With the rapid development of the new energy vehicle market, the diversity of charging standards has made car owners full of troubles. In order to solve this problem. CCS2 to nacs adapter came into being. It can not only support DC fast charging up to 250kw but also slow charging up to 7kw, which significantly […]
Discussing CCS2 To Nacs adapter: achieving dual-mode charging Read More »
Tesla has launched a highly anticipated electric car – Cybertruck. It has made waves in the automotive world, but an important aspect that potential car owners need to consider is the compatibility between charging infrastructure. In particular, the compatibility between Cybertruck and the CCS1 standard widely used in North America.CCS 1 to Tesla Understanding CCS1
Overview of CHAdeMO Charging Standard Chademo is a charging standard jointly developed by Nissan and Tokyo Electric Power Company in 2010. Its main purpose is to provide high-power DC charging for electric vehicles. Chademo can charge a large amount of electricity to the vehicle in a short time, usually to about 80% in half an
How to Charge Your Nissan EV in Europe As EVs become more popular in Europe, charging standards and infrastructure are increasing rapidly. For Nissan owners, especially those of models such as the Feaf that use the Chademo charging standard, navigating European CCS2 charging stations can be difficult, but with the emergence of new adapters and
Navigating European EV Charging: How Nissan Owners Can Adapt to CCS2 Charging Stations Read More »
Discussing CCS2 To Nacs adapter: achieving dual-mode charging With the rapid development of the new energy vehicle market, the diversity of charging standards has made car owners full of troubles. In order to solve this problem. CCS2 to nacs adapter came into being. It can not only support DC fast charging up to 250kw but
CCS2 to NACS Adapter: A Future Solution for Dual-Mode Charging Read More »
CCS2 to Chademo Adapter: Super Guide With the rapid growth of the global new energy electric vehicle market, the need for multi-functional charging solutions is increasing. Chamode standards are mostly in the Japanese market. While CCS2 is widely used in Europe and North America. Knowing how to adapt CCS2 to Chademo is crucial for new
Comprehensive Guide to Using CCS2 to CHAdeMO Adapters for Electric Vehicles Read More »
Detailed introduction of TYPE2 TYPE2 connector is more common in the European market and is suitable for most new energy vehicles including Tesla, BMW, Volkswagen and other brands.Its design is more complex and can provide higher power output, can achieve fast charging, and is suitable for effectively reducing the waiting time for charging during long-distance
New Energy Vehicle Charging Connector Overview: TYPE2 and CCS2 Adapters Read More »
Difference between CCS1 and CCS2 With the popularity of new energy electric vehicles, the compatibility and standards of charging jacks have become the focus of attention. CCS1 and NACS are more common in North America, while CCS2 is more common in Europe. The plug and socket design, shape, appearance and size of CCS1 and CCS2
Difference between CCS1 and CCS2 and the application advantages of CCS2 to NACS adapter Read More »
What is a V2L adapter? The main function of the V2L adapter is to provide power for various devices, including power tools, camping equipment, household appliances, etc. With this device, users can use the tram to temporarily provide power in power outages or emergencies.It can also be used as a mobile power supply to provide
New energy vehicles that can achieve discharge function: CyberPickup and other models Read More »
Can new energy vehicles really replace gasoline vehicles? New energy vehicles are gaining more and more attention in North America and are expected to replace traditional gasoline vehicles in the future, but this process faces some challenges. Charging facilities still need to be greatly improved, especially in remote areas and along highways, requiring more charging
NACS to J1772: Solving the charging compatibility problem for long-distance driving Read More »
