Introduction: As urban mobility shifts towards greener alternatives, electric scooters have become increasingly popular. However, their widespread adoption is often hindered by charging concerns. Outdoor pedestal chargers, equipped to handle various charging needs, present a promising solution to this pressing issue .

Installation Costs: The installation of outdoor pedestal chargers involves several cost factors, including the purchase of charging stations, electrical infrastructure setup, and physical construction work. For a 50KW single pile, the overall investment in construction is approximately $60,000, with equipment costs accounting for about half of the total investment. The cost of civil construction, such as site preparation and cable assembly, ranges from $10,000 to $13,000 per pile. Additionally, the cost of power distribution side equipment, including relay protection and low-voltage electrical appliances, is estimated at around $22,000 per pile.

Maintenance Costs: Maintenance costs are essential to consider for the long-term operation of outdoor pedestal chargers. These include routine inspections, repairs, and potential replacement of worn-out components. Annual maintenance costs are typically a percentage of the initial investment, with operational expenses such as staffing and minor promotional activities factored in .

Economic Viability: The economic feasibility of outdoor pedestal chargers is determined by the balance between operational costs and revenue generated from charging services. With the growing number of EV users, the demand for charging services is on the rise, making it an attractive investment. The profitability of a charging station depends on factors such as the utilization rate of the chargers and the service fees charged to users.

Role in Solving Charging Problems: Outdoor pedestal chargers play a crucial role in addressing the charging needs of electric scooters by providing convenient and accessible charging points. They contribute to the development of a comprehensive charging network that is essential for the seamless operation of electric scooters in urban environments.

Conclusion: The deployment of outdoor pedestal chargers is a strategic move towards enhancing the electric scooter charging infrastructure. While the initial installation and ongoing maintenance costs are significant, the long-term benefits of providing a reliable charging solution for electric scooters far outweigh the expenses. With careful planning and strategic implementation, outdoor pedestal chargers can become an integral part of the urban charging landscape, ensuring the sustainability and practicality of electric scooter usage.