Fiver New Energy Technology Co.,ltd

NACS Connector, NACS Charging Cable, NACS Charging Cable Customization(2024年)

Fiverevse — 2024-11-09T00:26:28+0900

NACS connector is a compact and versatile charging connector that can support both alternating current (AC) and direct current (DC) charging. With AC charging, NACS can provide up to 80 amps at 240 volts, which is suitable for residential and public level 2 charging stations. With DC fast charging, This 200A NACS Charging Cable can provide up to 200 amps at up to 1000 volts. 200KW DC fast charging. for Tesla supercharger cable replacement, it also comparable to the Combined Charging System retrofit to NACS Chargers.https://www.fiverevse.com/product/1000V-200A-NACS-Connector-NACS-Charging-Cable-for-Tesla-Superchargers.html

200A NACS Connector, 200KW NACS Charging Cable, NACS Charging Cable OEM, NACS DC Charging Cable(2024年)

Fiverevse — 2024-11-09T00:19:52+0900

NACS connector is a compact and versatile charging connector that can support both alternating current AC and direct current DC charging With AC charging, NACS can provide up to 80 amps at 240 volts, which is suitable for residential and public level 2 charging stations With DC fast charging, This NACS Charging can provide up to 200 amps at up to 1000 volts, 200KW fast charging comparable to the Combined Charging System retrofit.

Why Liquid Cooling is Import for High Amperage EV Fast Charing ?(2024年10月20日)

Fiverevse — 2024-10-20T14:38:25+0900

https://www.fiverevse.com/news/Why-Liquid-Cooling-is-Import-for-High-Amperage-EV-Fast-Charing.html

On March 1st, Li Auto announced that their 5C Supercharging piles officially put into operation nation wide.In terms of parameters, the Li Auto 5C pile single-pile peak charging power is 520kW, peak output current is 740A, maximum output voltage is 1000V, their newly launched Li Auto Mega can replenish energy for a distance of 500 kilometers in 12 minutes with this 5C charger. the charging speed up to one kilometer per second. Providing car owners with a charging experience of "having a cup of coffee and setting off fully charged". This resolves many of the core pain points such as range anxiety and charging anxiety for electric vehicle owners, bringing a completely new charging experience. These 5C supercharging piles adopt liquid cooling charging cable, the gun line weight is 3.5kg, and can be easily operated with one hand even for women drivers.

Unlike traditional Neutral cooling charging cable, Liquid cooled charging cables utilizes liquids to dissipate heat and maintain equipment temperature. Liquid-cooled CCS2 Charging Cable for ultra fast charging use this technology to charge electric vehicles in a shorter period, effectively improving charging efficiency and speed.

How to Achieve Fast Charging for Electric Cars?
First we need to clarify some basic principles. According to the formula "power = voltage x current" (P = UI), we can see that when either the voltage (U) or the current (I) increases, the power (P) will increase, accelerating the charging speed and reducing the charge time. Therefore, achieving high power fast charging mainly involves two methods. Firstly, increasing the vehicle's charging voltage—the charging voltage for electric vehicles has transitioned from the previous 400V to 800V and 1000V. Secondly, increasing the charging current. The majority of third-party universal fast chargers However, vehicle manufacturers' self-built super-fast chargers can successfully surpass the 250A current limit, achieving a higher 600A or 700A current output. but as we know the bigger current we use, the more heat will produce.

Why Does High Amperage Charging Generate much heat?
When the current passes through the resistor, all the electrical energy consumed on the resistor is converted into heat energy. According to Joule's law (Q=I²RT), the heat generated by the current through the conductor is proportional to the second square of the current, proportional to the resistance and power-on time, that is to say, the greater the current, the more heat generated by the charging pile.
Under the premise of the same resistance and equal time, when charging at 250A, a single charging cable or two charging cables can generate 62,500 joules of heat. And when charging at 600A will generate 360,000 joules of heat. Thus, how charging cables can withstand such high levels of heat has become a technical challenge that charging station manufacturers need to overcome. Also because of such, the Liquid Cooling Charging Cables have been invented.

