With the explosive growth in demand for electric vehicles, the need for EV charging infrastructure is also increasing rapidly. Especially for long-distance travel, there is a higher demand for DC high-power public chargers in highway corridors. Governments are making efforts to advance the construction of high-power charging stations，but the progress has been less than ideal due to the immense financial pressure, high initial costs, and various requirements for government incentives. The market needs a shot in the arm with high-performance and more cost-effective fast-charging product. Workersbee's natural-cooling CCS2 charging connector 1.1 is entering the market with full attention.   The CCS2 charging connector 1.1, is another exploration by the world-renowned charging solutions provider Workersbee in the EV charging revolution. Apply natural-cooling technology to support STABLE CONTINUOUS current output up to 375A, setting a new standard for natural-cooling performance in high-power DC charging. Apart from the improvement in charging efficiency, it has also made breakthroughs in technological innovation, once again leading the charging market in terms of reliability, safety, cost-effectiveness, and market applications.   The temperature rise generated by conductor resistance is a critical factor in the thermal losses of charging energy. To overcome this stubborn problem, product engineers use terminal ultrasonic welding technology to replace traditional riveting technology to reduce the resistance at the terminal connection, consequently lowering the temperature rise and ensuring that each component of the equipment works properly within the allowable temperature range.     With the support of natural-cooling technology, the charging connector can maintain a lower temperature rise range even during high-power charging, reducing the risk of overheating during charging sessions and allowing for a greater current to pass. What we can be confident about is that it can continuously charge at a high current of 375A. Through multi-sample laboratory testing, even if charged at a peak of 400A for about 60 minutes, the terminal temperature rise is still controlled within 50K in safety. The outstanding charging capability enables electric vehicles to gain more energy in a short time, providing EV owners with a more efficient charging experience. It also significantly enhances charging safety, ensuring the long-term stable operation of chargers.   Internally, the shell of the connector adopts the modular design makes it an efficiently producible standard component, further reducing component costs. The clever multiple-seal structure enhances the waterproof performance at the connector-cable junction, making it easy to achieve an IP55 protection level. It is not only waterproof and dustproof, but also moisture-proof, which is very reliable in humid environments in some areas.     It effectively prevents water vapor from penetrating the charging plug, avoiding potential short circuits and leakage accidents. Whether in harsh weather conditions with rain or snow or high-humidity environments, it offers a reliable protective barrier, ensuring that the charger remains in an efficient, stable, and safe working state.   Additionally, it boasts a series of powerful safety protection measures. The material selection for product manufacturing is also rigorous, requiring materials to possess high flame resistance, pressure resistance, wear resistance, impact resistance, and high oil resistance. Such excellence in R&D and production requirements prompts us to provide more reliable charging solutions for charging stations, while also extending the service life of charging connectors and cables, meeting user demands for high standards and high-quality products, and reducing maintenance costs.   Compared to AC charging stations, DC charging stations have higher charging efficiency and are more favored by car owners who need rapid recharge on highways. Compared to liquid-cooling systems, the CCS2 natural-cooling charging connector has a clear advantage in cost-effectiveness. Its high compatibility with natural-cooling charging stations reduces the complex and expensive building costs of liquid cooling systems, cable investment costs, and operational maintenance costs, making fast charging more economically feasible and contributing to the widespread adoption of CCS2 connectors and even electric vehicles.   Workersbee's CCS2 natural-cooling connector 1.1 has not only achieved significant technological breakthroughs but has also demonstrated strong competitiveness in the market. Through a forward-looking global market layout and headquarters establishment in Europe, the market trial deployment of new products has yielded exciting feedback. The charging connector is highly compatible and adaptable to DC charging stations in the European market， and easily be accessed. With TUV and CE certifications, its safety and reliability have received unanimous praise from internal test customers, and expressing strong expectations for further in-depth cooperation.   Workersbee's CCS2 natural-cooling connector 1.1 supports optional current configurations of 250A to 375A, easily achieving more economical DC fast charging through the seamless integration with natural-cooling technology. It effectively monitors the working temperature during the charging process and provides reasonable feedback, ensuring the long-term safe and stable working of the equipment. We look forward to establishing friendly and positive connections with all outstanding automakers, charger manufacturers, and charging station builders, collectively driving the electric vehicle charging industry into a more efficient, safe, and sustainable future.

