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As the demand for environmentally-friendly transportation options increases, electric vehicles (EVs) are gaining popularity worldwide. However, one of the biggest challenges for EV owners is the availability of compatible charging stations. This is due to the fact that there are various types of connectors used for EV charging, and not all connectors are compatible with …

EV Charging Connectors: A Guide to Types and Compatibility Leer más »

Table of Contents What Are Electric Vehicle Charging Levels? Level 1 EV Charging (120V) Level 2 EV Charging (240V) Level 3 EV Charging (480V) Comparing Different Levels of EV Charging: What’s the Difference Electrical output Range Cost Use cases Conclusion Switching to an electric vehicle (EV) is an exciting step towards sustainability and innovation. However, …

Electric Vehicle Charging Levels: All You Need to Know Leer más »

Table of Contents What is DC Fast Charging? Is DC Fast Charging Bad for Your EV’s Battery? So, Should You Use DC Fast Charger for Your Electric Car? How to Maintain EV Battery Health 1. Charge at moderate rates 2. Avoid extreme temperatures 3. Maintain regular charging 4. Automakers’ Responsibility: Enhance Thermal Management Systems Conclusion …

Will DC Fast Charging Reduce Your EV’s Battery Life? Leer más »

Table of Contents The 2 Types of Electric Current Alternating Current Direct Current Comparing AC Charging and DC Charging for Electric Vehicles What is AC Charging for EVs What is DC Charging for EVs The Difference Between AC and DC Charging for Electric Cars Charging Speed Cost Availability Safety EV Charging levels Conclusion In the …

AC vs DC Charging: What’s the Difference for EVs? Leer más »

Home charging is the most common way for new energy electric vehicles charging, usually using AC charger, which is what we call slow charging.
There is a simple formula for the charging time of electric vehicles.

What is load balancing？
Load balancing is a load management mechanism designed for charging management to realize safe and efficient operation via the adjustment of output charging power based on the available and usually limited energy infrastructure.