How does the liquid Cooling Charging Cable works?
In the liquid cooling EV fast charging technology, the role of the liquid cooled charging cable is crucial. heat dissipation liquid is circulated between cable and charging gun. Liquid coolant for heat dissipation is added to the channel, and the coolant is circulated through a pump, thereby dissipating the heat generated during the charging process. The liquid cooling system extends from charging station to charging cable and connector, enabling low-temperature operation of the entire charging system. This enhances the heat dissipation performance, increases the device power density and output power, and is significantly improved compared to traditional air-cooled heat dissipation technology.

How to Choose a Good and Reliable Liquid Cooling Charging Cable Manufacturer?
1> The manufacturer should have advance production Machineries
We Fiver New Energy Co.,ltd equipped with the most advanced automatic production lines, and experienced workers. ensure us can produce quality Liquid Cooled Charging Cable for customers all-over the world.
2> The Manufacturer should have strict inspection Standards to make sure that each single piece of product is 100% qualified.Product quality is the lifeline of an enterprise，we always put product quality first. each product needs to pass dozens of inspections before leaving our factory.to make sure that each single piece of product is qualified.

What is NACS Charging Connector?(2024年10月20日)

Fiverevse — 2024-10-20T14:31:41+0900

https://www.fiverevse.com/news/What-is-NACS-Charging-Connector.html

NACS is short for the North American Charging Standard (NACS), currently being standardized as SAE J3400. NACS is also known as the Tesla charging standard, as it was originally a proprietary design by Tesla. Now more and more EV manufacturer such as Ford, Volkswagen, GM and charging network operators are adopting this NACS Charging standard.

What is NACS Connector?
NACS Connector is a compact and versatile charging connector that can support both alternating current (AC) and direct current (DC) charging. With AC charging, NACS can provide up to 80 amps at 240 volts, which is suitable for residential and public level 2 charging stations. With DC Fast Charging, NACS can provide up to 500 amps at up to 1000 volts, which is comparable to the Combined Charging System (CCS) standard. NACS can also communicate with the charging station and the vehicle to adjust the charging power and state. it has a built-in UHF Signal transmitter, by press the button in the center it can open the charge port door remotely. with a LED ring indicator, the charging status is clear in a glance. blue for connecting, green for charging and red for errors.

NACS Charging Connector

The North American Charging Standard (NACS) Connector Has Five Pins Layout:
DC+/L1 and DC+/L2: Two primary pins used for both AC charging and DC Fast Charging
Ground (G): A pin that eliminates excess charge by dumping it into the road surface
CP: Control pilot pin. charging status current signaling.
PP: Proximity pilot. vehicle connection status signaling.

Why NACS Connector?
NACS connector has several advantages over other charging connector standards, such as CCS and CHAdeMO. Some of these advantages are:
· NACS charging connector is smaller and lighter than CCS and CHAdeMO, which makes it easier to handle and store.
· NACS is simpler and cheaper than CCS and CHAdeMO, which reduces the cost and complexity of charging stations and vehicles.
· NACS is compatible with both AC and DC charging, which eliminates the need for separate connectors and ports for different charging modes.
· NACS is widely available and reliable, as is it supported by Tesla's supercharging network, which is the largest and most advanced charging network in North America.

Who Uses NACS Charging Standard?
NACS was initially exclusive to Tesla vehicles, but it has since been adopted by several other EV manufacturers and charging network operators. Such as:

Ford announced that its upcoming F-150 Lightning electric pickup truck will use NACS inlet as its standard charging connector in North America, starting from 2025. This is a bold move by Ford, as it shows its commitment to electrify its iconic and best-selling vehicle. Ford is also collaborating with Tesla to expand the Supercharger network and make it available to its customers.

Volkswagen said that it will switch to NACS for its future electric vehicles in North America, including the ID.4 SUV and the ID.Buzz van, starting from 2025. This is a smart move by Volkswagen, as it shows its willingness to learn from its past mistakes and embrace the future of mobility. Volkswagen is also investing heavily in building its own charging infrastructure and supporting the development of NACS charging.

· GM confirmed that it will use NACS for its next-generation Ultium platform electric vehicles, such as the Cadillac Lyriq and the GMC Hummer EV, starting from 2025. This is a strategic move by GM, as it shows its ambition to compete with Tesla and become a leader in the EV market. GM is also partnering with ChargePoint and Electrify America to offer its customers access to their charging networks.