BIG news for the North American electric vehicle industry! In a mission to accelerate the world's sustainable energy transition, last year Tesla announced that they were opening up their proprietary charging connector design, AKA North American Charging Standard (NACS), to the world. As we've seen, the Tesla Connector is only half the size of the Combined Charging System (CCS), but up to twice as powerful to charge. With an integrated AC/DC lightweight slim design with no moving parts, it supports up to 1 megawatt of DC charging. More importantly, Tesla owns 60%+ of the DC charging network in the United States. All the advantages prompted the two North American auto giants, Ford and GM have changed sides. And this wind shift has made the path of change in North American EV charging standards, like the Snowball Effect, develop rapidly. Since May of this year, automakers including Aptera, Rivian, Volvo, Polestar, and others have announced that they have signed agreements with Tesla and are planning to officially join the NACS by adding NACS ports to their new vehicles. The leading charging network and charging equipment manufacturers ABB, Blink, ChargePoint, EVgo, Electrify America, FLO, Tritium， etc. have also announced to provide NACS connector service on their EV charging stations or EV chargers. And on the 27th of last month, SAE officially announced that they will assist Tesla to accelerate the NACS standardization process. NACS may dominate the North American EV charging market, but for the stakeholders, there is no doubt that they have different concerns.   Automakers Competitors who share the electric car market with Tesla are focusing more on its Supercharger network, as it has the largest share of the DC fast charging network in North America. Consumers will always gravitate toward EV manufacturers with larger charging networks and more convenient charging, so improving charging convenience is tantamount to improving brand competitiveness and further expanding market share. On the other hand, the opening of Tesla's Supercharger means that the agreement saves these automakers from the high cost of building their own charging stations.But they are more concerned that interoperability for non-Tesla owners using the Supercharger network can attain highly user-friendly, as well as secure the charging benefits for drivers of their brand. Given the still inadequate EVSE, achieving charging equity for consumers is the key. For automakers planning to adopt NACS ports in future new vehicles, they need to consider the development difficulty and cost of structural changes and ensure that EVs have a design life of a decade or more. How to better integrate with the ID design of their products, and how to design the location of the charging port to make charging more accessible are all considerations that need to be addressed. In the transition phase of charging standards, perhaps an adapter is not optimal (as interoperability is not always effective), but offers more flexibility. Alternatively, having a slower portable electric vehicle Level 2 EV Charger along with the car will work just as well for most drivers.     Charging Equipment Manufacturers For charging equipment manufacturers, choosing NACS connectors undoubtedly means choosing the future. The Tesla connector's up to 1 MW power redundancy design, in a sense, reduces the technical difficulty for manufacturers to develop. After all, the market demand for EV charging is moving toward higher power, more stable current, and faster charging speed. Improving the stability and reliability of the equipment and lowering the average cost of maintenance is exactly what they have to consider if NACS connectors are added. For high-power charging equipment, controlling the temperature of cables, terminals, and components, and considering the combination with liquid-cooled supercharging technology can significantly improve the manufacturer's competitiveness.   Workersbee, as a professional EV Plug Manufacturer, has industry-leading ultrasonic welding technology and connector cooling technology. The EV Charging Plug can make temperature monitoring and voltage and current monitoring to guarantee the stability and charging safety of the equipment. At the end of the gun will be lengthened design to protect the cable, a high anti-drop design, greatly reducing the maintenance cost and the possibility of breakdown. Meanwhile, due to the different charging port positions of non-Tesla vehicles, different models have different cable length requirements, and Workersbee's ODM and OEM services can customize the cable length.     Charging Networks Charging Point Operators are facing up EV owners, and their main concern is to provide drivers with a pleasurable charging experience and thus increase their charging incomes. This means chargers should be highly reliable (high accessibility, stable running), easy to handle (lightweight EV cables, easy to plug and unplug, even for disabilities or women with little strength), as well as have more options (NACS, CCS, CHAdeMO ports) or be able to meet different charging needs ( Level 2 AC charging, low-power or high-power DC fast-charging).     Administration From the government's subsidy standards, high reliability is a MUST requirement. In terms of the new standards for electric vehicle chargers announced by the White House, the equipment is required to achieve 97% uptime to build a convenient, reliable, accessible, and user-friendly charging network for EV drivers. Tesla's NACS Supercharger network meets this requirement, unlike many other devices that often break down and cannot be charged. The administration aims to eliminate drivers' doubts and concerns by building an EV charging market that can gain widespread acceptance and recognition, which will in turn boost EV adoption to achieve the goal of electrifying the country to combat climate change.   