China Wholesale Electric Vehicle Charging Stations Manufacturers & Exporters

Smart Energy Solutions & Green Transportation Fleets Engineered for Global Commercial, Residential, and Institutional Operations

Yangzhou Tulip Cart Co., Ltd.

Pioneering Integrated Micro-Mobility & Electrification Ecosystems

Yangzhou Tulip Cart Co., Ltd. is a leading provider of golf carts and accessories, specializing in the design, production, and sales of electric vehicles, low-speed new energy vehicles, and specialized vehicles. With a strong focus on quality and innovation, we are committed to providing reliable, eco-friendly, and high-performance transportation solutions for a wide range of industries.

Our products are certified by ISO9001, National CCC, and other international standards, ensuring that we consistently meet the highest safety, quality, and environmental requirements.

As a company driven by technological advancements, we aim to deliver products that enhance both the functionality and the aesthetic appeal of every ride. With years of expertise and experience, we are proud to be a trusted partner for golf courses, resorts, private estates, and commercial facilities worldwide.
Yangzhou Tulip Cart Manufacturing Plant

B2B Fleet Electrification & Turnkey Solutions

Addressing the critical synergy between low-speed electric vehicles (LSVs) and intelligent EV charging infrastructures

Smart Fleet Charging

Optimized Level 2 AC and high-efficiency DC fast charging compatibility, ensuring your electric utility vehicles achieve maximum uptime with minimal network degradation.

Customized Configurations

We provide extensive tailored options including specialized cargo boxes, customizable brand graphics, integrated GPS telemetry, and premium passenger packages.

Sustainable Green Tech

Designed with zero-emission propulsion systems, high-density lithium-ion batteries, and recyclable frame architectures for a lower carbon footprint.

Advanced Precision Manufacturing Flow

Step-by-step documentation of our industrial production line, from raw structural steel to fully tested and certified electric vehicles

Metal Cutting Process
Raw Material Cutting
Precision Drilling Process
Precision Drilling
Frame Welding Process
Structural Welding
Assembly Line
Chassis Assembly
Laser Cutting CNC
CNC Laser Cutting
Machining Center
Automated Machining
Robotic Welding
Robotic Welding Stations
Electrostatic Spray Coating
Electrostatic Powder Coating
Assembly Line 1
Electrical Integration
Assembly Line 2
Body panel Fitting
Debugging Calibration
Electronic Systems Debugging
Finished Products Area
Final Quality Inspections
Smart Fleet EV Charging Ecosystem

Global Electric Vehicle Fleet Charging Dynamics

As micro-mobility and Low-Speed Vehicles (LSVs) replace internal combustion utility vehicles at scale, fleet managers must tackle the core bottleneck: efficient charging infrastructure deployment.

Yangzhou Tulip Cart Co., Ltd. designs its electric fleets to integrate seamlessly with standard global charging station configurations. We ensure compatibility across regional utility grids and commercial charging networks by providing intelligent charging interfaces equipped with high-durability on-board chargers (OBC) and smart Battery Management Systems (BMS).

Our Integrated Architecture Features:

  • Universal plugs compatible with North American SAE J1772, European IEC 62196 (Type 2), and GB/T standards.
  • Under-voltage, over-voltage, thermal runaway protection, and auto-shutoff capabilities.
  • USB charging ports built-in for operator accessories and secondary devices.

Local Compliance & Structural Standards

Adapting electrical architectures to meet rigorous international regulatory criteria

E-E-A-T Certified Engineering

At Yangzhou Tulip Cart Co., Ltd., our engineering departments conform to the strictest technical requirements of destination markets. Operating low-speed electric vehicles in public zones, municipal roads, and high-occupancy corporate hubs demands full regulatory adherence.

All vehicles utilize high-performance brushless AC motors coupled with advanced variable controllers for soft start-up, downhill electronic braking, and energy recuperation systems. This maximizes the range of our 76.8V Lithium-Ion packages, delivering 95km to 110km per single charging cycle.