· CChargePoint, one of the largest EV charging network operators in North America, announced that it will add NACS connectors to its existing and new charging stations, starting from 2024. This is a customer-centric move by ChargePoint, as it shows its dedication to provide the best possible charging experience for EV drivers. ChargePoint is also working closely with Tesla and other manufacturers to ensure the interoperability and compatibility of NACS.

· Electrify America, another major EV charging network operator in North America, said that it will upgrade its charging stations to support NACS connectors, starting from 2024. This is a progressive move by Electrify America, as it shows its vision to support the growth and diversity of the EV market. Electrify America is also collaborating with Tesla and other stakeholders to promote the adoption and standardization of NACS.

The NACS charging connector is a new standard for EVs that offers a fast, convenient, and universal charging solution. It is expected to become the dominant charging connector in North America, as more EV manufacturers and charging network operators adopt it. NACS is also a testament to Tesla’s innovation and leadership in the EV industry, as it has created and shared a technology that benefits all EV drivers. NACS is not just a connector, it is a connection. A connection between EVs and charging stations, between EV drivers and their destinations, and between EV enthusiasts and their dreams. NACS is the charging connector of the future, and the future is electric.

UL Certified 240V 80A 19.2KW SAE J1772 Type 1 Charging Cable(2024年10月20日)

Fiverevse — 2024-10-20T14:28:55+0900

https://www.fiverevse.com/product/UL-Certified-240V-80A-SAE-J1772-Type-1-Charging-Cable.html

This 80A Type1 SAE J1772 AC Electric Vehicle Charging Cable designed and manufactured by Fiver for all your electric vehicle (EV) charging needs. Whether for residential or public charging application

10/240V 80A SAE J1772 Charging Cable Type 1 Features:

1. One of the key features of our Type 1 J1772 AC charging cable is its charging current versatility. We offer a variety of options, from 16A to AC up to 80A, ensuring there is a cable to suit every EV owner's requirements. No matter the size or model of your electric vehicle, our cables can restore your battery to full capacity in no time.

2. To ensure compatibility with the North American electric vehicle market, our charging cables comply with strict SAE J1772 specifications. This means they are designed to work seamlessly with your electric vehicle to provide a reliable, efficient charging experience every time. You can trust that our charging cables are specifically designed to meet the high standards set by the industry, ensuring a safe and reliable charging process.

3. Safety is always a top priority, which is why our Type 1 J1772 AC charging cables are available in UL Listed and UL Approved cable configurations. This means they meet the strict electrical safety standards set by Underwriters Laboratories (UL). Our cables comply with UL 2251 and UL 62 standards, giving you peace of mind knowing that the products you use are rigorously tested and meet the highest safety requirements.

4. Our 80A Type 1 J1772 AC Charging Cord is more than just another charging cord. This is a reliable and durable solution that will last for years. With their sturdy construction and high-quality materials, our cables are built to withstand the wear and tear of daily use. Its design is sturdy yet flexible, giving you a worry-free charging experience.

5. The Type 1 charging cable is easy to use and features a user-friendly design. The connector is ergonomically designed for easy insertion and extraction, minimizing the possibility of damage to your vehicle's charging port. The length of the cable allows for convenient charging even if the charging station is a little further away from your vehicle.

In summary, our Type 1 SAE J1772 AC EV Charging Cable is the perfect solution for all your EV charging needs. With their wide range of charging currents, compliance with SAE J1772 specifications, and UL Listed and UL Approved configurations, you can trust that our cables will provide a safe and reliable charging experience. Make charging your electric vehicle a breeze with our Type 1 J1772 AC Charging Cable.

1000V 250A CCS2 Connector 250KW CCS2 Charging Cable for DC Fast Charging(2024年10月20日)

Fiverevse — 2024-10-20T14:25:14+0900

https://www.fiverevse.com/product/1000V-250A-CCS2-Connector-250KW-CCS2-Charging-Cable-for-DC-Fast-Charging.html

Product Features for 250KW CCS2 Charging Cables:
1. Ultrasonic Terminal Welding Technology.

