPD","source":"pdf","raw_value":"Yes","ai_value":"Yes","user_value":null,"confidence":0.9,"edited":false,"reasoning":"The electrical diagram shows a dedicated 60A breaker in the new sub panel for the PV/inverter interconnection.","source_excerpt":"(N) 60A BREAKER ... (N) 200A SUB PANEL ... BACKFEED BREAKER SIZING ... 60A PV BREAKER - OK","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Combiner panel interconnection location","source":"pdf","raw_value":"New Subpanel","ai_value":"New Subpanel","user_value":null,"confidence":0.85,"edited":false,"reasoning":"The plan set and Asana both state interconnection is via PV breaker tie-in at a new sub panel. The 60A PV breaker is installed in the new 200A sub panel.","source_excerpt":"INTERCONNECTION: PV BREAKER TIE IN SUB ... (N) 200A SUB PANEL ... (N) 60A BREAKER","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Current roof covering material","source":"pdf","raw_value":"Asphalt or composition shingles","ai_value":"Asphalt or composition shingles","user_value":null,"confidence":0.95,"edited":false,"reasoning":null,"source_excerpt":"ROOF TYPE: COMP SHINGLE (MAIN HOME)","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"ESS assembly weight (lbs)","source":"pdf","raw_value":"291","ai_value":"291","user_value":null,"confidence":0.9,"edited":false,"reasoning":"Tesla Powerwall 3 datasheet in the plan set explicitly states total installed unit weight of 291.2 lbs, rounded to 291.","source_excerpt":"Total Weight of Installed Unit 132 kg (291.2 lb)","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"ESS subject to vehicle damage (alternate)","source":"pdf","raw_value":"No","ai_value":"No","user_value":null,"confidence":0.75,"edited":false,"reasoning":"The Powerwall 3 is wall-mounted on the east outside wall of the structure, not in a location subject to vehicle traffic (no garage or driveway proximity indicated).","source_excerpt":"TESLA POWERWALL (E) 2\" X 4\" WALL STUDS TESLA POWERWALL MOUNTING BRACKET (4) 1/4\" X 3\" LAG BOLTS... EAST OUTSIDE WALL","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"ESS unit charging from grid","source":"inferred","raw_value":"Yes","ai_value":"Yes","user_value":null,"confidence":0.6,"edited":false,"reasoning":null,"source_excerpt":null,"in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"ESS unit has dedicated OCPD","source":"pdf","raw_value":"Yes","ai_value":"Yes","user_value":null,"confidence":0.8,"edited":false,"reasoning":null,"source_excerpt":"(N) 60A NON-FUSED AC DISCONNECT ... (N) 60A BREAKER","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"ESS unit installation location (architecture: Energy Storage System)","source":"pdf","raw_value":"Outdoor walls","ai_value":"Outdoor walls","user_value":null,"confidence":0.85,"edited":false,"reasoning":null,"source_excerpt":"EAST OUTSIDE WALL","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"ESS unit interconnection location","source":"pdf","raw_value":"New Subpanel","ai_value":"New Subpanel","user_value":null,"confidence":0.75,"edited":false,"reasoning":null,"source_excerpt":"(N) 200A SUB PANEL","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"ESS unit is single unit with inverter","source":"pdf","raw_value":"Yes","ai_value":"Yes","user_value":null,"confidence":0.9,"edited":false,"reasoning":null,"source_excerpt":"TESLA POWERWALL 3 ... INVERTER / ENERGY STORAGE SYSTEM","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"ESS unit manufacturer (architecture: Energy Storage System)","source":"pdf","raw_value":"Tesla","ai_value":"Tesla","user_value":null,"confidence":0.97,"edited":false,"reasoning":null,"source_excerpt":"TESLA POWERWALL 3","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"ESS unit model (architecture: Energy Storage System)","source":"pdf","raw_value":"Powerwall 3 (1707000-11-J-DOM)","ai_value":"Powerwall 3 (1707000-11-J-DOM)","user_value":null,"confidence":0.92,"edited":false,"reasoning":null,"source_excerpt":"TESLA POWERWALL 3 11.5 KW / 13.5 KWH (1707000-11-J-DOM)","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"ESS unit OCPD rating (Amps)","source":"pdf","raw_value":"60","ai_value":"60","user_value":null,"confidence":0.9,"edited":false,"reasoning":null,"source_excerpt":"Overcurrent Protection Device 60 A","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"ESS unit quantity (architecture: Energy Storage System)","source":"pdf","raw_value":"1","ai_value":"1","user_value":null,"confidence":0.97,"edited":false,"reasoning":null,"source_excerpt":"(N) 01- TESLA POWERWALL 3","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"ESS units have separation less than 3 feet (alternate)","source":"pdf","raw_value":"No","ai_value":"No","user_value":null,"confidence":0.85,"edited":false,"reasoning":"Plan set explicitly calls out the 3-foot separation requirement for multiple ESS systems and notes compliance with it. Only one Powerwall 3 unit is installed.","source_excerpt":"MULTIPLE ESS SYSTEMS SHALL BE SEPARATED FROM EACH OTHER BY AT LEAST 3'","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Flush mount or tilt-up","source":"pdf","raw_value":"Flush mount","ai_value":"Flush mount","user_value":null,"confidence":0.92,"edited":false,"reasoning":null,"source_excerpt":"PHOTOVOLTAIC ROOF MOUNT SYSTEM","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Home has sprinkler systems","source":"inferred","raw_value":"No","ai_value":"No","user_value":null,"confidence":0.45,"edited":false,"reasoning":"No mention of sprinkler systems anywhere in the plan set, Asana ticket, or BOM. Standard residential in McFarland, CA at this contract value is unlikely to have sprinklers. Reviewer should verify.","source_excerpt":null,"in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Homeowner Full Name","source":"asana","raw_value":"Teresa Ramirez","ai_value":"Teresa Ramirez","user_value":null,"confidence":0.98,"edited":false,"reasoning":null,"source_excerpt":"task_name: Teresa Ramirez","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Inverter 1 interconnection location","source":"pdf","raw_value":"New Subpanel","ai_value":"New Subpanel","user_value":null,"confidence":0.85,"edited":false,"reasoning":null,"source_excerpt":"INTERCONNECTION: PV BREAKER TIE IN SUB; (N) 200A SUB PANEL","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Inverter 1 Manufacturer","source":"pdf","raw_value":"Tesla","ai_value":"Tesla","user_value":null,"confidence":0.97,"edited":false,"reasoning":null,"source_excerpt":"TESLA POWERWALL 3 11.5 KW / 13.5 KWH (1707000-11-J-DOM) INVERTER / ENERGY STORAGE SYSTEM","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Inverter 1 Model Number","source":"pdf","raw_value":"1707000-11-J-DOM","ai_value":"1707000-11-J-DOM","user_value":null,"confidence":0.95,"edited":false,"reasoning":null,"source_excerpt":"TESLA POWERWALL 3 11.5 KW / 13.5 KWH (1707000-11-J-DOM)","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Inverter 1 OCPD rating (Amps)","source":"pdf","raw_value":"60","ai_value":"60","user_value":null,"confidence":0.95,"edited":false,"reasoning":null,"source_excerpt":"(N) 60A BREAKER","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Inverter architecture type","source":"inferred","raw_value":"String Inverter without DC-DC Converters","ai_value":"String Inverter without DC-DC Converters","user_value":null,"confidence":0.6,"edited":false,"reasoning":null,"source_excerpt":null,"in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Inverter output uses NM cable","source":"pdf","raw_value":"No","ai_value":"No","user_value":null,"confidence":0.85,"edited":false,"reasoning":"The plan set specifies EMT conduit for all AC runs (raceways 3, 4, 5) and prohibits NM-B on exterior. The inverter output conductors are in 3/4\" EMT conduit.","source_excerpt":"NO PVC ALLOWED ON ROOF OR IN ATTIC ... 3/4\" EMT CONDUIT RUN ... (G) NO PVC ALLOWED ON ROOF OR IN ATTIC. (N) NM-B OR PAPER INSULATED CONDUCTORS MAY NOT BE USED ON EXTERIOR.","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Main breaker derate applied","source":"pdf","raw_value":"No","ai_value":"No","user_value":null,"confidence":0.75,"edited":false,"reasoning":"The compliance method used is 705.12(B)(2) sum rule (120% bus rating minus main breaker), not the main breaker derate method under 705.12(B)(2)(3)(c). No derate attestation label is indicated.","source_excerpt":"SEE NEC 705.12(B)(2) OF 2026 NEC 200X1.20=240 BUS RATING x 120% 240-70=170A ALLOWABLE BACKFEED ((BUS RATING x 1.2) - MAIN BREAKER)","in_field_map":true,"updated_at":"2026-05-03T19:37:04.048938+00:00"},{"payload_key":"Max DC PV Wire / USE-2 conductors in raceway (excl. 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