Type 1 vs Type 2 EV Charging Cable: Which Standard Does Your Market Need?
If you’ve ever tried to buy an EV charger from an international supplier, you’ve probably encountered the same confusion: “Type 1 or Type 2? Which one does my country use? What happens if I order the wrong one?”
It’s a more common problem than you’d think. A distributor in Brazil once ordered 200 Type 1 charging stations for what they thought was a standard installation — only to discover their local grid uses Type 2 connectors. The entire shipment had to be sold at a loss to a neighboring market. Don’t let this be you.
Quick Answer: What’s the Difference Between Type 1 and Type 2 EV Charging Cables? Type 1 (SAE J1772) is the North American and Japanese standard, using a 5-pin connector for single-phase AC charging up to 19.2kW. Type 2 (IEC 62196-2) is the European and global standard, using a 7-pin connector that supports both single-phase and three-phase AC charging up to 43kW. If you’re selling to Europe, Africa, the Middle East, Australia, or most of Asia — you need Type 2. If you’re selling to North America or Japan — you need Type 1. Getting this wrong means your chargers are physically incompatible with your customers’ vehicles and power grids.
What Exactly Are Type 1 and Type 2 EV Charging Standards?
Quick Answer: They are the two dominant international standards for AC electric vehicle charging connectors. Type 1 (SAE J1772) was developed in North America, while Type 2 (IEC 62196-2 / Mennekes) was developed in Europe. The key physical difference: Type 1 has 5 pins, Type 2 has 7 pins — those extra 2 pins on Type 2 enable three-phase power, which is standard in most countries outside North America.
What Is a Type 1 (SAE J1772) Charging Connector?
The Type 1 connector, officially known as SAE J1772, was introduced in 2009 and became the standard for all plug-in electric vehicles sold in North America and Japan. It features a round connector body with 5 pins — two for AC power (Line 1 and Neutral), one for ground, and two smaller pins for communication between the vehicle and the charging station.
Key specifications: Single-phase AC only, 120V or 240V input, maximum current typically 80A (19.2kW), though most home installations operate at 32A (7.7kW) or 40A (9.6kW). The connector includes a mechanical latch that locks into the vehicle’s charging port during charging.
Markets where Type 1 is dominant: United States, Canada, Mexico, Japan, South Korea (older models), and some parts of South America. If your customers are in these regions, Type 1 is what they need — though it’s worth noting that even some of these markets (like South Korea) are gradually transitioning toward Type 2 or CCS standards for new installations.
What Is a Type 2 (IEC 62196-2 / Mennekes) Charging Connector?
The Type 2 connector, also known as the Mennekes connector after the German company that designed it, was adopted as the European standard in 2013. The EU mandated Type 2 as the universal connector for all new EV charging stations, and the rest of the world largely followed Europe’s lead.
Key specifications: Supports both single-phase (up to 7.4kW) and three-phase AC charging (up to 43kW), with 7 pins — two additional pins for the extra two phases in three-phase power. The connector uses a more robust locking mechanism than Type 1, with an automatic electronic lock rather than a manual latch.
Markets where Type 2 is dominant: All of Europe (EU + UK), Australia, New Zealand, Middle East (UAE, Saudi Arabia, Qatar), Africa (South Africa, Kenya, Nigeria), India, Singapore, Malaysia, Thailand, and increasingly China (as GB/T standard converges with Type 2 for AC charging). Type 2 is effectively the global standard.
Which Charging Standard Does Your Target Market Use?
Quick Answer: The market split is clear: North America and Japan use Type 1; virtually everywhere else uses Type 2. But there are important nuances within each region.
Type 1 Markets (SAE J1772)
| Region | Standard | Voltage | Notes |
|---|---|---|---|
| United States | Type 1 | 120V (Level 1) / 240V (Level 2) | Largest Type 1 market. Tesla uses proprietary connector but provides J1772 adapter |
| Canada | Type 1 | 120V / 240V | Identical standards to US |
| Japan | Type 1 (and CHAdeMO for DC) | 100V / 200V | Unique voltage, Japan-specific certifications often required |
| Mexico | Type 1 | 127V / 220V | Growing market, mostly follows US standards |
| South Korea | Type 1 → Type 2 (transitioning) | 220V | Older vehicles use Type 1; new installations are Type 2 / CCS2 |
Type 2 Markets (IEC 62196-2)
| Region | Standard | Voltage | Notes |
|---|---|---|---|
| European Union | Type 2 (mandatory) | 230V / 400V three-phase | Mandated by EU Directive 2014/94/EU |
| United Kingdom | Type 2 | 230V / 400V | Same as EU despite Brexit |
| Australia / NZ | Type 2 | 230V / 400V | Adopted Type 2 as national standard |
| Middle East | Type 2 | 220-240V / 400V | Follows European standards; Gulf countries have additional certification requirements |
| Africa | Type 2 | 220-240V | Most countries adopt IEC standards; South Africa leads the market |
| India | Type 2 (and CCS2 for DC) | 230V / 400V | Bharat AC-001 standard is Type 2 compatible |
| Southeast Asia | Type 2 (mostly) | 220-240V | Thailand, Malaysia, Singapore, Indonesia all use Type 2 |
What About DC Fast Charging (CCS1 vs CCS2)?