Energy Utilities   Pressures on energy supply are increasing by the day. They need to consider load balance and demand response on the grid and achieve reliability and efficiency in energy distribution in different areas, whether urban centers, village suburbs, or low-income areas. They also want to manage and plan for EV charging demand through the standardization of NACS to maximize the balance of grid pressure. Through the efforts of all parties to realize the diversity of renewable energy development (such as solar energy, wind energy, etc.) and reduce carbon emissions. Utilizing the integration of solar energy and charging pile, conforming to the development trend of PV， Energy Storage, and Charging, realizing low-power DC fast charging. Workersbee's R&D team is actively developing NACS low-power DC charging cable products in response to this market demand, with a dedicated project team. Utilities would also like to embrace smart charging management through microgrid-distributed energy management， which schedules and optimizes charging sessions based on tariffs, grid conditions, and renewable energy availability.   EV Drivers The opening of the NACS connector is not always good news for some auto owners. Tesla owners will worry about whether their advantage as Tesla consumers still stands. With Tesla drivers still often facing long and disorganized charging queues and other annoyances, if there are still non-Tesla drivers joining the competition, whether Tesla's future deployment of its Supercharger network can solve their difficulties in finding chargers. And for non-Tesla owners, having access to Tesla's Supercharger network is a delight, whether through an adapter or a direct connector to the NACS charging port of a future new vehicle. Tesla owns more than half of the fast chargers in North America, which means increased charging convenience and high power significantly reduce charging wait time. The great design of the NACS connector also makes it easier to plug and unplug than the bulky CCS connector. In point, they expect to have the same user-friendly charging experience as Tesla drivers who get stable and efficient charging. But no matter which side, EV drivers want to have charging fairness, orderly queues for charging, and less wait time. Workersbee has always been committed to promoting the development of EV charging and striving for the achievement of global climate goals. We always pay attention to industry policy trends and positively respond to them. We have several R&D project teams working in parallel to develop NACS series products, including (but not limited to) NACS connectors, NACS adapters, etc. Contact us to explore how we can help your business capitalize on the NACS opportunity.  

With the increasing popularity of electric vehicles (EVs) and the growing need for efficient charging solutions, wallbox chargers have emerged as a popular choice in the European market. As a result, there has been a significant rise in demand for type 2 EV cables, which are essential partners to these charging stations. In this article, we will explore the reasons behind this surge in demand and discuss the implications for the future of EV charging infrastructure.   1. The Rise of Wallbox Chargers: Wallbox chargers have gained traction in Europe due to their convenience and efficiency. These compact charging stations can be easily installed at homes, offices, or public parking spaces, providing EV owners with a reliable and accessible charging solution. Their user-friendly interface and faster charging speeds make them an attractive option for consumers looking to charge their vehicles quickly and conveniently.   2. The Importance of Type 2 EV Cables: Type 2 EV cables are specifically designed to connect electric vehicles to wallbox chargers. They provide a secure and efficient connection between the vehicle's charging port and the charger itself. These cables are equipped with advanced safety features such as temperature monitoring and automatic shut-off mechanisms, ensuring safe and reliable charging experiences.     3. Increasing Demand for Type 2 EV Cables: As more individuals adopt EVs and invest in wallbox chargers, the demand for type 2 EV cables has witnessed a significant upsurge. This can be attributed to several factors:      a) Compatibility: Type 2 connectors have become widely adopted across Europe as a standard for AC charging infrastructure. This compatibility ensures that type 2 EV cables can be used with various brands of electric vehicles and wallbox chargers, making them versatile options for consumers.      b) Convenience: With an increasing number of public places offering wallbox chargers, EV owners are seeking type 2 EV cables to enable charging on the go. These cables allow them to easily connect their vehicles to any available charging station, providing flexibility and peace of mind.      c) Future-Proofing: Type 2 EV cables are designed to support higher charging capacities, making them future-proof investments for consumers. As the demand for faster charging speeds and increased energy capacity grows, these cables can accommodate evolving technology and ensure compatibility with upcoming advancements in the EV industry.   Workersbee, as a manufacturer of EV cables, has established itself as a prominent player in the European market. With a strong emphasis on professionalism, Workersbee has earned a reputation for delivering high-quality products and services.     One of the key factors contributing to Workersbee's success is its commitment to customization. Understanding the diverse needs of customers, Workersbee offers a wide range of options to tailor EV cables according to specific requirements. This level of flexibility has enabled Workersbee to cater to different industries and applications, earning the trust of a broad customer base.     In addition to customization, Workersbee places great importance on research and development (R&D). By investing in technological advancements, Workersbee constantly strives to improve the performance and efficiency of its EV cables. This focus on innovation not only keeps Workersbee ahead of the competition but also ensures that customers receive cutting-edge products that meet the highest standards of quality and reliability.

