Aupins Technology Co., Ltd

27/02/2026

How do I know which plug-in my electric vehicle is using ?

While learning can seem like a lot, it's pretty simple really. All electric cars use the connector which is the standard in their respective markets for level 1 and level 2 charging, North America , Europe, China , Japan, etc. Tesla was the only exception, but all of its cars come with an adapter cable to power the market standard. Tesla Level 1 or 2 charging stations can also be used by non-Tesla electric vehicles, but they need to use an adapter that can be purchased from a third party vendor. For DC fast charging, Tesla has a proprietary network of Supercharger stations that only Tesla vehicles can use, no adapter will work on these stations because there’s an authentication process. Nissan and Mitsubishi cars use the Japanese standard CHAdeMO, and virtually every other electric vehicle uses the CCS charging standard.

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25/02/2026

🚫 Stop Being Fooled by "One-Size-Fits-All" Chargers!
Confused between Type 2, CCS2, GB/T, or NACS? 🤷♂️If you’re importing EVs, managing cross-border fleets, or traveling between China & Europe, plug incompatibility is costing you time and money.
⚡ The Only Solution You Need
We cut through the complexity with our Premium EV Adapters.✅ Universal Compatibility: Bridges Type 2/CCS2 Europe ↔ GB/T China.✅ Safety Certified: Built with pure copper cores & flame-retardant materials (CE & GB/T Approved).✅ Fast & Reliable: 30min fast charge support, no overheating, no signal loss.
🌍 Who We Serve?
EV Importers | Fleet Operators | Cross-Border Drivers | Charging Network Partners
📩 Power Up Your Business
Don't let incompatible plugs slow you down.Comment "Interested" below or send us a message directly for a custom quote & product samples.Let's make global charging simple, safe, and seamless.

24/02/2026

Dear friends, as we resume work post - Chinese New Year, we look forward to building stronger ties and achieving more in 2026.

06/02/2026

AUPINS electric vehicle charging adapters utilize internationally leading charging interface technology, compatible with over 90% of electric vehicle charging interfaces on the market. AUPINS also provides OEM services and customized B2B services to meet individual customer needs.

✨ Adapter Core Advantages

1. Dual Standard Compatibility for All Scenarios

2. Safe, Reliable, and High-Performance

3. Stylish, Portable, and Durable

🎯 Target Audience

Electric Vehicle Manufacturers: Simplify global vehicle deployment processes using universal charging accessories applicable to models across markets.

Fleet Operators: Eliminate charging downtime for international logistics and rental fleets.

Global Electric Vehicle Owners: Enjoy a convenient charging experience when traveling between China and Europe.

Charging Operators: Expand service coverage to support vehicles compliant with EU Type 2 and GB/T standards.

🚀 The Future of Borderless Electric Vehicle Mobility

As the electric vehicle industry becomes increasingly globalized, standard interoperability is no longer a bonus, but an essential requirement. Our EU to GB/T adapter aims to simplify processes, creating a more connected and convenient electric vehicle ecosystem for everyone.

📩 Ready to solve your cross-border charging challenges? Contact our team today to learn more about customized solutions, bulk orders, or product samples. Let's work together to create a world where electric vehicles can be seamlessly charged, wherever you are.

/T

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05/02/2026

🚗Looking for a portable charging solution?

AUPINS portable EV chargers are designed for home and commercial applications, providing safe AC charging in outdoor environments. Thanks to IP66 waterproof protection🌦️, they are suitable for open parking areas, shared spaces, and long-term installations.

Rugged construction, modern look, and reliable performance—meeting the growing needs of today's EV industry.

🤝 Contact AUPINS for volume orders and commercial solutions.
If you have procurement and customization needs for EV Charger related products
☎️+86-17751766310
☎️email: [email protected]
Website：https://aupins.com

04/02/2026

⚡️ Complete Guide to Charging Stations: How to Choose the Right Charging Method for You?

When charging your car, you'll primarily face two core choices: regular charging and fast charging. This isn't just about speed; it's also about usage scenarios and efficiency

🔧 How to Use?

Operation is very simple: Users activate the charging station by swiping their dedicated charging card on the clear human-machine interface. They can then customize the settings:

⏱️ Charging Mode and Time

💳 Real-time Viewing and Payment

🖨️ Obtaining Data Receipts (if needed)

The charging station's display screen shows key data in real-time, such as charging volume, cumulative cost, and elapsed time. The process is transparent and easy to understand.

Comparison of Two Mainstream Charging Stations

1. 【AC Charger】

🏷️ Tags: Home Use First Choice | Economical Choice | Overnight Charging

Power Characteristics: Lower power (typically 7kW-22kW)
Charging Speed: Relatively slow, suitable for long-term parking.
Core Scenarios: Ideal for installation in home garages, residential communities, or offices, allowing for convenient and cost-effective charging during nighttime or work hours.

