The Combined Charging System Type 2 (CCS2) is the predominant DC fast-charging standard adopted across Australia, Europe, and many Asia-Pacific markets. Combining the IEC 62196-3 AC inlet with two additional DC power contacts, CCS2 enables rapid DC charging at rates exceeding 350 kW — dramatically reducing charge times for modern electric vehicles.
Australia's national EV infrastructure rollout, spearheaded by federal and state government initiatives including the National Electric Vehicle Strategy (NEVS) and the Australian Renewable Energy Agency (ARENA) fast-charging corridor programs, has firmly established CCS2 as the standard of choice for public DC fast-charging networks.
Major Australian EV brands and models — including Tesla (via CCS2 adapter), BYD Atto 3, Hyundai IONIQ 6, Kia EV6, BMW iX, Mercedes EQS, and Volkswagen ID.4 — all support CCS2 charging, reflecting its dominant position in the local market.
Australia's EV adoption rate grew by over 161% in 2023, with more than 98,000 new EVs registered. CCS2-compatible public chargers now account for over 65% of all DC fast-charging installations nationwide, making it the most critical charging interface for infrastructure developers, fleet operators, and charging network providers.
From highway fast-charging corridors to urban fleet depots, CCS2 infrastructure is reshaping Australia's energy and transport sectors at an unprecedented pace.
The Australian Government's Driving the Nation Fund has committed $500 million to establish fast-charging stations every 150 km along major highways. Projects spanning the Hume Highway (Sydney–Melbourne), Pacific Highway, and the Stuart Highway all specify CCS2 as the primary DC charging standard, creating massive demand for high-quality CCS2 cables and connectors.
Major Australian logistics and transport companies — including Australia Post, Linfox, and Toll Group — are rapidly electrifying their light commercial and delivery fleets. CCS2 depot charging solutions enable overnight bulk charging and fast mid-shift top-ups, requiring robust, high-cycle-life charging cables rated for continuous industrial use.
Australian shopping centres, office parks, and hospitality venues are increasingly deploying CCS2 fast chargers as a value-added amenity. Operators such as Westfield, Vicinity Centres, and BP Pulse have installed multi-bay CCS2 charging hubs, driving consistent demand for durable, weather-resistant CCS2 charging cable assemblies certified for public use.
Australia's mining sector — including operations in the Pilbara, Hunter Valley, and Queensland coal regions — is piloting electric haul trucks and underground mining vehicles. These applications demand ultra-high-current CCS2 connectors (200A–250A) capable of withstanding extreme heat, dust (IP6X), and mechanical stress in harsh outback conditions.
State governments in NSW, Victoria, Queensland, and Western Australia are mandating EV-ready infrastructure in all new public buildings and car parks. Council-operated charging networks and public transport authorities are specifying CCS2 for bus depots and government fleet vehicles, requiring bulk supply of compliant charging cable assemblies.
Australia leads the world in rooftop solar adoption, and CCS2 is central to the emerging Vehicle-to-Grid (V2G) ecosystem. Bidirectional CCS2 charging enables EVs to export stored energy back to homes and the grid during peak demand periods — a capability being trialled by Ausgrid, AGL, and Origin Energy across NSW and Victoria.
Next-generation CCS2 charging stations capable of 350 kW are being deployed along Australia's major interstate routes. These require liquid-cooled CCS2 cables to manage heat dissipation, with connector assemblies rated for 500A+ continuous current — a segment where precision manufacturing is critical.
The adoption of ISO 15118 Plug & Charge protocol is accelerating in Australia, enabling automatic authentication and billing via the CCS2 connection. This trend demands CCS2 cable assemblies with integrated communication shielding and precision signal contacts to support high-speed Power Line Communication (PLC).
Australia's OCPP 2.0.1 roaming agreements between networks (Chargefox, Evie Networks, AmpCharge, Tesla) are creating a unified charging experience. Standardised CCS2 hardware quality is essential to ensure reliable cross-network operation, placing premium value on certified, tested connector and cable assemblies.
Australian procurement guidelines increasingly favour EV charging components with documented environmental credentials — halogen-free cable insulation, RoHS-compliant materials, and recyclable housing components. Manufacturers supplying the Australian market must align with these sustainability expectations.
While CCS2 remains dominant, automated robotic CCS2 connectors for fleet depots and wireless charging pilots are emerging. The CCS2 standard is being adapted for automated mechanical coupling systems used in autonomous vehicle charging stations being trialled in Sydney and Melbourne.