Our 250A CCS2 Charging Connector adopts the ultrasonic terminal welding technology. Unlike traditional crimping methods, this technology ensures minimal contact resistance, resulting in a safer and more reliable charging process. Additionally, it significantly reduces the temperature rise during use, leading to a longer service life for the product. With the pins of the EV plugs securely welded, you can enjoy a seamless charging experience every time.

2. Quality Assurance.
This 250A CCS2 Connector is designed to comply with the standard of IEC62196, ensuring compatibility with a wide range of electric vehicles. With a maximum voltage of 1,000 volts DC, it provides a powerful and efficient charging experience. The connector also boasts a multitude of safety features, further enhancing its reliability. It is built to withstand more than 10,000 times of plugging and unplugging, making it a durable and long-lasting solution.

3. Durable and Reliable. IP67 Level Protection
To enhance durability and reliability, the terminal and cable crimping parts of the CCS2 connector are carefully wrapped with high-quality rubber. This not only provides added protection but also allows the connector to achieve an impressive waterproof level of IP67. So, whether you're charging your EV in rain or shine, you can be confident that the connector will remain perfectly functional and safe.

4. Certifications:

When it comes to certifications, we have obtained TUV, CB, CE, and UKCA certificates. These certifications are a testament to the quality and safety standards that we uphold. With our CCS2 connector, you can charge your electric vehicle with peace of mind, knowing that it meets international standards and regulations.

5. OEM & ODM Service welcomed

As an EV Charging Cable manufacturer we understand the importance of customization, which is why our CCS2 connector not only supports simple logo customization but also offers the option to customize the entire function and appearance. This allows you to tailor the connector to your specific needs and branding requirements. Whether you're an EV charging station operator or a manufacturer looking to enhance your product offerings, our CCS2 connector is ready to meet your unique requirements.

NACS Charging Port Assembly for SAE J3400 Standard Electric Vehicles(2024年10月20日)

Fiverevse — 2024-10-20T14:21:05+0900

https://www.fiverevse.com/product/NACS-Charging-Port-Assembly-for-SAE-J3400-Standard-Electric-Vehicles.html

NACS charging port or the NACS charge port, the charging socket for those electric vehicles adopting the SAE J3400 standard. is a combination of AC and DC Charging in one socket.

Features for the NACS Charge Port Assembly:
1> Fiver's NACS charge port assembly is design and manufactured according to the SAE J3400 standard, UL2251 certified. Safety Guarantee.

2> The NACS/ J3400 charging port is a combination of AC and DC charging. for DC charging the rated voltage is 1000V DC rated current is 350A; For AC charging the rated voltage is 480V, rate current is 80A max.

3> The cable length of the J3400 charging port assembly can be customized according to customers' requirements.

4> The NACS port is with module design, Easily customizable and expandable. Streamlined development, reduced maintenance, and improved inventory management. more reliable and durable.

5> OEM and ODM service welcomed.

Factory Supply 1000V DC 125A/150A/200A CHAdeMo DC Charging Connector(2024年10月20日)

Fiverevse — 2024-10-20T14:14:02+0900

https://www.fiverevse.com/product/125A-150A-200ACHAdeMo-DC-Charging-Connector-for-Vehicle-Side.html
Features for the 125A/150A/200A CHAdeMo DC Charging Connector

1- The CHAdemo plug with safety pins insulated head design to electric shock by accidental touch.

2- This CHAdeMO Charging Connector is JEVSG 105 Compliant, CE and Rohs certified. Reliable and rapid charging.

3- The CHAdeMO DC charging connector can be installed on the fast DC EV charging station as electric outlet to charge the cars with CHAdemo charging inlet.

4- This Chademo charging cable is suitable for following cars

Toyota Prius Plug-In.
Citroen C-Zero.
Nissan Leaf.
Mitsubishi Outlander PHEV.
Nissan e-NV200.
Kia Soul EV Mk1.
Citroen Berlingo Electric Mk1.
Tesla Model S (with an adapter fitted)
5-Built-in safety actuator prevent accidental disengagement.
6- LED charging indicator, charging status is clear in a glance.

7- TPU cable jacket flame retardant, environmental protection, wear resistance, crush resistance, impact resistance, oil resistance, and UV resistance. provides efficient charging service for new energy vehicles. the cable length is customizable.