2. DC Charger:

🏷️ Tags: Ultra-fast charging | Public backbone | Travel essential

Power Characteristics: High power output (from 60kW to over 480kW for supercharging)
Charging Speed: Extremely fast charging, providing a significant boost to battery life in a short time.
Core Scenarios: Primarily deployed in highway service areas, public charging stations, and commercial centers, designed to meet users' urgent needs for rapid charging, providing reliable support for long-distance travel and immediate charging.

💡Summary and Recommendations:

For stability and cost-effectiveness? For daily commutes, installing an AC charging station is the most economical and battery-friendly long-term choice.

For speed and convenience? When traveling or needing power urgently, a DC fast charging station is your best partner.

Choosing the right charging method makes the electric vehicle user experience smoother and more convenient.

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03/02/2026

Say Goodbye to Confusion! Matching Your Electric Vehicle Charging Protocols

If you want to operate a charging station, you need to be aware of OCPP.

If you're looking for seamless payment and smart charging, that's the goal of ISO 15118.

If you bought your car in Europe or North America, the fast charging port will most likely be CCS.

If you bought your car or are charging in China, you'll be using GB/T.

If you drive an older Nissan Leaf, you might need to find a CHAdeMO charging station.

If you drive a Tesla, you have your own efficient dedicated network, but in China and Europe, your car is also compatible with local national standards.

The AUPINS EF160 series DC fast charger is a high-power floor-standing electric vehicle charger designed for public and commercial charging networks. Its output power ranges from 60kW to 240kW, supporting GB/T, CCS1, CCS2, and CHAdeMO standards, ensuring broad compatibility with electric vehicles worldwide. It can be used to charge all electric vehicles that meet CCS-2, CHAdeMO, and AC Type-2 fast charging standards, with a maximum power of 172kW (150kW DC and 22kW AC). If you have any purchasing or customization needs for electric vehicle chargers, please contact:

☎️ +86-17751766310

☎️ Email: [email protected]

☎️ Professional technicians will answer your questions. Website: aupins.com

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02/02/2026

How to Choose an Electric Vehicle Charging Plug? ⚡

Have you ever felt confused by the different interfaces on charging stations? Don't worry, this quick guide will help you clarify things.

Key Points: Your car usually has two ports.

AC Slow Charging Port (7 holes) (Similar to a household socket, but larger)

Purpose: Connecting to home/office slow charging stations

Features: Charging is like a slow, steady stream, typically taking 6-12 hours to fully charge. Most battery-friendly, the primary choice for daily use.

DC Fast Charging Port (9 holes)

Purpose: Connecting to public fast charging stations

Features: Charging is like an emergency water top-up, reaching 80% in 30-60 minutes. Suitable for long-distance travel.

How to Choose and Safety Recommendations

✅ Daily Use First: If possible, install a home slow charging station to utilize off-peak electricity at night, which is economical and protects the battery.

✅ Long-Distance Top-Up: When planning your route, use a map app to filter for DC fast charging stations.

⚠️ Safety First: Always use charging equipment compatible with the national standard (GB/T). This is the cornerstone of safety.

📊 Health Tip: "Prioritize slow charging, supplement with fast charging"—this is the core strategy for extending battery life.

Action Steps:

Check your vehicle: Confirm the location of both charging ports.

Home parking space: Prioritize applying for a 7kW AC charging station.

Charging on the go: Look for 9-hole DC fast charging stations for quick charging.

29/01/2026

Five Terminals, Explained in One Diagram

PE (Protective Ground): The safety baseline, connecting the charging station, vehicle, and ground. In case of leakage, it instantly diverts the current, protecting people and equipment.

CP (Control Guide): The "communication brain" of charging, responsible for the entire communication between the vehicle and the charging station: confirming connection, transmitting charging parameters, adjusting power, and controlling start/stop.

PP (Connection Confirmation): The safety sentinel, constantly checking if the charging gun is properly inserted. Charging is prohibited if not properly inserted, eliminating the risk of poor contact.

DC+ / TC and DC- / TC: Dual responsibility for energy transmission and temperature monitoring.

DC+/DC-: Transmits high-voltage DC power for fast charging;

TC (Temperature Detection): Monitors terminal temperature in real time; immediately cuts off power in case of abnormal overheating, preventing potential hazards.

Safe Charging, Closed-Loop Process

Plug in the charging gun → PP connection confirmation → PE grounding → CP handshake communication → DC +/- power supply (TC synchronous temperature measurement) → Full charge or abnormality → CP power-off control

Full closed-loop management, safe and controllable.

A Little Knowledge
DC fast charging guns directly deliver high-voltage DC power, resulting in high power and fast charging; AC slow charging guns do not have DC +/- terminals and require conversion via an on-board charger, resulting in lower power and slower charging.

During daily use, remember to fully insert the charging gun to ensure normal PP detection for safer charging.