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Core product lines built for the North American EV charging ecosystem — from DC fast charging connectors to portable Level 2 solutions.
Understanding the Combined Charging System Type 2 standard and its critical role in the United States EV infrastructure.
The CCS2 (Combined Charging System Type 2) charging socket is an internationally recognized DC fast-charging interface that combines the IEC 62196 Type 2 AC inlet with two additional DC power pins below, enabling both AC and DC charging through a single port. Originally developed in Europe, CCS2 has rapidly gained adoption across global markets — including the United States — as automakers and infrastructure providers seek a unified, high-power charging standard.
In the United States, the EV charging landscape has historically been dominated by the CCS1 (SAE J1772 Combo) standard, used by most non-Tesla domestic brands. However, the rise of European EV imports, fleet electrification projects, and cross-border supply chains has driven significant demand for CCS2-compatible sockets, inlets, and cable assemblies within the American market. Charging network operators, EV fleet managers, and automotive OEMs sourcing components internationally increasingly require CCS2 hardware that meets both IEC and UL safety certifications.
As the U.S. accelerates its transition to electric mobility — backed by the Inflation Reduction Act (IRA) and billions in federal infrastructure investment — the demand for reliable, high-current CCS2 charging sockets from certified manufacturers has never been greater.
Key commercial and industrial drivers shaping the EV charging connector industry across North America.
The U.S. government's $7.5 billion NEVI (National Electric Vehicle Infrastructure) program is funding a coast-to-coast DC fast charging network. This initiative is driving unprecedented demand for high-quality CCS2 sockets and connectors across highway corridors in all 50 states.
Major U.S. logistics companies — including Amazon, FedEx, and UPS — are electrifying their delivery fleets at scale. Many of these commercial vehicles, especially those sourced from European or Asian manufacturers, rely on CCS2 charging architecture, requiring depot-grade charging infrastructure and robust connector hardware.
U.S. ports such as the Port of Los Angeles and Port of Long Beach are electrifying yard trucks and heavy equipment. CCS2 DC charging connectors rated at 200A–250A are increasingly specified for these high-demand industrial applications, requiring components that meet stringent IP67 and UL certifications.
As the U.S. market transitions and major automakers — including Ford, GM, and Rivian — adopt NACS (Tesla-style) connectors while maintaining CCS compatibility via adapters, the demand for versatile CCS2 components that support multi-standard charging ecosystems continues to grow.
Vehicle-to-Grid (V2G) and bidirectional charging technologies are emerging in the U.S. market. CCS2 sockets capable of supporting bidirectional power flow are being integrated into smart grid projects in California, Texas, and New York, opening new application frontiers for advanced connector manufacturers.
Commercial real estate developers, hotel chains, and corporate campuses across the U.S. are installing multi-standard charging stations. CCS2 hardware is frequently specified alongside J1772 and NACS connectors to serve the broadest possible range of EV drivers visiting these locations.
How CCS2 charging sockets and connectors are being deployed in real-world American environments.
Under the NEVI program, every 50 miles along U.S. Interstate highways must have a DC fast charging station. CCS2 connectors rated at 125A–250A are specified for these sites, requiring components that withstand extreme weather from Alaska to Florida — including temperature cycling from -40°C to +85°C.
Tech companies in California, Washington, and Texas are deploying large-scale workplace charging programs. Multi-port CCS2 charging stations at corporate campuses require durable, high-cycle-life sockets that can handle hundreds of plug/unplug cycles daily with zero downtime.
Major U.S. cities are replacing diesel bus fleets with electric alternatives. CCS2 depot chargers rated at 200A+ are used for overnight fleet charging in transit authority facilities, where connector reliability and IP67 waterproofing are critical operational requirements.
Big-box retailers across the U.S. are installing EV charging as a customer amenity. CCS2 sockets in these high-traffic environments must meet ADA accessibility requirements, handle frequent use cycles, and maintain consistent performance across diverse U.S. climate zones.
California's zero-emission vehicle mandates are driving rapid electrification at ports and warehouses. Heavy-duty CCS2 connectors rated at 250A are being deployed for electric yard trucks and terminal tractors, where robust mechanical durability and corrosion resistance are essential.
Hotel chains including Marriott, Hilton, and IHG are rolling out EV charging across U.S. properties. CCS2 charging sockets in hotel parking structures must combine aesthetic design with industrial durability, supporting both overnight Level 2 and DC fast charging for guest convenience.
With 2,700 employees, 4 state-of-the-art factories, and 200+ dedicated R&D engineers, Sanco is a nationally recognized high-tech enterprise that integrates R&D design, manufacturing, sales service, and after-sales support for advanced connectivity system products.
We specialize in the R&D and manufacturing of electrical connection systems for automotive, rail transit, industrial, communication, and energy storage applications — including high-voltage connectors, MSDs, laminated busbars, injection-molded busbars, signal connectors, rectangular and circular connectors, CCS, and various precision components.
Sanco's CCS2 charging sockets are engineered to meet the rigorous demands of the U.S. market, complying with IEC 62196, UL, and IATF 16949 standards — making us the preferred OEM/ODM partner for American EV charging network operators and automotive manufacturers.
A streamlined 8-step process designed to deliver certified, custom-engineered CCS2 charging sockets to your American operations — fast and reliably.
Click "Contact" and submit detailed product specifications for your U.S. project requirements.
We will contact you to confirm project details, technical parameters, and U.S. certification needs.
Formal product drawings will be issued for your engineering team's approval.
Upon drawing approval, we will provide a formal, competitive quote for your program.
Upon sample order, we will produce prototypes for testing and validation per your specifications.
Conduct tests per customer requirements and submit comprehensive test reports for sign-off.
Full-scale mass production begins after sample approval, with real-time quality monitoring.
A dedicated account team oversees production follow-up and after-sales support for your U.S. operations.
Nationally accredited laboratory, certified by CNAS and UL. Staffed by 30+ professional inspectors and equipped with 100+ imported high-precision testing devices — including CMM, EDXRF, and Fischer instruments. Testing accuracy up to 0.1μm, delivering authoritative and reliable data that satisfies the most demanding U.S. customer quality requirements.
Sanco's testing capabilities are independently validated by the world's most respected certification bodies.
Recognized by international quality and safety inspections — trusted by U.S. and global customers alike.
From NEVI-compliant DC fast charging stations to heavy-duty industrial fleet depots, Sanco delivers the precision, certification, and scale that American projects demand.
Every CCS2 socket batch undergoes rigorous testing in our UL-accredited laboratory — ensuring full compliance with U.S. safety and performance standards before shipment.
From custom current ratings (10A to 250A) to bespoke housing colors, cable lengths, and branding — Sanco's engineering team works directly with U.S. customers to develop tailored CCS2 solutions.
With 4 manufacturing facilities and automated assembly lines, Sanco can scale from prototype to mass production rapidly — supporting the urgent timelines of U.S. infrastructure rollout programs.
Explore Sanco's full portfolio of EV charging connectors, vehicle inlets, and cable assemblies — engineered for U.S. and international markets.
Whether you are building NEVI-compliant highway charging stations, electrifying a commercial fleet in California, or sourcing CCS2 components for an automotive OEM program, Sanco has the engineering expertise, manufacturing scale, and U.S.-market certifications to deliver. Contact our team today to discuss your project requirements.
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