DOT Certified (US) CE Mark (Europe) ISO9001:2015 QMS National CCC Standards

Global Logistics & Export Capabilities

We operate a dedicated transport and custom-documentation logistics department, shipping vehicles and charging modules directly from China to key logistics nodes in North America, Europe, Australia, and Southeast Asia (including Vietnam).

  • CKD (Completely Knocked Down) packaging layouts to save freight volume.
  • FCL (Full Container Load) packing with heavy-duty metal transport framing.
  • Customs clearance support and full paperwork compliance verification.

Our Impact in Global Electric Mobility

Quantifiable proof of manufacturing scale, global reach, and engineering dedication

50+
Countries Exported
ISO9001
Certified Operations
110km
Maximum Range
76.8V
Lithium Power Pack

Technology Roadmap & Smart Grid Outlook

How we are preparing electric golf carts and LSV fleets for the next decade of decentralized utility networks

Phase 1: Smart Grid IoT

Integrating on-board telematics directly communicating with localized charging controllers. Real-time SOC (State of Charge) data allows automated charging scheduling during off-peak hours.

Phase 2: Bidirectional Power Flow

Designing V2G (Vehicle-to-Grid) hardware modules, enabling resort vehicles to act as decentralized battery energy storage systems (BESS) during emergencies or grid brownouts.

Phase 3: Solar-Assisted Fleets

Deploying ultra-lightweight roof-integrated monocrystalline PV panels to continuously trickle charge the lithium battery, increasing standard range configurations by 15%.

B2B Procurement & Technical FAQ

Comprehensive technical and logistic answers for developers, procurement managers, and fleet coordinators

Q1: How long does a full charge cycle take for your Lithium-Ion Golf Carts?

Depending on the specific charger unit installed, a standard 76.8V 150Ah lithium-ion battery system takes approximately 3.5 to 5 hours to reach a 100% state-of-charge (SOC) using a standard 220V Level 2 AC charger. If using standard Level 1 wall sockets (110V), charging times can extend up to 8-10 hours.

Q2: Are the electric vehicles street-legal and compliant with DOT regulations?

Yes. We manufacture Low-Speed Vehicles (LSVs) that meet specific regional regulatory frameworks. Our DOT-certified configurations include standard three-point seatbelts, side mirrors, windshields with wipers, turn indicators, horn, and reflectors required for street-legal usage in residential areas and public roads with speed limits below 35mph.

Q3: Can we customize the graphic wraps, logos, and seating arrangements?

Absolutely. We offer complete OEM and ODM customization services. Clients can upload their own logo vectors, select custom body wrap designs (including custom branding, patterns, and corporate colors), and configure seat arrangements from 2-seaters, 4-seaters, 4+2 configurations, up to 8-seater utility buses.

Q4: How does weather affect battery performance and charging?

Our lithium batteries are integrated with an active BMS (Battery Management System) that monitors cell temperature. In extreme cold weather (below 0°C), discharging capacity decreases by 10-15%. Charging should ideally occur in temperature-controlled spaces or under protective covers, as the BMS will restrict charge currents at temperatures below freezing to protect internal lithium-ion structures.

Q5: What safety certifications do your charging stations and vehicles carry?

Our electric vehicle charging stations and electrical architectures hold ISO9001 Quality Management System certification, CE marking for European markets, National CCC certification for compliance in domestic arenas, and select components hold DOT certifications, ensuring protection against fire hazards, electrical surges, and insulation failures.

Q6: How do you package vehicles to prevent damage during international shipping?

We offer two primary packaging methods: SKD (Semi-Knocked Down) in robust iron crates, and CKD (Completely Knocked Down) in secure wooden crates. Every vehicle is securely anchored to prevent movement inside the container, with protective foam wraps guarding body panels, tires, and windscreens against abrasion during long sea voyages.