Project Background
Electric golf carts serve as the primary means of transportation in golf courses, resort parks and large cultural tourism venues, requiring massive battery usage and daily centralized charging. Traditional charging methods, including open-air battery placement and scattered charging via power strips, result in messy site layout, as well as batteries vulnerable to moisture and collision. Such methods also cause common safety risks such as overcharging, circuit aging, short circuits and heat accumulation.
In addition, manual registration management is inefficient. Charging status and usage records cannot be uniformly monitored, failing to meet the all-weather operation and safety management standards of scenic and sports venues. Specialized centralized charging and management equipment is urgently required.
Solution Introduction
This solution is tailor-made for large-capacity golf cart batteries, integrating centralized storage, intelligent charging, comprehensive safety protection and digital management into one system.
The cabinet adopts waterproof and rust-proof structure with spacious compartments, compatible with various battery specifications. Partition storage effectively prevents collision, moisture and dust, making it suitable for outdoor and warehouse environments. Each compartment is equipped with an independent circuit, which automatically matches charging parameters and powers off when fully charged, avoiding battery damage caused by overcharging.
The device is equipped with overload, short-circuit and over-temperature protection as well as professional ventilation and heat dissipation structures, fully eliminating charging safety hazards. It supports card swiping and QR code scanning for compartment access. Combined with the cloud management system, it enables real-time monitoring of charging progress and device status, and retains complete usage data for asset management and traceability.
The system realizes standardized and unified battery management, ensures stable all-day operation of golf carts, and greatly improves overall venue operational efficiency.
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