Featured Case Study 1: Commercial Parking Deployment
Project Overview
Power and Product Selection
This project adopted 22kW AC charging stations to match the typical parking duration in commercial environments such as shopping centers and office buildings.
Compared with DC systems, AC chargers significantly reduce installation costs while still meeting daily charging needs.
The deployment includes scalable AC units, allowing future expansion as EV adoption increases.
Why This Solution Was Chosen
Cost Efficiency, AC charging provides a lower upfront investment compared to DC fast charging systems.
User Behavior Matching, vehicles are usually parked for several hours, making AC charging sufficient.
Scalable Deployment, The system allows additional units to be installed without major infrastructure upgrades.
Project Outcome
The charging stations achieved stable daily usage, particularly during business hours and weekends.The site operator reported increased customer dwell time and improved parking value.The system has maintained reliable performance with minimal maintenance requirements.
Featured Case Study 2: Fleet Depot Charging Deployment
Project Overview
Power and Product Selection
This project uses 120kW DC fast charging systems to support high-frequency fleet operations. Fleet vehicles require rapid turnaround between shifts, making DC charging essential for minimizing downtime. The system integrates centralized power distribution to optimize energy usage across multiple vehicles.
Why This Solution Was Chosen
Operational Efficiency, Fast charging reduces vehicle downtime and increases fleet utilization.
High Power Demand, Fleet vehicles require quick energy replenishment within limited time windows.
Centralized Energy Management, Load balancing ensures efficient power distribution across chargers.
Project Outcome
The fleet achieved significantly improved operational efficiency, with reduced charging wait times. Charging operations are now aligned with vehicle schedules, improving logistics performance. The system operates reliably under continuous daily usage.
Featured Case Study 3: Destination & Workplace Charging Project
Project Overview
Power and Product Selection
This project combines 7kW AC chargers for long-stay users and 60kW DC chargers for short-term visitors. The mixed deployment strategy ensures flexibility across different user needs and charging durations. Custom branding and smart access control features were integrated into the system.
Why This Solution Was Chosen
Diverse User Needs, Different charging speeds accommodate both long-term and short-term users.
Flexible Deployment, Combination of AC and DC improves overall utilization.
Branding & Customization, Customized appearance and software enhance user experience.
Project Outcome
The project improved guest satisfaction and added value to the property. Charging utilization increased steadily as EV adoption grew in the region. The system supports reliable operation with flexible access management.
Selecting the correct charging power is essential for meeting site demand. High-traffic fleet depots require DC fast chargers for rapid turnaround, while long-term parking locations are well-served by AC units.
Local regulations, grid capacity, and certification standards impact product choice. Understanding regional requirements ensures compliance and avoids installation delays.
Custom branding, smart access control, and OEM-specific features enhance usability and integration. Tailored solutions can meet unique client needs and improve project outcomes.
FAQ About EV Charging Projects
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Can you share project references for similar deployment scenarios?
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Do you support fleet and parking projects in different regions?
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Can project specifications be customized?
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How long does a typical commercial project take?
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Can you support technical review before quotation?
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Are your charging solutions compatible with different EV models and charging protocols?
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What kind of after-sales support and maintenance services do you provide?

