Introduction: BYD releases megawatt-class flash charging technology, and the industry ushers in new changes
Recently, BYD released megawatt-class flash charging technology, breaking the industry record with 1000V voltage, 1000A current, and 1MW peak power, achieving the ultimate experience of “2 kilometers of energy replenishment in 1 second, 400 kilometers of travel in 5 minutes”. Its core breakthrough lies in: 10C ultra-fast charging rate: The battery system can withstand continuous ultra-high current, and charging from 10% to 70% SOC takes only 4 minutes and 45 seconds. This breakthrough has quickly become the focus of the industry.
The emergence of megawatt-class charging technology not only means a leap in the charging speed of electric vehicles but also marks that the EV charger industry has officially entered the era of ultra-fast charging. Under this trend, as an important participant in the EV charger industry, we are also actively deploying megawatt-class charging technology and jointly promoting the industry to new heights with BYD.
Industry Trends: The Rise of Megawatt Charging Technology
With the rapid growth of the global electric vehicle market, the demand for EV charging infrastructure is also constantly increasing. The rise of megawatt charging technology is a positive response to this trend.
Market demand driven
The popularity of electric vehicles has increased year by year, and users have higher and higher requirements for charging efficiency. Whether it is daily commuting or long-distance travel, fast energy replenishment has become one of the core needs of users. Especially in the fields of logistics, transportation, public transportation, etc., megawatt charging technology can significantly improve operational efficiency and reduce time costs.
Policy support
Governments of various countries have introduced policies to support the development of new energy vehicles and their supporting infrastructure. For example, China has proposed the “carbon neutrality” goal and the European Union has promoted the green travel plan. These policies have provided strong support for the promotion of megawatt charging technology.
Technological progress
The rapid development of battery technology and EV charger technology has laid the foundation for megawatt charging. Leading companies such as BYD have promoted the standardization and commercialization of ultra-fast charging technology through technological innovation, setting a benchmark for the industry.
Technical commonality: the core value of megawatt-class charging
The core value of megawatt-class charging technology lies in its high efficiency, intelligence and compatibility, which are the key to the development of the EV charger industry in the future.
- Efficient energy replenishment
Megawatt-class charging technology can significantly shorten the charging time. Taking an electric car equipped with a 100kWh battery as an example, traditional fast charging may take more than 30 minutes, while megawatt-class charging can complete energy replenishment in just a few minutes. This efficiency improvement will completely change the user’s charging experience.
- Intelligent management
Megawatt-class charging places higher requirements on energy management and heat dissipation technology. Our EV chargers use advanced intelligent management systems that can monitor the charging status in real-time to ensure safety and stability. At the same time, efficient heat dissipation design avoids overheating problems caused by high-power charging.
- Compatibility and standardization
Megawatt-class charging technology needs to be compatible with a variety of models and battery types. We are committed to promoting the standardization of charging interfaces and protocols to ensure that electric vehicles of different brands can enjoy the convenience of ultra-fast charging. This compatibility not only improves the user experience but also lays the foundation for the sustainable development of the industry.
SCU superchargers are constantly approaching megawatt-level charging
In the wave of megawatt-level charging technology, SCU has always been at the forefront of the industry. Through continuous technical research and development and practical application, SCU has currently launched 600kW-960kW high-power superchargers. The supercharger project has been implemented in China, helping electric vehicles and electric heavy trucks to achieve rapid energy replenishment.
- Voltage compatibility: Seamless adaptation of 1000VDC platform
Supports a wide voltage range of 200V-1000V, perfectly compatible with existing 400V models and the next-generation 800V/1000V high-voltage platform;
Equipped with an intelligent voltage adaptive module, dynamically adjusts the output to avoid the risk of overload of low-voltage models. - Power reserve: Infinitely close to the potential of 1MW
The maximum output current is 600A, and the peak power of 960kW can be achieved at 1000V voltage, which is only one step away from the “megawatt level”;
The liquid-cooled cable and the dual-gun parallel design can be flexibly expanded to 1.2MW (requires grid capacity support), leaving room for future upgrades. - Safety and reliability: The “Escort” of the supercharging era
Liquid cooling: control the internal temperature of the EV charger body to ensure stable operation under high power;
Millisecond fault protection: millisecond overvoltage, overcurrent, arc detection response time;
Deep handshake with car companies’ BMS: real-time synchronization of battery temperature and SOC data, dynamic restriction of charging curve, and elimination of overcharging risks.
Industry win-win: Create a green travel future
BYD’s megawatt-level flash charging technology has injected new impetus into the industry and provided us with valuable learning and cooperation opportunities. We believe that only through the joint efforts of industry partners can the full popularization of megawatt-level charging technology be achieved.
- Technical Cooperation
We look forward to technical cooperation with BYD and other companies to jointly explore more possibilities for ultra-fast charging technology. - Industry Standardization
We call on industry partners to jointly promote the standardization of charging interfaces and protocols to provide users with a more convenient charging experience. - Green Future
The promotion of megawatt-level charging technology will accelerate the popularization of electric vehicles and help achieve the global “carbon neutrality” goal. We are willing to work with our colleagues in the industry to jointly create a bright future for green travel.
Conclusion: We will walk with you in the era of megawatt-class charging
The arrival of megawatt-class charging technology marks the beginning of a new era for the EV charger industry. As active participants in this trend, we feel a great sense of responsibility and are full of confidence. In the future, we will continue to increase investment in technology research and development, promote the popularization of megawatt-class charging technology, and provide users with more efficient and smarter charging solutions.
BYD’s flash charging technology has pointed the way for us, and we are willing to work with industry partners to welcome the arrival of the megawatt-class charging era. Let us work together to contribute to green travel and witness the bright future of the industry together!