Australia's high-density apartment and strata living creates unique CCS2 deployment challenges. Managed charging solutions for multi-unit dwellings using shared CCS2 infrastructure are growing, supported by state government rebate programs offering up to $2,000 per household for EV charger installation.
The 880 km Hume Highway corridor features CCS2 fast-charging stations at Goulburn, Albury-Wodonga, and Wangaratta. Our CCS2 cables rated IP67 and UV-resistant for outdoor installation are ideal for these highway service centre deployments exposed to extreme temperature variations.
Melbourne's expanding CCS2 charging network in the CBD, Docklands, and inner suburbs requires compact, cable-managed charging solutions. Our flexible, ergonomic CCS2 cable assemblies with anti-tangle design are specified for high-traffic urban charging installations where user experience is paramount.
Rio Tinto and BHP's electric vehicle trials in the Pilbara require CCS2 connectors rated for extreme heat (ambient 50°C+), dust (IP6X), and high-vibration environments. Our industrial-grade CCS2 connectors with reinforced locking mechanisms and heat-resistant materials meet these demanding specifications.
Sydney Airport and Brisbane Airport are electrifying ground support equipment fleets including baggage tractors, pushback tugs, and airside buses. CCS2 high-current (125A–250A) charging cables enable rapid turnaround charging between aircraft operations, requiring exceptional durability and cycle life.
Translink (Queensland) and Adelaide Metro are deploying electric bus fleets with overnight CCS2 depot charging. High-current CCS2 pantograph and plug-in charging systems require cable assemblies with 250A+ ratings, robust strain relief, and compliance with Australian electrical safety standards.
Queensland's tourism corridors — Gold Coast, Sunshine Coast, and the Whitsundays — are installing CCS2 charging points at holiday parks, marinas, and eco-resorts. These installations require weather-resistant (IP67), UV-stabilised CCS2 cable assemblies suitable for coastal salt-air environments.
270,000 m² of manufacturing space with world-class precision equipment ensuring consistent quality at scale for Australian bulk orders.
Dedicated engineering team for CCS2 product development, custom specifications, and rapid prototyping to meet Australian compliance requirements.
Full IEC 62196, CE, TÜV, and RoHS certifications. Products tested to IP67 and rated for Australian outdoor installation environments.
Proven global export experience with dedicated logistics support for Australian importers, including sea freight and air freight options.
Full custom design service — from cable length and colour to connector housing branding — tailored for Australian charging network operators.
Eliminate middlemen with direct factory pricing. Competitive MOQ for Australian distributors and project developers with flexible payment terms.
Standard CCS2 products ship within 7–15 days. Custom OEM orders fulfilled within 30–45 days with dedicated project management support.
Proprietary connector contact technology and cable management innovations deliver superior performance and reliability in demanding applications.
With 2,700 employees, 4 factories, and 200+ R&D engineers, Sanco is a national high-tech enterprise that integrates R&D design, manufacturing, sales service, and after-sales support for connectivity system products, dedicated to becoming a leader in the field of connection technologies and products.
We specialize in the R&D and manufacturing of electrical connection systems for automotive, rail transit, industrial, communication, and energy storage applications, such as: high-voltage connectors, MSDs, laminated busbars, injection-molded busbars, signal connectors, rectangular and circular connectors, CCS, and various precision components.
For the Australian market, Sanco provides a complete range of CCS2 DC charging connectors, IEC 62196 Type 2 AC charging cables, and customised EV charging cable assemblies that comply with Australian Standards and international IEC certifications.
Explore More About Sanco →
Corporate Culture

SANCO Honor

Factory Workshop
From initial requirement alignment to mass production and after-sales support, our streamlined 8-step OEM/ODM process ensures your custom CCS2 charging cable solution is delivered on time and to specification.
1
Contact Us
2
Requirement Alignment
3
Drawing Release
4
Submit Quotation
5
Prototype Production
6
Sample Approval & Documentation
7
Mass Production
8
Customer Service & After-Sales
With four production bases spanning 270,000 m² and equipped with world-class precision machining systems, we've established industry-leading manufacturing capabilities that form the solid foundation for exceptional CCS2 product quality — from raw material to finished cable assembly.
Contact Sanco today to discuss your CCS2 cable requirements, request a custom quotation, or arrange product samples for evaluation. Our Australia-dedicated sales team is ready to support your EV charging infrastructure project.
Get a Free Quote for Australia →