As electric vehicles (EVs) continue their global expansion, charging compatibility remains a critical topic—especially for owners of CHAdeMO-standard EVs in markets dominated by CCS2 fast charging stations. The solution? A reliable CCS2 to CHAdeMO adapter.

There is a situation we must clearly realize: CHAdeMO may be fading in terms of new infrastructure investment, but millions of CHAdeMO vehicles are still on the road. In Europe alone, over 250,000 Nissan Leafs have been sold cumulatively, most of which use the CHAdeMO standard. Globally, that number exceeds 600,000 units. And when you factor in other models like the Mitsubishi Outlander PHEV and early Kia Soul EVs, we’re looking at a significant user base still reliant on CHAdeMO.

Meanwhile, CCS2 has rapidly become the dominant fast-charging standard across Europe, the Middle East, and Australia, making interoperability more important than ever. If you’re a Leaf driver traveling across Germany or a fleet operator in France managing a few older EVs, a CCS2 to CHAdeMO adapter isn’t just a convenience—it’s an essential tool.

In this comprehensive 2025 guide, I’ll walk you through the top brands offering CCS2 to CHAdeMO adapters, compare their specs and features, and share some practical insights based on market observation and user experience.

How a CCS2 to CHAdeMO Adapter Works

Before getting into what to look for when buying, let’s talk about how this adapter actually works.

A CCS2 to CHAdeMO adapter is a specialized piece of hardware that enables a vehicle with a CHAdeMO charging inlet—typically Japanese EVs like the Nissan Leaf or Mitsubishi Outlander PHEV—to receive power from a CCS2 fast charging station. The CCS2 standard uses a completely different communication protocol and connector shape compared to CHAdeMO, so the adapter serves as a bridge in both form and function.

Inside the adapter, you’ll typically find:

• A high-power relay system that manages current flow up to 200–250A.
• A built-in lithium battery (usually 18650 type) that powers the internal handshake system required by CHAdeMO.
• A communication module that translates between CCS2’s PLC (Power Line Communication) and CHAdeMO’s CAN protocol.
• Safety mechanisms like overvoltage protection, grounding checks, and thermal regulation.

When plugged into a CCS2 charging pile, the adapter initiates a secure handshake with both the charger and the car. If authentication succeeds and all safety conditions are met, DC charging begins.

Now that we’ve got the basics covered, let’s talk about what makes one adapter better than another.

Key Factors to Consider Before Choosing a CCS2 to CHAdeMO Adapter

Here are several key specifications and real-world considerations that truly make a difference:

• Rated Current & Voltage: The higher the current and voltage supported, the faster your potential charging speed. Most quality models support up to 200A or 250A at 1000V.
• Safety Certifications: Look for CE, TUV, RoHS, and ideally UN38.3 certification, especially if you’re importing or reselling.
• Compatibility: Even among Nissan Leafs, there are model-year variations in firmware that can affect charging handshake. Always confirm testing data.
• Battery & Firmware: Many adapters need a lithium battery to initialize the CHAdeMO handshake. Bonus points for USB ports that allow firmware upgrades.
• Durability: Outdoor charging is the norm. Look for IP55 or higher, heat-resistant casing, and reinforced handles.
• Portability: A compact size and manageable weight are musts if you’re a frequent traveler.

What I’d Ask Before Buying One

Whether I’m buying one for myself or advising a client, here’s what I always want to know first:

• Has this specific adapter been tested on my EV model and year?
• Is there any record of failed handshakes with common public chargers like ABB, Tritium, or EVBox?
• What happens if I update my car’s firmware—will the adapter still work?
• Is support available if I encounter charging errors on-site?
• How long does the internal battery last, and is it user-replaceable?

These are not just “nice-to-haves”—they’re make-or-break features that determine whether the adapter works when it matters most.

Adapter Brand Comparison

To give you a clearer picture, I’ve broken down some of the most discussed brands on the market. Each has its own niche—some prioritize affordability, others focus on firmware stability or ease of use. Let’s take a deeper look at what makes each of them stand out, including performance, compatibility, price, and customer support.

Orientrise

One of the most balanced offerings on the market today. This factory-backed brand focuses on reliability, technical support, and constant firmware development.

• Charging Specs: Up to 250A, 1000V DC
• Unique Feature: USB firmware upgrade and internal battery support
• Price Range: Around $699–$799 depending on region and order quantity
• Ideal for: EV owners who value stable compatibility

A2Z EVSE

Based in Canada, A2Z has a solid reputation for producing rugged EV charging adapters and providing reliable local support.

• Charging Specifications: Supports up to 250A, 1000V DC.
• Strengths: High charging capacity with strong safety certifications.
• Price Range: Typically between $900–$1,050 USD.
• Ideal for: End users in Canada and distributors in the North American market seeking high-quality, certified EV charging solutions.

EVniculus

Geared more toward the enthusiast or fleet segment, with high-end performance and sleek design.

• Charging Specs: Up to 250A, 1000V DC
• Advanced Features: USB-C upgrades, LED indicators
• Price Range: €949–€1149
• Ideal for: Tech-savvy EV owners and EU fleets

Voldt

Well-recognized across Europe for quality assurance, though more limited in availability.

• Charging Specs: 250A, 1000V DC
• Certifications: CE, TUV
• Build Quality: IP67 waterproof rating
• Price Range: €1100–€1300
• Ideal for: High-standard use cases where certification is critical

Longood

This large OEM supplier manufactures for several rebranded products in the market.

• Charging Specs: 125A or 200A, 1000V DC
• Strength: Flexible with materials, volume orders, and design
• Price Range: Depends on batch size—typically $599–$699 for direct factory orders
• Ideal for: Private-label sellers or businesses looking to launch their own adapter line

Final Thoughts: What Matters Most

Here’s what I’ve learned watching this market evolve:

• Firmware compatibility matters more than specs on paper.
• Don’t overlook after-sales service—especially when you run into handshake errors.
• Choose a brand that actively supports software upgrades.
• If you’re buying for a fleet, go with a supplier that can scale with you.

Whether you’re picking one up for your own Nissan Leaf or managing a mixed fleet of EVs in a country with mostly CCS2 stations, a dependable CCS2 to CHAdeMO adapter is an investment worth making. Just make sure it’s backed by the testing, support, and compatibility you need.