Salary:25-50k · 15 Salary
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:
Job Responsibilities
1. Responsible for researching and implementing innovative technologies in refrigeration systems, enhancing product competitiveness through the implementation of new technologies, including low-temperature refrigeration, system efficiency improvement, frost suppression, new refrigeration technologies, new refrigerants, and their system applications
2. Responsible for optimizing refrigeration systems and thermal design, able to use simulation systems for technical solution optimization research and problem analysis, familiar with various core components of refrigeration systems, including compressors, heat exchangers, valve bodies, etc
3. Responsible for the research and application of cutting-edge technologies in low-temperature refrigeration, conducting technical research, trend judgment, innovation point exploration, and implementation promotion on industry technology trends and development dynamics
4. Responsible for tackling issues related to refrigeration systems, developing improvement plans, and implementing them
5. Responsible for the formulation of standards and specification preparation related to low-temperature refrigeration. "

Requirement 1: Hold a doctoral degree or above, majoring in refrigeration and low temperature, thermodynamics, or engineering thermophysics
2. Have solid professional knowledge, proficient in refrigeration system principles and numerical calculations
3. Having strong innovative thinking and keen insight, able to make trend judgments on industry development trends and transform them into innovative technologies for product implementation
4. Has strong teamwork skills

Salary:20-50k · 15 Salary
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:
Job Responsibilities
1. Actively carry out research and improvement work on vacuum environment simulation equipment and technology, organize research and innovation work on new processes and technologies, and solve difficult problems
2. Responsible for the research and development, design, and management of vacuum equipment (chambers, pipelines, pump bodies, vacuum degree detection, etc.)
3. Provide technical consultation and training to assist the team in improving equipment operation and maintenance skills
4. Conduct cutting-edge research on vacuum technology, track the latest technological trends at home and abroad, propose innovative solutions, and be responsible for the patent layout and patent application of products related to the entire R&D project process
5. Collaborate with universities and related research institutions to achieve technical resource sharing

Requirement:
1. PhD in Materials Science and Engineering, Mechanical and Power Engineering, Physics, Condensed Matter Physics and related majors
2. Research directions include vacuum application technology, vacuum system design and optimization, vacuum electronic devices, vacuum metallurgy and material processing, and research on suction materials for vacuum packaging. Candidates with more than 3 years of experience in vacuum technology and equipment development are preferred, with successful project experience being preferred
3. Familiar with the principles and applications of vacuum technology, master the working principles of vacuum pumps, vacuum gauges, vacuum valves and other equipment, possess the ability to design, develop and optimize vacuum equipment, and be familiar with the use of relevant software and tools
4. Has strong learning ability, humble, open, inclusive, innovative spirit, team collaboration awareness, and good communication skills. "

Salary:80-110k · 22 Salary
Experience requirements:Over 10 years
Educational requirements:PhD
Job Description:
Job Description:

1. Familiar with the development of the AIGC industry and the characteristics of major company models, able to integrate AIGC technology with business and products, explore and develop new technologies and products with artificial intelligence technology as the core

2. Explore and research cutting-edge technologies such as multimodal understanding, AIGC, computer vision, artificial intelligence, machine learning, AGI, etc



Job requirements:

1. PhD degree in computer science, mathematics, or related fields; Having over 8 years of experience in algorithm development

2. Priority is given to researchers with in-depth knowledge in one or more fields such as computer vision, multimodality, AIGC, machine learning, etc

3. Having good communication and collaboration skills, proactive in work, able to work harmoniously with the team, explore new technologies together, and promote technological progress

4. Priority will be given to those who meet the following conditions

1) Has excellent basic algorithm and coding skills, proficient in C/C++or Python programming languages, and has won awards in competitions such as ACM/ICPC, NOI/IOl, Top Coder, Kaggle, etc

2) Has a solid foundation in machine learning, familiar with technologies in fields such as CV, AIGC, NLP, RL, etc., and has published papers at core conferences such as CVPR, ECCV, ICCV, NeurIPS, ICLR, SIGGRAPH, or SIGGRAPH Asia

3) Leading projects with significant influence in the field of big models or RL

4) Having excellent analytical and problem-solving abilities, able to deeply solve problems in the training and application of large models, and having the ability to independently explore solutions is preferred

Salary:Salary negotiable
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:
Job Responsibilities

1. Algorithm design and research work focusing on scenarios such as energy management, energy dispatch, load forecasting, energy storage management, power trading, and ancillary services (including but not limited to AI algorithms)
2. Responsible for mathematical modeling of physical equipment related to integrated energy, microgrids, adjustable loads, energy storage, etc., abstracting and refining algorithm requirements based on specific business application scenarios, and providing algorithm side solutions;
3. Develop scheduling strategy algorithms based on the company's unified cloud edge collaboration technology architecture
4. Write algorithm technical documents, development documents, testing documents, technical communication materials, etc;
5. Pay attention to cutting-edge technology research in microgrid scheduling and guide user needs through new technologies.
6. Guide and share the experience of scheduling technology for new energy management systems to ensure team growth and team development.

