Technology - AUPINS TECHNOLOGY CO., LTD.

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OCPP vs ISO 15118: Two Conversations, Two Links, One Charger
Megawatt-level charging for the future: SECC/EVCC products compliant with CharIN MCS 2.0 specifications officially released.
Some tips for maintaining electric vehicle chargers
J1772 or CCS? Picking the Wrong EV Charging Standard Could Leave You Stranded
Fast charging and slow charging: Analysis of the working modes of AC and DC charging guns
Why Does Fast Charging Use DC and Slow Charging Use AC? You'll Understand After Reading This!
Never try to “rescue” your car like this! Starting your vehicle while charging a car jump starter is like planting a time bomb.
Comparison of OCPP (Open Charge Point Protocol) Versions
Beyond Communication: EVCC—A Strategic Gateway to the Future Energy Ecosystem
The EV Industry Is Still Optimizing the Wrong KPIs
Low-power DC home charging stations (10kW–20kW): the inevitable choice for future home energy replenishment
Future Outlook: An Era of Multiple Powertrains Coexisting
Key Safety Features in AUPINS Harness Cable Connector
User-Friendliness and Convenience in Harness Cable Connector Design
Factors Influencing the Lifespan of a Current Circuit Breaker
Your Essential EV Charging Cable Guide: Make the Right Choice
New Zealand's Electric Vehicle Registrations Have Soared, With the Transport Ministry Ramping Up the Construction of Charging Stations
Automotive Wiring Harness
Guaranteed Safety and Reliability in AUPINS' EV Charger Socket
In 2035, the Proportion of Clean Energy in Japan May Reach 90%
National Energy Administration: It Is Planned to Vigorously Promote New Energy And Hydrogen Fuel Cell Vehicles to Fully Replace Traditional Energy Vehicles
New Energy Vehicles Replace Fuel Vehicles, Are We Ready?
The Photovoltaic + Energy Storage Project with the Largest Single Capacity in Hainan has Completed The Energy Storage Hoisting
Three Major Failure Modes of High Voltage Automotive Connectors for New Energy Vehicles
The 12th Shenzhen International Connector, Cable Harness and Processing Equipment Exhibition in 2022
Connector Material Costs in an Era of Global Turmoil
Electric Vehicle Charging Gun: What are the Basic Requirements for the Design Structure of the Charging Gun?
The Global Connector Market Will Reach Usd 114.7 Billion by 2030, Growing at a Cagr of 6.6%
Brief Description of the Manufacturing Process of Energy Storage Connectors
Energy Storage Power Stations: Planned Installations are Accelerated, and the Industry is Hotter Than Expected.
Manufacturing Process and Material Selection of High-voltage Wire Harness
Automotive Wire Harness Industry Research
What Are the Effects of Not Returning the DC/AC Charging Gun After Use?
The Retail Sales of New Energy Passenger Vehicles in August was 529,000 Units, a Year-on-year Increase of 111.2%
Some Common Sense You Should Know About Electrical Connector Pins
Storage and Charging Technology
How to Buy a Safe and Reliable AC Charging Gun?
Mobile Energy Storage to Manage Heavy Overloads
What are the Differences Between DC/AC Charging Cable?
Lithium Prices Soared and New Energy Vehicles Ushered in the Fourth Price Increase This Year
CCS2 Charging Socket and CCS 2 Charger Connector
Dutch Power Supplier Essent Has Signed a Cooperation Agreement with Dutch Solar Developer Solaroor to Build a 5 MW Electrolysis Unit
High-Voltage Wiring Harness And Characteristics On New Energy Electric Vehicle Wiring Harness
With an Investment of US$100 Million, Rosenberg's Electronic Project was Signed in Changzhou National High-tech Zone
What is The Difference Between GB/T, IEC, SAE and CHAdeMO Electrical Charging Connector?
Why does Aupins High-Voltage Wiring Harness Play A Key Role in New Energy Vehicle System？
What is High Voltage Wiring Harness？
Materials And Manufacturing Process Of High-Voltage Wiring Harnesses
The Necessity Of High-Voltage Wiring Harness Design And Connector Selection For New Energy Vehicles
High-voltage Wiring Harness for Connector Performance Requirements
What Are The Advantages of Copper Busbars?
Connection Methods and Techniques of Electrical Connector Pin
Types and Characteristics of Connectors
Silver Plating of New Energy Vehicle Terminals Improves the Efficiency and Stability of Power Transmission
Is the 7kw Charging Pile a Fast Charge or a Slow Charge?
Questions You Need to Know About J1772 and J1772 Connectors For EV Charging
J1772 vs CCS Charging Standards: A Detailed Analysis of EV Charging Protocols
Exploring CCS and J1772: Evolving EV Charging Standards and Technologies
A Comprehensive Comparison of Type 1 vs Type 2 Electric Vehicle Charger Pins: Selection, Standards, Current, and Applicable Scenarios (Engineer Selection Guide)
Demystifying Automotive Wiring Harnesses: Types of Connectors and Design Principles
Eco-friendly Aspects of Hard Silver Plating: Shining a Green Light on Innovation
The Economic Impact of Advanced Electric Bike Charging Cables
The Role of High-Performance Electric Bike Charging Cables
Innovations in Electric Bike Charging Cables
The Long-Term Economic Gains of Hard Silver Plating: A Brilliant Investment
Hard Silver Plating vs. Traditional Finishes: Navigating the Lustrous Landscape
The Chemistry behind Hard Silver Plating
The Impact of Cutting-Edge E Bike Cables on Sustainability
How High-Performance E Bike Cables Enhance Connectivity
The Aesthetics and Ergonomics of Contact Electric Vehicle Connectors
The Role of Contact Electric Vehicle Connectors in E-Mobility
How Investing in Quality E Bike Cables Saves Money in the Long Run
Choosing the Right E Bike Cable
A Buyer's Guide to Wiring Harness Connector Types
The Evolution Process of Wire Harness Connector Manufacturers
Understanding Wiring Harness Connector Types in Vehicles
The Sustainable Revolution of Contact Electric Vehicle Connectors
The Future Landscape of Contact Electric Vehicle Connectors
An Overview of the Basic Knowledge of Automotive Wiring Harness
Automotive Wiring Harness Assembly Process and Requirements
Whole Vehicle Wiring Harness Bundling and Fastening Design
How to Choose High Current Wire Connectors?
