This section captures critical identification and location data to ensure accurate asset tracking and dispatch coordination. All fields marked mandatory must be completed before proceeding.
Global Station Identifier (GSID)
Station Network Operator
Station Commercial Name (Public Facing)
Physical Street Address
City/Municipality
Region/State/Province
Postal/ZIP Code
Country Code (ISO 3166-1 alpha-2)
Total Number of Charging Ports at This Location
Number of High-Voltage (350kW+) Ports
Station Accessibility Classification
Public Access 24/7
Restricted Commercial Access
Private Fleet Only
Mixed Public/Private Access
Is this station located within a secured facility or restricted area?
Describe access control procedures and required credentials:
Are there any current site hazards or environmental concerns?
Select all applicable hazards:
Flooding or water damage
Extreme temperature conditions
Chemical spill proximity
Construction activity nearby
Vandalism or security breach
Vegetation overgrowth
Structural damage to canopy
Other hazardous condition
Additional Site Access Notes or Landmarks
Conduct thorough diagnostic evaluation of all electronic systems, firmware versions, and component-level failures. Document all error codes and performance anomalies with precision.
Primary Diagnostic Trouble Code (DTC)
Complete Diagnostic Code Log (All Active and Historical Codes)
Is the charging station completely non-operational?
Describe the failure progression and last known operational status:
Describe any partial functionality or degraded performance modes:
Charging Station Manufacturer
Charging Station Model Number
Hardware Revision/Batch Number
Current Firmware Version
Target Firmware Version (If Update Required)
Is firmware update required to resolve the issue?
Firmware update urgency level:
Critical Security Patch
Performance Optimization
Bug Fix for Current Failure
Routine Maintenance Update
Affected Hardware Subsystems (Select all that apply):
High-Voltage Transformer Unit
Power Conversion Module (PCM)
DC Fast Charging Controller
User Interface Display Terminal
Payment Processing Module
Network Communication Gateway
Cooling/Thermal Management System
Cable Management System
Safety Interlock Circuitry
Ground Fault Protection
Energy Metering System
LED Status Indicator Array
Component Health Assessment Matrix
Critical Failure | Degraded Performance | Minor Anomalies | Fully Operational | Not Applicable | |
|---|---|---|---|---|---|
Power Electronics Cooling Fans | |||||
High-Voltage Contactors/Relay Switches | |||||
DC Output Connectors (CCS1/CCS2) | |||||
AC Input Terminals | |||||
Control Logic PCB | |||||
Emergency Stop Button Circuit | |||||
Ventilation System Filters | |||||
Surge Protection Devices |
Number of Failed Charging Sessions in Last 24 Hours
Number of Successful Charging Sessions in Last 24 Hours
Are there any physical signs of component damage, burning, or corrosion?
Describe physical damage observations with specific component locations:
Has the station experienced any recent electrical surges or lightning strikes?
Date and time of surge event:
Technician's Preliminary Diagnostic Summary
Upload Photographs of Error Displays, Warning Lights, or Physical Damage
Critical safety and power quality assessment for grid connection and high-voltage transformer systems. All measurements must be taken with certified high-voltage equipment by qualified personnel only.
Grid Supply Utility Provider Name
Grid Supply Voltage Classification
Nominal Grid Voltage (Line-to-Line) in Volts
Measured Grid Voltage (Line-to-Line) in Volts
Grid Voltage Deviation Percentage
Is grid voltage within acceptable tolerance (±5%)?
Describe voltage stability issues and fluctuations observed:
Maximum Recorded Power Draw in kW (Last 30 Days)
Average Power Draw in kW (Last 30 Days)
Peak Grid Current Draw in Amperes
Has the station experienced any grid power interruptions in the last 7 days?
Number of interruption events:
High-Voltage Transformer Manufacturer
Transformer Model and KVA Rating
Transformer Primary Voltage Rating (kV)
Transformer Secondary Voltage Rating (V)
Is transformer oil level within normal operating range?
Describe oil level condition and any visible leaks:
Is transformer temperature within normal limits (<85°C)?
Measured transformer temperature in Celsius:
Are all high-voltage safety interlocks and ground fault protection systems operational?
Identify which safety systems have failed or are malfunctioning:
Has the high-voltage compartment been inspected for arc flash damage?
Describe arc flash evidence and affected components:
Is the emergency electrical disconnect switch accessible and functional?
Describe accessibility or functionality issues with emergency disconnect:
I confirm that all high-voltage safety protocols have been followed and lockout/tagout procedures are implemented before servicing
Grid Power Quality Issues or Anomalies Detected
Upload Thermal Imaging Photos of Transformer and High-Voltage Components (if available)
Comprehensive parts and materials tracking for repair execution. Document all required components, cable assemblies, and allocation decisions with cost tracking for inventory management.