Qualifications for the position
Job requirements:
1. Doctoral degree in power electronics, power systems, new energy, automation related majors; More than 8 years of experience in technology research and development, technical solutions, and overall system design in the new energy and microgrid industry, with priority given to those with work experience in power systems, power supply industries, or power automation products.
2. Master multi time scale rolling scheduling, system communication, and system monitoring technologies, including distributed power generation forecasting, load forecasting, power balance of microgrids, photovoltaic power generation monitoring, wind power generation monitoring, energy storage power generation monitoring, etc;
3. Master distributed energy and microgrid technology, including photovoltaic, energy storage, charging, microgrid and other technologies and product applications, understand the key equipment performance of microgrids such as energy storage battery systems and energy storage inverters;
4. Have rich experience in designing EMS energy management algorithms;
5. Possess ambition, good communication and coordination skills, possess excellent teamwork spirit, and can motivate the creativity of the team

Salary:80-110k · 16 Salary
Experience requirements:5-10 years
Educational requirements:PhD
Job Description:
Job Responsibilities:
1. Independently carry out heat dissipation design for high and low voltage frequency converters/household storage and other power electronic products, including fan selection, air/water cooling radiator design selection, air/water cooling unit level heat dissipation design, and air/water cooling cabinet level heat dissipation design, etc
2. Master and proficiently apply knowledge of heat transfer, engineering thermodynamics, mechanical design, and fluid mechanics, and possess the ability to design product heat dissipation structures
3. Proficient in professional simulation software related to heat dissipation, such as Icepak, Fluent, etc
4. Familiar with product thermal testing equipment and capable of independently conducting product thermal testing
5. Proficient in IGBT structural characteristics and working principles, able to independently build heat dissipation simulation models, including steady-state and transient models
6. Possess good logical analysis skills, communication skills, and a strong sense of teamwork


Job requirements:

1. Master's degree or above in thermal design of power electronic products;
2. More than 5 years of relevant work experience, familiar with thermal design of IGBT/transformer/inverter/PCBA, etc;
3. Possess good communication skills and teamwork spirit, able to effectively organize teams to carry out work.
4. Possess strong problem-solving and analytical skills, able to think independently and work independently.
5. Strong curiosity and learning ability towards new technologies and methods, able to continuously improve one's technical level.
6. Candidates with relevant experience in the energy storage industry are given priority consideration

Salary:70-120k · 18 Salary
Experience requirements:Over 10 years
Educational requirements:PhD
Job Description:
Job Responsibilities:
operating duty:
1. Responsible for designing the topology architecture of power electronic products such as PCS;
2. Responsible for selecting key components and strategic planning;
3. Lead the research and planning of power electronic products suitable for energy storage systems;
4. Lead the construction of a testing platform for power electronic products;
5. Lead the research and development of power electronic products and push them towards mass production;
6. Responsible for coordinating the connection and cooperation between various functional modules, and providing technical support;
7. Participate in the strategic planning of energy storage products and lead the planning of power electronics products.
Qualifications for the position:
1. Master's degree in engineering, including but not limited to power electronics, power transmission, electronic information, electrical engineering, automation, etc;
2. More than 15 years of research and development experience in the power electronics industry, as well as experience as a leader or technical expert in a well-known enterprise;
3. Familiar with the product development process and lifecycle management of power electronics;
4. Proficient in cutting-edge power electronics technology and possessing a profound understanding of it;
5. Experience in developing photovoltaic energy storage power electronics is preferred, with strong industry understanding

Salary:100-200k · 16 Salary
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:
Post employment positioning and responsibilities

1. The formulation of regulations related to performance, safety, etc. brought about by the replacement of leading refrigerants
2. Technical route for optimizing the thermal performance of compressors
3. Risk identification and improvement of new refrigerant high reliability and high safety technology for automotive thermal management
4. Exploration of Energy Storage and Industrial Automation Thermal Management Technology

Qualifications:


1. Master the theory and tools of thermodynamic performance analysis
2. Familiar with the development history and trends of refrigerants in the refrigeration industry
3. Understand the current status of thermal management technology engineering in the fields of new energy and industrial automation
4. Understand the distribution and technical status of upstream and downstream suppliers
5. Experience in implementing enterprise engineering projects is preferred

Salary:40-60k · 18 Salary
Experience requirements:5-10 years
Educational requirements:PhD
Job Description:
Job Responsibilities:
1. Work closely with interdisciplinary teams of research scientists to conduct research on projects such as sodium ion batteries, all solid state batteries, and fuel cells, including long-term and exploratory research, applied research, and development, to serve multiple business areas of Midea Group.
2. Lead the development and processing of electrode materials for sodium ion batteries and all solid state batteries.
3. Responsible for developing innovative battery materials/devices, energy materials/devices, and process technologies in various application fields, such as energy storage and energy conversion, such as sodium ion batteries, lithium-ion batteries, all solid state batteries, and fuel cells.
4. Participate in experimental research to gain a basic understanding of device performance and manufacturing processes.
5. Develop, write and present research plans and proposals for internal and external institutions and partners of Midea Group.
6. Responsible for material preparation and evaluation, device manufacturing, and process development.
7. Establish and maintain technical networks, including universities and external partners.



