High-Performance Cables for Electric
Mobility
Powering the future of electric mobility with high-performance charging and high-voltage cabling
solutions.
e-Mobility
High-Performance Cables for EV Charging and High-Voltage Applications
Our charging cables, high-voltage wiring and connection systems support the rapid expansion of electric mobility across ASEAN. Engineered for durability and safety, our solutions are trusted by charging-station manufacturers, fleet operators and EV infrastructure developers.
Decades of cable expertise combined with a global logistics network ensure dependable delivery and consistent quality. Our products meet the highest international standards, offering excellent mechanical strength, weather resistance and long-term electrical stability.
From AC and DC charging to onboard high-voltage interconnects, JJ-LAPP provides certified, reliable e-Mobility cabling that keeps vehicles and charging networks running safely and efficiently.
EV Charging Can Be Grouped Into Three Core Applications
Applications
EV charging systems include AC, DC and high-voltage applications, all operating in demanding environments. Each setup introduces stressors such as continuous flexing, temperature fluctuations, mechanical strain, EMI and outdoor exposure. Selecting the right charging cable, connector and protection system ensures safe, durable and efficient charging performance across all applications.
- Single-phase and three-phase AC charging systems used in homes, offices, hotels, small business fleets.
Relevant cables: ÖLFLEX CHARGE AC, Mode 3 cables.
- High-power charging bays (50kW–350kW) for public stations, malls, service areas.
Relevant cables: DC Charge HPC, high-current liquid-cooled cables.
- Multi-vehicle charging setups for vans, trucks, service fleets, company parking.
Relevant cables: Mode 3 charging assemblies, heavy-duty industrial cabling, armored cable runs.
- Cable routing, protection, connectors, and UV-resistant sheath solutions for charging stations.
Relevant products: FLEXIMARK®, SILVYN® conduit & drag chains, EPIC® connectors.
- Internal vehicle wiring – between battery, inverter, motor, and on-board charger.
Relevant cables: ÖLFLEX HV 300/400/600/1000 series.
EV Charging Design Pack
- EV charging capacity & cable sizing calculator
- AC vs DC charging layout selector (homes, fleets, public stations)
- High-voltage cable specification cheat sheet (IEC/EN standards)
- Bill-of-materials (BOM) builder for cable types, connectors and conduits
- Optional: upload site plan for engineering review
Why Our Cables Power Reliable EV Charging Solutions
Engineered for High Power Charging
Built to handle high current, heat, and electrical stress for AC and DC charging up to 350kW.
Certified for Global EV Standards
Tested to IEC, EN, UL and ISO standards for public charging, fleet depots and OEM integration.
Ready for Continuous Daily Use
Wear-resistant sheath, UV protection, oil resistance and anti-kink construction for long service life.
One Partner, End-to-End Supply
Complete cabling, connectors, conduit protection, labeling and logistics from a single source.
Enhanced Efficiency
Optimise operations for smoother, faster performance.
Lower Costs
Reduce operational expenses through streamlined workflows.
Scalability
Flexible solutions designed to grow with your business.
Customer Satisfaction
Ensure accurate, timely fulfilment for happier customers.
Project-Ready: Standards, Approvals & Delivery
Interoperable by Design
Works across PROFINET, EtherCAT, EtherNet/IP and ASi, so you integrate without lock-in.
Certified for Tough Sites
Options for –40 °C deep-freeze, UL/CSA, CPR (B2ca–Eca) and halogen-free/LSZH.
Plug-and-Play & Last-Mile
Ready-made cable chains and harnessing with just-in-time (JIT) delivery and on-site coordination.
Explore Our EV Charging Catalogues & Technical Flyers
Access comprehensive product information for EV charging and high-voltage cable solutions, including datasheets, connector specifications, installation guidelines and system integration details.
Downloadable and engineer-ready for planning, sourcing and deployment of EV charging infrastructure projects.