Ford and GM have recently announced their plans to install the Tesla North American Charging Standard(NACS) port in their future vehicles. This move is expected to bring more convenience to EV owners, as the NACS EV Connectors allow for faster charging times and easier access to charging stations. American EV automaker Rivian Automotive has also announced that it will be embracing the NACS, originally developed and implemented by rival Tesla.       However, car makers are not the only ones switching to the NACS. Charging station manufacturers ChargePoint Holdings Inc, Blink Charging Co, EVgo Inc, and Wallbox NV have all announced their plans to adopt the NACS in their charging stations. This is a significant development for the EV industry, as the standardization of charging ports will make it easier for EV owners to find compatible chargers and reduce the need for multiple charging adapters.      The adoption of the NACS by multiple car makers and charging station manufacturers is a positive step towards the widespread adoption of EVs. S&P Global Mobility forecasts that electric vehicle sales in the United States could reach 40 percent of total passenger car sales by 2030.As more and more companies embrace this technology, it will become easier for consumers to make the switch to electric vehicles and contribute to a more sustainable future.   The demand for NACS is expected to get a boost from government and policy support. In Texas, the government has taken a significant step by mandating the installation of EV charging stations with the NACS connector. This move is expected to create greater awareness and demand for NACS, and it sets a precedent for other states to follow. California, Michigan, and Iowa are currently conducting a review of the state of the charging market. This review is aimed at identifying the current state of the market and identifying any areas where improvements can be made. The goal is to ensure that electric vehicle owners have access to convenient and reliable charging stations.     As Sarah Dessen once wrote: “The future was one thing that could never be broken because it had not yet had the chance to be anything.” NACS, or the Next-Generation Automotive Charging System, is a highly promising technology that features a range of benefits for American standard EVs.In recent times, many manufacturers of Electric Vehicle (EV) Connectors have been joining the production ranks of NACS Connectors. With strong production and R&D capabilities, Workersbee will stand out from the competition.   1, Focus on safety and user experience 2, Fully automatic production line to ensure production capacity 3, Super R&D capabilities, five R&D centers 4, Support OEM/ODM to help customers get more markets 5, Perfect quality inspection process

WORKERSBEE CCS2 EV Plug has obtained the TUV certificate, which is an internationally recognized safety standard. This certification proves that the product has passed rigorous safety tests and is safe for use in households and other areas. The purpose of the TUV safety standards is to protect against potential risks that may arise from the use of electrical appliances, mechanical products, and automotive products. The TUV certificate is evidence that WORKERSBEE CCS2 EV Plug is a safe and reliable product that meets the highest safety standards.     At WORKERSBEE, safety is our top priority. We have been in the EVSE industry for over 15 years and have developed and produced a wide range of products. The WORKERSBEE CCS2 EV PLUG is a great testament to the company's commitment to safety.   1. WORKERSBEE EV plugs use terminal over-molding technology. The sealed design allows car owners to safely charge the electric car even in humid coastal cities.   2. The WORKERSBEE CCS2 EV Plug with Pin Quick-Change technology is designed to reduce the operation and maintenance costs associated with charging piles. This innovative technology makes it easier to switch out parts quickly with minimal effort, so the charging piles remain in the best condition with minimal upkeep costs.   3. CCS2 EV plug adopts ultrasonic welding technology, This technology also ensures that the resistance is close to 0, allowing for a more efficient and reliable EV charging connection.   4. This CCS2 EV plug meets the IEC62196-3:2022 standard and boasts excellent heat-carrying capacity, high specific heat capacity, and good thermal stability.   5. WORKERSBEE CCS2 EV plug can be combined with liquid cooling technology to keep electric vehicles at the optimum temperature during DC charging.   6 . The WORKERSBEE CCS2 EV plug has good thermal stability and is non-toxic, odorless, and non-hazardous.   Contact us to know more about the WORKERSBEE CCS2 EV plug.  