DC fast charging adds another layer. CCS (Combined Charging System) adds two large DC pins below the AC connector:
- CCS1 (Combo 1): Type 1 AC connector + DC pins. Used in North America and South Korea.
- CCS2 (Combo 2): Type 2 AC connector + DC pins. Used in Europe and most of the world.
- CHAdeMO: Japanese DC standard, still used by Nissan and Mitsubishi, gradually being phased out.
- GB/T: China’s domestic standard, different from both CCS1 and CCS2. Important for the Chinese domestic market.
How Do You Decide Which Standard to Stock as a Distributor?
Quick Answer: If you’re a distributor or installer, stock Type 2 and CCS2 as your primary offering — they cover 80%+ of the global market outside North America. If you serve North America, stock Type 1 and CCS1. The safest approach: ask your Chinese supplier to quote both variants, and start with the standard your market uses. Once you have consistent orders, consider carrying both to expand your reach.
Key Factors Distributors Should Consider
1. Your market’s voltage: If your country uses 220-240V single-phase (most of the world), Type 2 is your answer. If your country uses 110-120V (North America, Japan), Type 1 is for you.
2. Three-phase availability: In Europe and many developing markets, three-phase 400V power is common in homes and businesses. Type 2 supports three-phase charging (11kW or 22kW), which charges a vehicle 2-3x faster than single-phase. This is a major selling point for European residential customers.
3. Vehicle compatibility: Check what EVs are popular in your market. Teslas in Europe use CCS2. Nissan Leafs in Japan use CHAdeMO and Type 1. BYD and Chinese EVs exported globally increasingly use CCS2.
4. Government regulations: Some countries mandate specific standards. The EU requires Type 2 for AC and CCS2 for DC on all new public charging stations. India mandates both CCS and CHAdeMO on public chargers. Check your local regulations before importing.
What Certifications and Safety Standards Do You Need?
Quick Answer: CE marking is the minimum for European markets; TUV Rheinland or TUV SUD certification adds credibility. For Type 1 products entering North America, UL listing (UL 2594 or UL 2202) is required. IP65 or higher waterproof rating is essential for outdoor installations. Never import EV chargers without verified safety certifications — a faulty charger can cause electrical fires, and your business bears the liability.
Essential Certifications by Market
| Market | Required Certifications | Recommended Additional |
|---|---|---|
| European Union | CE, IEC 61851, IEC 62196 | TÜV, RoHS, REACH |
| North America | UL 2594 / UL 2202, FCC | ETL, Energy Star |
| United Kingdom | UKCA, IEC 61851 | CE (still accepted during transition) |
| Australia / NZ | RCM, AS/NZS IEC 61851 | TÜV or equivalent |
| Middle East | CE, IEC, SASO (Saudi), ESMA (UAE) | G-Mark (GCC countries) |
| Africa | IEC 61851, relevant national standards | CE, TÜV (widely recognized) |
Type 2 Cable Specifications: What Should You Look For When Sourcing?
When sourcing Type 2 charging cables and chargers from China, here are the specifications that matter most:
- Current rating: 16A, 32A (most common for home), 40A, 63A. Higher current = faster charging, but requires thicker, more expensive cable.
- Cable length: 5m, 7m, 10m, or 15m. 5m is standard for home wallbox installations. 7-10m for public stations.
- Wire material: TPU (thermoplastic polyurethane) or TPE (thermoplastic elastomer) for flexibility and durability. TPU is superior for cold climates as it remains flexible at low temperatures.
- Waterproof rating: IP55 minimum for outdoor use; IP65 or IP67 recommended for public charging stations exposed to rain and dust.
- Operating temperature: -30°C to +50°C for cables used in extreme climates (Nordic countries, Middle East, Africa).
- Connector durability: Industry standard is 10,000+ insertion cycles. The connector should feel solid, with a positive locking click.
Common Mistakes Importers Make — And How to Avoid Them
Mistake 1: Ordering the wrong standard. We’ve seen it dozens of times. Before placing any order, verify the standard required in your target country. If you’re not sure, send us a message — we’ll help you confirm.
Mistake 2: Overlooking certification costs. Certifications like TÜV and UL are expensive and time-consuming. Always check that your supplier’s existing certifications cover YOUR target market and are still valid. A “CE certificate” that’s actually a self-declaration is not the same as a TÜV-certified CE mark.
Mistake 3: Ignoring local grid compatibility. A 22kW three-phase Type 2 charger won’t work properly on a single-phase 230V supply without the right configuration. Make sure the charger’s electrical specifications match your local grid.
Mistake 4: Buying on price alone. EV chargers carry 7-22kW of electrical power. A poorly made charging cable with substandard copper, thin insulation, or a weak connector latch is a fire and electrocution risk. Saving $30 per unit is not worth the liability.
Need Help Sourcing the Right EV Chargers for Your Market?
At Oridy Energy, we help distributors, installers, and project developers source the right EV charging equipment from verified Chinese manufacturers. We handle factory verification, certification checks, quality inspection, and logistics — so you get the right products, with the right certifications, delivered to your door.
Tell us your target market and we’ll help you choose the right standard, the right specifications, and the right supplier.
Contact Oridy Energy for a Free EV Charger Sourcing Consultation →
Email: info@oridy.net | WhatsApp: +86 18217811889