Photovoltaic Module Encapsulation Equipment Inspection and Maintenance Q&A: Forms and Interactions

Data related to photovoltaic module encapsulation equipment inspection and maintenance comes from battery cell grading records, glass adhesive film

What This Category of Data Looks Like

Data related to photovoltaic module encapsulation equipment inspection and maintenance comes from battery cell grading records, glass adhesive film backplane batch ledgers, factory MES systems, string welding and lamination equipment operation logs, and EL/IV tester output files. Documents associated with daily maintenance and Q&A include layout diagrams, material batch records, lamination process parameter tables, EL crack images, IV test reports, insulation pressure resistance records, and finished product packing lists. Data is updated synchronously per module and per material batch. It covers equipment status and process parameters across string welding, lamination, frame assembly, and testing stages.

The interaction link for photovoltaic module encapsulation equipment inspection and maintenance must match multi-dimensional requirements due to data characteristics. Since data granularity covers individual modules and single batches of materials, forms must support parameter entry by equipment batch and individual module to avoid cross-dimensional confusion. Since data updates frequently, interactions must support quick reuse of historical inspection records to reduce repetitive input operations. Since associated documents include images, tables, and text, forms must support multiple input types, including uploading EL crack images, IV test reports, and other attachments. Since core processes require precise matching of battery cell current gears and control of lamination bubbles, form fields must preset optional parameter ranges to reduce manual input errors.

How to Configure the Setup

In FastGPT v4.17.0, the formInput and userSelect components can be used to build an interactive form adapted to photovoltaic module encapsulation scenarios. The specific configuration is as follows:

Configuration ItemRecommended SettingRationale
Form input componentEnable multi-field grouping, support text, number, and attachment input, set single field length limit to 800–1200 charactersAdapt to multi-type document upload and parameter entry requirements for EL images, IV reports, and other materials
User selection componentPreset options such as battery cell current gears, lamination temperature ranges, support single or multiple selectionReduce manual input errors, match precise parameter matching and equipment classification requirements
Variable import settingsBind variables such as batch numbers and equipment IDs from the MES system to automatically fill default valuesAchieve automatic synchronization of parameters for single batches of materials and single equipment, reducing repetitive operations
Attachment upload configurationLimit single file size to no more than 100 MB, support jpg, png, pdf formatsMatch common document types such as EL crack images, IV test reports, and process records
Knowledge base trigger rulesTrigger the corresponding knowledge base based on the equipment type entered by the user, recall the top 5 resultsAchieve precise matching for equipment inspection and maintenance Q&A, filter irrelevant content
Form validation rulesForce validation for core fields such as lamination time and string welding current, set timeout to 600 secondsAvoid production errors caused by missing parameters or timeouts, ensure smooth interaction

Three Common Configuration Mistakes

  • Phenomenon: No form input or user selection interaction interface pops up when calling via API. Cause: The front-end rendering switch is not enabled in the interaction configuration, only back-end data collection logic is configured.
  • Phenomenon: The form input component cannot receive preset variable parameters, only displays static default values. Cause: The form fields are not bound to data source variables such as batch numbers and equipment IDs from the MES system, and the variable import function is not enabled.
  • Phenomenon: The form input component cannot upload attachments, only supports plain text input. Cause: The attachment upload function is not enabled, or the configured format and size limits do not match the scenario requirements.

How to Confirm the Configuration Is Complete

  • Call the API interface, check if the returned content includes rendering parameters for form interactions, confirm that the front end can normally display the input interface.
  • Review the variable binding configuration of form fields, confirm that batch numbers, equipment IDs, and other parameters from the corresponding data source have been associated, test if the automatic filling function operates correctly.
  • Upload files such as EL crack images and IV test reports, check if they meet the preset format and size limits, confirm that the upload succeeds.
  • Enter different equipment types, check if the search results of the corresponding knowledge base are triggered, confirm that the classification logic operates normally.

The values given are common starting points and should be measured against the reader's own samples.