WORKERSBEE Type 2 Portable EV Charger is an excellent choice for electric vehicle owners in the European market. It is a reliable, safe, and efficient way to charge electric cars in all European countries. WORKERSBEE is a European-mind EVSE factory and understands the European market. This article sorts out the points we should pay attention to when choosing a supplier of type 2 portable EV chargers.   1. The most important is to ensure the safety of the car owner when charging the EVs WORKERSBEE type2 EV Chargers are equipped with 8 advanced protections, including Overvoltage Protection, Undervoltage Protection, Overcurrent Protection, Grounding Protection, Undercurrent Protection, Leakage Protection, Surge Protection, and Temperature Protection. These protections ensure the safety of the EV Charger, as well as its users, and offer peace of mind when using the device. (The Overvoltage Protection prevents the charger from outputting too much voltage, which can cause damage to the charger or the device being charged. The Undervoltage Protection does the opposite, ensuring that the charger does not output too little voltage. Overcurrent Protection regulates the current output from the charger, preventing it from exceeding the maximum level. Grounding Protection prevents any electricity from leaking into the ground, which can be dangerous for users. The Undercurrent Protection prevents the charger from outputting too little current. Leakage Protection prevents any electricity from leaking out of the charger, while Surge Protection prevents any large, unexpected spikes in the voltage or current. Finally, Temperature Protection helps to ensure that the charger does not overheat, which can damage the device and its users. All of these protections ensure that Workersbee type2 EV Chargers are safe and secure to use.)   2. Every design of WORKERSBEE is based on the vital interests of the electric vehicles owners  This Type 2 EV charger is designed with a combination of intelligence and energy-saving features. It intelligently schedules the charging time and adjusts the current in six gears, Reservation charging function allows car owners to easily stagger peak electricity prices, saving charging time and money. Every country in Europe has a different way of purchasing electricity. For example, Italy uses F0, F1, F2, and F3 to represent different charging time stages. These stages correspond to different charging prices. With this smart electric car charging method, car owners can choose to charge at the cheapest time.   3. Having a stylish appearance can enhance the car owner's first impression. A stylish appearance can make the car owner leave the best impression at first sight. WORKERSBEE supports OEM and ODM design and provides logo customization services. They continue to release new products according to market demand. Choosing WORKERSBEE can help you occupy the electric car charging market.   4. Developing portable electric vehicle chargers has a large market potential We can divide electric vehicle owners into three categories: short-distance travel users (Weniglader), long-distance travel users (Vielfahrer), and users without fixed parking spaces (Laternenparker). The portable EV charger is necessary for these three types of users. It can be used as an alternative trunk for Vielfahrer and can be taken out anytime and anywhere when traveling. It can also be a home charging device for Weniglader. For Vielfahrer, it is the best choice for charging.   5. The trend of EV Chargers is more intelligent and digital  The new Type 2 EV charger adopts an intelligent charging system that can monitor and manage the charging process, providing more control for electric vehicle charging. We can judge the charging status through the indicator light on the portable EV charger. The high-definition led display shows charging status, temperature, fault display, etc. in real-time. It supports the electronic charging lock function of the vehicle. After parking and charging and locking the car, the vehicle will automatically lock the charging connector.   6. The product must be durable, strong, high quality, well received by customers The product must be durable, strong, high-quality, and well-received by customers. High-quality products are essential for garnering positive reviews and encouraging customers to repurchase. This is so important for the development of corporate brand reputation. This portable EV charger is made of pressure-resistant materials, and the explosion-proof grade reaches IK10. Even if it is run over by a car, it will not be damaged. WORKERSBEE has a complete quality inspection system. Each EV charger will undergo more than one hundred tests before shipment. They have a mature sales, production, quality inspection, freight, and after-sales system.   7. Have a perfect after-sales service system Have a perfect after-sales service system. WORKERSBEE is the leading manufacturer of EVSE in China. They not only have strong production customization capabilities but also have a large-scale incoming quality inspection and finished product storage capabilities. At present, WORKERSBEE EVSE series products have been exported to more than 60 countries. WORKERSBEE can provide localized services in Europe and China and will soon establish after-sales service in Vietnam and the United States.   8. Factory direct sales, shipping by sea, air, and land Factory direct sales and shipping by sea, air, and land. Factory direct sales eliminate the middleman’s price difference and let you get WORKERSBEE products with the highest cost performance. You can directly connect with the WORKERSBEE sales team.   9. Compared to peers, the 2-year warranty time is much longer WORKERSBEE insists on using the best raw materials and processes, and the strictest quality inspection process to produce EVSE series products. Therefore, WORKERSBEE's products provide a two-year warranty. Cooperating with WORKERSBEE can also provide lifetime technical support.   10. WORKERSBEE Provides a one-stop service of EVSE Products WORKERSBEE can provide cloth packing and carton packing for portable EV chargers. At the same time, we can also provide EV Cables, EV Connectors, and other EVSE series products. Contact us to get the latest product catalog.  

