Latest company news about Golf Cart & LSV Charging Solution

August 5, 2026

Golf Cart & LSV Charging Solution

Compact and Reliable On-Board Charging Solutions for Golf Carts and Low-Speed EVs


Low-speed electric vehicles are becoming increasingly popular in golf courses, resorts, residential communities, industrial parks, and urban mobility applications.

Compared with traditional vehicles, golf carts and low-speed EVs require charging systems that are compact, efficient, lightweight, and easy to integrate into limited vehicle spaces.

CTS Charger provides professional golf cart and low-speed electric vehicle charging solutions, offering reliable onboard chargers designed for various battery voltage platforms including 48V, 72V, 96V and customized applications.

Our charging systems help manufacturers and mobility solution providers develop safer, smarter, and more efficient electric vehicles.

CTS Low-Speed EV Charging Solution

CTS Charger develops compact and efficient onboard charger solutions for golf carts and low-speed electric vehicles.

Our charging systems are designed for:

  • Golf carts
  • Utility vehicles
  • Neighborhood electric vehicles
  • Resort transportation vehicles
  • Industrial transport vehicles

CTS OBC products provide stable AC charging, intelligent control, and reliable protection functions to support various mobility applications.


Recommended CTS Products
Product Application
1.5kW-3.3kW OBC Golf carts and small EVs
3.3kW OBC Utility vehicles
6.6kW OBC High-performance low-speed EVs
Customized OBC Special mobility platforms
OBC + DC/DC System Integrated vehicle power systems

Low-Speed EV Charging System Architecture

Typical charging system:

AC Power Supply

↓

CTS On Board Charger

↓

Vehicle Battery Pack

↓

Motor Controller

↓

Electric Drive System

CTS onboard chargers provide efficient energy conversion and intelligent charging management for low-speed mobility platforms.


Key Benefits
  • Compact and Lightweight Design

CTS chargers are optimized for vehicles with limited installation space, allowing easier integration into various vehicle structures.

  • High Charging Efficiency

Advanced power conversion technology helps reduce energy loss and improve charging performance.

  • Wide Voltage Compatibility

CTS supports different battery platforms including: 36V / 48V / 60V / 72V / 96V Battery systems

  • Reliable Outdoor Performance

Designed for outdoor mobility applications with protection against:Dust/Moisture/Temperature variation

Optional IP67 protection is available for demanding environments.

  • Intelligent Communication

CTS OBC supports CAN communication with Battery Management System (BMS), Vehicle Controller, Energy Management System

  • OEM & ODM Customization

CTS provides flexible customization services:Charging power adjustment/Voltage customization/Communication protocol configuration/Mechanical design optimization

Typical Applications
  • Golf Course Vehicles
  • Resort & Hotel Transportation
  • Neighborhood Electric Vehicles
  • Industrial Utility Vehicles
  • Sightseeing Vehicles
Why Choose CTS Charger?

CTS Charger provides professional charging solutions for global low-speed electric vehicle manufacturers.

Our advantages include:

✔ Compact OBC design
✔ Flexible voltage options
✔ High reliability
✔ OEM/ODM customization
✔ Professional engineering support

✔ Global technical support
✔ Stable manufacturing capability

From concept development to mass production, CTS works with customers to create optimized electric mobility charging systems.

Need a Customized Golf Cart or Low-Speed EV Charging Solution?

CTS Charger provides reliable onboard charger solutions for golf carts, neighborhood EVs, utility vehicles, and low-speed electric mobility platforms.

Whether you are developing a new electric vehicle model or upgrading an existing charging system, CTS engineering team can provide a customized solution based on your application requirements.


Contact CTS Charger Engineers Today and Build Your Next Generation Low-Speed Electric Vehicle Charging System.