First-level areas：New energy vehicles
First-level areas：New energy battery
Source：Campus Recruiting
Job description ：

Company Profile.
Wanbang Digital Energy Co., Ltd. was established in 2014, focusing on the research, development, manufacturing, and operation of new energy vehicle charging equipment. Its product line covers AC/DC equipment, charging gun heads, power modules, intelligent cabinets, battery swapping equipment, etc. It has core research and development capabilities in intelligent control, Internet of Things, and high power customization. To provide comprehensive services such as equipment, platform, user and data operation, light storage charging and discharging, green electricity trading, etc. to customers nationwide and even globally, and to provide equipment, platform, user and data operation services to customers worldwide. With the help of vehicle sales, private charging, public charging, financial insurance and other businesses, we aim to create a user charging full life cycle platform. Through the enterprise strategy of “one end energy interconnection, one end industry interconnection”, we will ultimately achieve the long-term dream of “promoting human transportation electrification and leading global energy digitization”.
In December 20, after review by the Jiangsu Provincial Department of Human Resources and Social Security, and in accordance with the spirit of the “Opinions of the Provincial Government Office on Promoting the High quality Development of Postdoctoral Work” (Su Zheng Ban Fa [20] No. 8), and after comprehensive evaluation, the establishment of Wanbang Digital Energy Co., Ltd. Postdoctoral Innovation Practice Base was approved. Since November 21, the Innovation Practice Base has admitted three resident PhDs. The postdoctoral innovation practice base of Wanbang Digital Energy Co., Ltd. aims to provide research and development, manufacturing, and operation services for charging equipment and platforms, cultivate high-level researchers in the charging and energy industries, and is committed to exploring basic theories and forward-looking, strategic major topics in cutting-edge fields such as mobile energy networks, promoting technological innovation and development in the charging market and energy carbon industry. At present, the workstation has reached an agreement with Changzhou Science and Technology Bureau, China Postdoctoral Science Foundation, National Natural Science Commission, Nanjing University of Science and Technology, Jiangsu University, etc. to jointly cultivate postdoctoral researchers.
In June 24, the post doctoral innovation practice base of Wanbang Digital Energy Co., Ltd. and the post doctoral research workstation of the Development Research Institute of Fudan University will carry out a joint post doctoral training project. It is expected to carry out cooperation in scientific research in the fields of smart charging network, energy internet, virtual power plant, including but not limited to the training of relevant talents, the publication of relevant high-level high-quality papers, the implementation of relevant theories, etc. We are now publicly recruiting postdoctoral researchers for the year 24, both domestically and internationally. We warmly welcome outstanding PhDs who meet the requirements to apply before their death.
Research direction (optional).
Applicants can refer to the following research directions and choose 1-2 topics to apply for; You can also combine the following research directions with your existing research foundation to draft your own project application.
1. Key technologies for regulating virtual power plant platforms combining charging networks and microgrids, and research on their application in overseas markets
2. Research on AI based intelligent business process reconstruction construction
3. Research on AI based intelligent talent management applications
4. Research on the topology and control strategy of three-phase power conversion circuit based on bidirectional switch matrix transformer DMC/lMC
5. Modeling, design, and implementation of high-efficiency and high-power isolated power converters
6. Research and application of key control technologies for grid connected and off grid energy storage converters. modeling, simulation, and control technologies
7. Research and application of key control technologies for grid type energy storage converters. modeling, simulation, and control techniques
8. Collaborative control technology for distributed microgrid devices based on the Internet of Things
9. Research on Vehicle Network Interaction Technology for Transportation Grid Coupling and Local Energy Management
10. Collaborative optimization of microgrids with multiple complementary energies
11. Electricity trading
12. Virtual power plants and distributed collaborative control
13. Design of GaN based small inverters, including main circuit topology selection, DCDC， And DCAC circuit design, magnetic component design, EMI, etc
14. High speed digital circuit design, small signal and communication signal circuit design
15. Real time prediction of temperature/force for electronic products
16. Research on load forecasting algorithm for photovoltaic storage, charging and discharging microgrid park
17. Research on zero carbon anti backflow algorithm for photovoltaic storage charging and discharging microgrid
18. Intelligent Liquid Cooling Design and Temperature Control of Energy Storage System – Ye Jianfei
19. Cell Health Online Diagnosis – Ye Jianfei
20. Intelligent design and remote control of high-power fast charging equipment
21. Design and performance prediction of liquid cooling systems for energy storage and charging equipment
22. Design and Performance Prediction of Air Cooling System for Energy Storage and Charging Equipment
23. Power generation, consumption, and revenue forecasting of photovoltaic energy storage microgrids
24. Analysis of the Load Capacity of Electric Vehicles in the Distribution Network with Light Storage Charging Cooperation
25. Heat dissipation design and simulation prediction of energy storage batteries and their systems
26. Reliability design and life prediction of storage and charging equipment
27. Digital twin of storage and charging equipment and real-time prediction of temperature field
Registration requirements.
1. Personal resume;
2. Scanned copies of doctoral graduation certificate and doctoral degree certificate, or scanned copies of proof of doctoral graduation in 24; Doctoral students studying abroad must provide the “Recommendation Opinion of the Education Department (Group) of the Chinese Embassy or Consulate General” and a degree certificate issued by the Ministry of Education’s Service Center for Scholarly Exchange;
3. Electronic version of doctoral thesis or initial draft of thesis, two academic research representative works;
4. Other materials that individuals consider necessary to provide;
Registration materials are non refundable.
Qualifications for the position.
1. Doctoral students who have obtained a doctoral degree domestically or internationally within the past three years, or who will graduate before the end of December 24, or postdoctoral fellows who have graduated from other postdoctoral research stations (workstations);
2. Graduated from relevant majors such as electrical engineering, automation, energy and power, machinery, materials, information and communication, computer, software engineering, artificial intelligence, data science, etc., with a solid theoretical foundation, strong research ability, and professional dedication;
3. Under the same conditions, those with industry experience are given priority consideration;
4. For those with particularly excellent conditions, some recruitment requirements may be appropriately relaxed.

Please send your CV or resume as an attachment to the following email address:
mailto: rbhr@hrcenter.co.uk
With the subject line formatted as: ‘Name + Position + Company Name + Location’.