WORKERSBEE type 2 EV Charger is designed strictly according to the IEC 62196 standard    This type 2 EV Charger can be pure electric, hybrid and other electric vehicle charging.The International Electrotechnical Commission (IEC) is a worldwide organization for standardization comprising all national electrotechnical committees (IEC National Committees). All products of WORKERSBEE are designed and produced in accordance with the requirements of vehicle regulations.   Let's take a look at where the new type 2 has made major changes.   1. Stylish appearance, comfortable grip,ergonomic Design 2. High-strength one-piece shell, wear-resistant, crash-resistant and impact-resistant 3. Multiple sealing structures to effectively prevent water from entering the EV Plug 4. 8 layers of intelligent protection to ensure charging safety Customization is also available at WORKERSBEE in addition to standard products   Non-standard products can customize LOGO, and can also put forward higher requirements on the basis of standard products. The following are our most basic advantages of portable ev chargers 1. Designed and produced in strict accordance with the IEC 62196 standard 2. 3 major production bases guarantee supply demand 3. High compatibility, strong and durable   The latest WORKERSBEE type 2 EV charger is sure to come with a host of benefits, so let's see what the new type 2 looks like.   Below is the outline of the shell. Which one do you think will be the new product of WORKERSBEE?   Contact us for a chance to get a free sample.

How to shorten the electric vehicle charging time under the premise of ensuring safety.? First of all, we need to understand the principle and essence of WORKERSBEE technology high voltage liquid cooling EV connector. GBT CCS1 CCS2 --   Factors that determine charging time: battery capacity, charging power, remaining battery power 1. Battery capacity: The larger the battery capacity, the more kilometers the cruising range and the longer the charging time; 2. Charging power: The higher the charging power, the shorter the charging time. 3. Remaining battery power: The more remaining battery power, the shorter the charging time.   In order to shorten the charging time, it is necessary to increase the charging power. there are two technical approaches: 1. Increase the charging voltage 2. Increase the charging current   The commonly used electric platform is 400V, and raising it to 800V means that many electronic devices need to be re-selected.High-power charging usually refers to increasing the charging current without increasing the voltage platform level.The greater the charging current, the greater the heating effect of the current. In order to avoid safety.   accidents, we must reduce the temperature of the charging plug terminal and the cable. Increasing the cross-sectional area of the conductor can solve this problem, but the weight of the electric vehicle cable will make it difficult for users to operate.Liquid-cooled high-power charging technology can make the charging current larger, the electric vehicle charging cable lighter, and the operating experience better.By lowering the temperature at the heating part of the electric vehicle charging plug, it can carry a larger current.   The conductor exists in the battery. Due to the thermal effect of the current, the battery will generate heat. Generally, when the 80-level EV DC charging plug is powered on at 250A, its temperature rises by about 40K. The heat efficiency index: Temperature is the key factor limiting the charging current, the greater the current, the greater the power and the greater the heat generation. Metal materials, insulating plastic materials have long-term safe working temperature, so the temperature. The temperature at the component drops, and the plug can carry more current when it is fully charged.   As can be seen above, the temperature increase is the main factor that restricts the charging current. Liquid-cooled charging plug are a way to reduce temperature rises of the charging plug when charging at high current. The coolant is pumped through an electronic motor. The coolant will remove heat from the cable, the charging connector and the liquid-cooled cables when the coolant flows through them. This cycle can be used to cool the cable and the charging connector by transferring the heat from the tank of oil (which stores the coolant) and driving the electronic pump through the radiator. What are the advantages of WORKERSBEE liquid cooling EV Cable?   WORKERSBEE liquid cooling ev cable has a unique design with copper clad water. The cable is flexible, easy to operate, and easy to store. The cable diameter is only 29mm.   For more information about WORKERSBEE Liquid Cooling Electric Vehicle Charging Cables and Electric Vehicle Charging Connectors please contact us. 