A Comprehensive Guide to EV Charging Connector Types
What Problems Should be Paid Attention to When Selecting Terminals?
What Are the Development Trends of Energy Storage Connectors?
An Overview of the Electrical Performance of Automotive Wire Harness Connectors
What Factors Need to be Considered for High-Current Connectors Suitable for Harsh Environments?
Energy Storage Connector Conpect，Structure，Keying and Polarization
How Can the Energy Storage Connector Market Sustain Healthy Development?
Mechanical and Environmental Performance of Automotive Wire Harness Connectors
The Main Reason for the Terminal Withdrawal Phenomenon of the Wire Harness Connector
How Does the Charging Plug Become a Bridge Between the Car and The Pile?
Design and Use Selection of Wire Harness Connector
High Voltage Connectors and High Voltage Wiring Harnesses for New Energy Vehicles
New Energy Vehicle Application Analysis of Metal High Current Connector
Automotive Electronics and Third Generation Semiconductor Industry Research Connectors
Basic Knowledge of Terminal Plating
Charge Your EV This Way, It's Safer
Lithium Battery Energy Storage has Become the Mainstream Technology of Current Energy Storage Equipment
Association Standards for High Voltage Connectors
The Development Trend of the New Energy Vehicle Market of High Current Connectors
What is Energy Storage?
Power Interconnect Design Considerations for High Current Connectors
Energy Storage Systems with Fast Plugging Assistance
The Development Trend of Connectors in the New Energy Connector Market
Four Components of New Energy Connector
Comparison of Coatings
High Voltage Connector Components and Classification
Several Misconceptions About Electric Vehicle Charging
Introduction to the Principle of Terminal Crimping
Charging Pile Industry has Plenty of Room for Future Growth
How to Choose a New Energy Electric Vehicle Home Charger
Detailed Explanation of the Electric Vehicle Charging
Green Power + Energy Storage = The Ultimate Dream
With the Help of Quick Insertion, the Energy Storage Connector is Connected with High Power
Precautions for Electric Bike Charging
Energy Storage, The New Energy Backwash is Coming
Precautions for the Use of Electric Bike Chargers
Troubleshooting Methods for Electric Bike Chargers
Talk About Electric Vehicle Charging System
Several Analysis Based on Electric Vehicle Charging System
What Are the Types of Electric Vehicle Charging Systems?
Energy Storage Connector Concept, Structure, Keying and Polarization
Why is There a Problem When the EV Charging Connector is Used?
New Energy High Voltage Connector Structure, Composition, Standard and Application
New Energy Vehicle Harness Wire Industry Background
Electric Vehicle Charging Cables: Fast Charging vs. Slow Charging – How to Choose?
Top China EV Charger Manufacturers in 2026: Complete Guide for Global Buyers
Adapter for Electric Car Charger: Complete Guide to EV Charging Compatibility in 2026
How to Turn Your EV into a “Mobile Power Bank” for the Grid
Considerations Before Installing a Home EV Charging Station
Level 2 vs. Level 3 EV charging stations: what’s right for you?
CCS 2 EV Charger Guide: Connector Standards, Performance, and Supplier Selection
EV Charging Station Market: Growth Drivers, Business Opportunities, and Supplier Selection Guide
What is EV charging?
Types of Electric Car Charger: A Practical Guide for Homes, Workplaces and Public Charging
EV Charger Installation Requirements: A Practical Guide for Safe and Reliable Charging
Overall architecture of charging pile communication module: collaborative working mechanism of SECC, EVCC and OCPP
V2B : Stop treating electric cars just as a means of transportation
Complete Guide to Electric Vehicle Charging: Principles, Types, and Charging Time Explained
Why EV Chargers Sometimes Slow Down: 7 Reasons EV Drivers Often Don’t Know
SECC vs EVCC: Architecture, Protocols and Integration Checklist
Crown Spring vs Lamella vs Hyperboloid Contacts: Structure, Performance and Selection Guide
CCS2 Charging Socket Specification & Supplier Checklist
How to Source EV Charging Cables for OEM Projects
How EVs Can Become the Grid's“Mobile Power Bank”: The V2G Technology Making It Possible
Under the V2G trend, how can the control strategy of the main control board of the charging station be innovated?
CCS Charging Architecture: Unlock V2G & Smart Grid Potential With Ready-Made SECC Communication Core
Is a 40 kW DC Charger Enough for Your Commercial Site? A Dwell-Time and Demand Checklist
How to Choose DC Charger Power for a Fleet Depot: 60, 150, 180 or 240 kW?
Planning a 360–400 kW EV Charging Site: Grid Capacity, Vehicle Demand and Expansion
What Is ISO 15118-20? A Complete Guide

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EV Charging Technology for New Energy Industry