Are replacement parts required to resolve the current failure?
Required Replacement Parts Inventory
Part Number | Part Description | Manufacturer | Quantity Required | Quantity Available On-Site | Unit Cost | Total Cost | Urgency Level | Part in Stock at Regional Warehouse? | ||
|---|---|---|---|---|---|---|---|---|---|---|
A | B | C | D | E | F | G | H | I | ||
1 | HV-CONTACTOR-480V-300A | High-Voltage Contactor Assembly | ABB | 2 | 0 | $1,250.00 | $2,500.00 | Critical - Immediate | Yes | |
2 | PCM-CONTROL-BOARD-v3 | Power Control Module PCB | Siemens | 1 | 0 | $890.00 | $890.00 | High - Within 24 Hours | Yes | |
3 | THERMAL-SENSOR-PT1000 | Temperature Sensor Probe | Generic | 4 | 2 | $45.00 | $180.00 | Medium - Within 72 Hours | Yes | |
4 | $0.00 | |||||||||
5 | $0.00 | |||||||||
6 | $0.00 | |||||||||
7 | $0.00 | |||||||||
8 | $0.00 | |||||||||
9 | $0.00 | |||||||||
10 | $0.00 |
Are high-voltage cable assemblies damaged or requiring replacement?
Cable Assembly Assessment and Allocation
Cable Assembly ID | Cable Type | Connector Standard | Cable Length (meters) | Rated Current Capacity (Amps) | Insulation Resistance (Megaohms) | Physical Damage Observed? | Requires Immediate Replacement? | Replacement Cost | ||
|---|---|---|---|---|---|---|---|---|---|---|
A | B | C | D | E | F | G | H | I | ||
1 | CABLE-CCS1-01 | DC High-Voltage | CCS Combo 1 | 7.5 | 500 | 850 | $0.00 | |||
2 | CABLE-CCS2-03 | DC High-Voltage | CCS Combo 2 | 7.5 | 500 | 25 | $1,250.00 | |||
3 | ||||||||||
4 | ||||||||||
5 | ||||||||||
6 | ||||||||||
7 | ||||||||||
8 | ||||||||||
9 | ||||||||||
10 |
Primary Procurement Method for Required Parts
Internal Inventory Transfer
Emergency Supplier Purchase Order
Manufacturer Direct Shipment
Third-Party Logistics Provider
Field Service Exchange Program
Estimated Parts Delivery Date/Time
Will the station require temporary decommissioning during parts replacement?
Estimated downtime duration in hours:
Are specialized tools or calibration equipment required for the repair?
List required specialized tools and their availability status:
Alternative Parts or Workaround Solutions Considered
Total Estimated Repair Cost (Parts + Labor)
Total Estimated Revenue Loss During Downtime
Upload Parts Requisition Forms or Purchase Order Documents
Final review and sign-off by authorized regional infrastructure management. This section confirms completion of all safety checks, quality assurance protocols, and operational readiness before returning the station to service.
Regional Infrastructure Manager Name
Manager Employee ID
Manager Official Title/Position
Manager Contact Email
Manager Direct Phone Number
Repair Work Completion Date/Time
Have all identified hardware/software issues been fully resolved?
Describe outstanding issues and mitigation plan:
Has the station passed all post-repair functional testing?
List failed test procedures and corrective actions required:
Have all high-voltage safety systems been verified operational?
Identify safety systems requiring further attention:
Has the station been successfully recommissioned and returned to full operational status?
Explain current operational limitations and estimated time to full service:
Were any warranty claims initiated during this repair?
Provide warranty claim numbers and component details:
Post-Repair Quality Assurance Checks Completed (Select all that apply):
Load testing at maximum rated power
Communication system verification
Payment processing system test
Thermal imaging scan of all connections
Insulation resistance testing
Ground fault protection system test
User interface functionality check
Network connectivity validation
Safety interlock verification
Emergency shutdown procedure test
Overall Repair Quality Rating (1=Poor to 5=Excellent)
Manager's Final Assessment and Comments
Is follow-up monitoring required after returning to service?
Specify monitoring parameters, frequency, and duration:
Regional Infrastructure Manager Digital Signature
Manager Sign-Off Timestamp
I certify that all information provided in this intake form is accurate and complete to the best of my knowledge, and that the high-voltage charging station is safe for public operation
Upload Supporting Documentation (Test Reports, Photos, Calibration Certificates)
To configure an element, select it on the form.