Due to the high voltage of the EV DC charging station, there will be many potential safety hazards. How to better solve the after-sales problems of DC charging stations and reduce operation and maintenance costs has become a matter of concern for charging pile companies. Why the after-sales problem of electric car ev charging plug deserves more attention? EV plugs are subject to wear and tear due to repeated use and rough handling by some EV owners. As each car owner uses the EV plug at different angles, it can be challenging to avoid such damage even with a durable EV plug. Over time, this wear and tear leads to after-sales problems with internal components, necessitating repairs or replacement of the charging equipment. A very good solution to this problem can be found in terminal quick change technology The split design of the plug and DC terminal allows for easy replacement of both parts, thanks to terminal quick change technology. This simplifies the process, reduces after-sales and operation costs, and helps to minimize downtime at charging stations. Operators require minimal expertise, with just a screw plug being needed to replace only the damaged part, leading to reduced maintenance costs while improving the overall reliability and efficiency of the EV charging system. What’s more about this quick change ev plug? Workersbee uses ultrasonic welding technology to create a strong, permanent connection between wires and pins in the electric vehicle charging plug. This reduces the chance of failure and prevents slipping, minimizing downtime for EV owners and charging station operators while improving the overall user experience with the EV charging system. The Workersbee Gen 2.0 EV plug boasts a compact design that conforms to the public's aesthetics and ergonomics. With a small cable outer diameter OD of just 24-30mm, it is easy to handle and maneuver, making it an ideal choice for electric vehicle DC charging companies looking for an efficient and reliable product.

This article WORKERSBEE will explain common new energy vehicle charging methods, advantages and disadvantages, and market demand. Portable ev charging: Portable charging refers to using the portable charging cable attached to the car to connect to an ordinary household socket for charging. This method is very convenient, as long as you can find a power source and an outlet. Portable ev charger is a relatively safe charging method, with good waterproof and dustproof effects, low heat generation, and strong flame retardancy. WORKERSBEE latest design with temperature control system. The appearance is fashionable and the lines are simple. No matter what model it is with, there is no sense of disobedience when matching it with car decorations and clothing. Portable ev chargers are very popular in countries with developed tourist industries. It can not only become a must-have item for self-driving tours, but also a supplementary device for other electric car charging methods. A portable ev charging system can help you realize the freedom of safe electric car charging.   Home charging: Home charging station are a very common type of charging station. The home charging station is a charging device that provides DC/AC power for new energy electric vehicles. The function of the charging pile is similar to that of a fuel dispenser in a gas station. Its input end is connected to the AC power grid, and its output end charges the battery of an electric vehicle through a charging plug. Charging piles are installed in public buildings (public buildings, shopping malls, public parking lots, etc.), residential parking lots, and private houses, and can be fixed on the ground or walls. Public charging: Public electric vehicle charging piles adopt a collective shared charging model, and are generally built in urban streets, office buildings, public parking lots, high-speed service stations and other places, which can meet the charging needs of new energy vehicle owners in different scenarios. Public charging is generally built in places with convenient transportation and dense crowds.  To sum up, new energy vehicles are the future development trend, and new energy vehicles may also become one of the main means of transportation for people in the future. Therefore, the construction of charging piles is further accelerating, and the sales of household charging piles and Portable ev chargers are steadily increasing. Consolidate the development path of new energy vehicles and improve the experience of new energy vehicle owners.