Battery Swapping Cabinet:
Daily Service Frequency: 200-400 times per unit (measured data)
Target Users: High-frequency users with daily average riding distance > 80km (food delivery/courier services)
Battery Turnover Rate: 3-5 uses per battery per day
Charging Cabinet:
Daily Service Frequency: 15-30 times per unit (measured data)
Target Users: Household/commuting users with daily average riding distance < 30km
Charging Efficiency: Approximately 85% for lead-acid batteries and 95% for lithium-ion batteries
(Data Source: China Urban Public Transport Association's "2023 White Paper on Charging and Swapping Infrastructure")
Case 1: Food Delivery Rider (monthly average riding distance: 3,000km)
Battery Swapping Cabinet: Monthly rent of 150 yuan + 2 yuan per use × 90 uses = 330 yuan
Charging Cabinet: 1.5 yuan/kWh × 6 kWh per day × 30 days = 270 yuan
Conclusion: The battery swapping cabinet costs an additional 60 yuan but saves 45 hours of charging time, enabling 150 more orders (increasing income by approximately 900 yuan)
Case 2: Household User (monthly average riding distance: 300km)
Battery Swapping Cabinet: No monthly rent, 3 yuan per use × 8 uses = 24 yuan
Charging Cabinet: 0.6 yuan/kWh × 15 kWh per month = 9 yuan
Conclusion: The charging cabinet has lower costs and does not require changing usage habits
(Data Note: The data cited in this article is from the Ministry of Industry and Information Technology's "Safety Technical Requirements for Charging Cabinets for Electric Bicycles", the State Fire and Rescue Administration's 2022 Fire Statistics Report, and measured reports from some enterprises. Some cost calculations include factors such as regional electricity price differences. Please refer to actual data for specific values.)
