Annexes The following scenarios are theoretical examples designed to illustrate best practices in various testing environments. While based on technical specifications and industry standards, they represent typical rather than actual implementations. Use case 1: Urban low emission zone (LEZ) testing This theoretical scenario demonstrates testing procedures in restricted urban areas where EVs are the only viable option:
Network testing considerations: • Dense urban coverage requirements • High-rise building effects on signal • Multiple carrier testing • Small cell integration testing Operational requirements: • Access permits for restricted zones • Noise level monitoring • Extended testing hours capability • Local regulation compliance • Real-time data upload capacity
Theoretical testing environment: • Location type: Dense urban area with LEZ restrictions
• Testing duration: Extended daily shifts • Equipment: Compact mobile testing setup • Testing schedule: Daytime and evening coverage Typical testing parameters: • Daily operation window: 14-hour shifts • Coverage area: 40-50 km² per shift • Vehicle requirements: • Compact EV with minimum 250 km range • Maneuverability for urban environment • Low noise profile for residential areas • Power configuration:
Testing implications: • Need for efficient route planning in restricted areas • Importance of quiet operation in residential zones • Value of compact equipment setup • Requirement for regular charging breaks
• Average equipment draw: 2.1kW • Peak power requirement: 3.0kW • Backup power capacity: 1.5kW
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