Job requirements:
1. Doctoral degrees in physics, materials physics, materials chemistry, materials engineering, physical chemistry, and related disciplines.
2. More than 5 years of experience in electrode material processing, battery manufacturing, and device/material testing and analysis. Experience in manufacturing and characterizing sodium ion batteries, lithium-ion batteries, and all solid state batteries is preferred.
3. Familiar with materials physics, materials science, and surface/interface chemistry knowledge. Experience in the synthesis and processing of electrolytes, anode materials, and cathode materials is preferred. Experience in the manufacturing and characterization of sodium ion batteries, lithium-ion batteries, and all solid state batteries is preferred.
4. Possess advanced theoretical and application skills in battery materials/devices, as well as technical capabilities in material characterization technology.
5. Possess strong interpersonal and communication skills, able to contribute as part of a cross functional team, and establish and maintain good customer relationships.
6. Possess excellent problem-solving skills, able to consider overall issues, identify opportunities, and implement significant changes.
7. Self motivation, independent thinking, and proactive problem-solving.
Driven by quality, cost, and speed.
9. Has high energy and full enthusiasm.
Ability to set and achieve positive goals and targets.
View change and technological evolution as opportunities.
Has strong environmental, health, and safety ethics.
Fluent oral and written communication skills in English and Chinese

Salary:80-110k · 18 Salary
Experience requirements:Over 5 years
Educational requirements:PhD
Job Description:
Job Responsibilities:
1. Responsible for formulating business and research and development plans for energy storage intelligence and battery intelligence, promoting cooperation with sister units of the business unit and research institute, and facilitating key technology research and development as well as the transformation and implementation of technological achievements
2. Responsible for promoting the application of artificial intelligence technology in battery material research and development, battery health monitoring, battery life prediction, as well as the full lifecycle management of energy storage battery systems and energy storage power stations
3. Responsible for promoting technological research and development cooperation with universities, institutions, and advantageous enterprises in the fields of energy storage intelligence and battery intelligence
4. Guide and train R&D engineers to improve the team's technical level
5. Track and research the latest developments in energy storage intelligence and battery intelligence technology, and promote technological innovation and application Job requirements:

1. Doctoral degrees in electrical, electronic information, energy and power, physics, materials physics, electrochemistry, and other related fields
2. More than 10 years of research and development experience in the field of energy storage and energy
3. Familiar with energy storage technology and artificial intelligence technology, with experience in big data analysis and system modeling and simulation
4. Possess excellent interaction and communication skills, adapt to multi responsibility teams, be able to establish and maintain customer relationships, have experience in team management and project management, and be able to lead teams to complete project development tasks
5. Possess excellent problem-solving skills, able to consider the overall situation, seek opportunities, and implement major changes
6. Proactive, independent thinking, and able to actively solve problems
7. - Driven by quality, cost, and speed
8. Pursuit of Excellence
9. Ability to set and achieve challenging goals
10. Embrace the opportunities brought by change and technological development
11. Strong EHS awareness
12. Fluent in both spoken and written Chinese and English

Salary:100-200k · 15 Salary
Experience requirements:Over 10 years
Educational requirements:PhD
Job Description:
Job Responsibilities:

1. Responsible for designing the topology architecture of power electronic products such as PCS
2. Responsible for selecting key components and strategic planning
3. Lead the research and planning of power electronic products suitable for energy storage systems
4. Lead the construction of a testing platform for power electronic products
5. Lead the research and development of power electronic products and push them towards mass production
6. Responsible for coordinating the connection and cooperation between various functional modules, and providing technical support
7. Participate in the strategic planning of energy storage products and lead the planning of power electronics products

Qualifications:

1. PhD degree, majoring in engineering, including but not limited to power electronics, power transmission, electronic information, electrical engineering, automation, etc; 2. More than 15 years of research and development experience in the power electronics industry, as well as experience as a leader or technical expert in a well-known enterprise
3. Familiar with the product development process and lifecycle management of power electronics
4. Proficient in cutting-edge power electronics technology and possessing a profound understanding of it
5. Experience in developing photovoltaic energy storage power electronics is preferred, with strong industry understanding

Salary: 30-50k
Experience requirements:Over 10 years
Educational requirements:PhD
Job Description:
1. Doctoral degree, with more than 5 years of relevant industry work experience
2. Proficient in algorithm control and related architecture design, modeling, data analysis, and simulation verification, proficient in using control algorithms for rapid prototyping simulation, etc
3. Ability to guide engineers in analyzing the difficulties of research projects and collaborating with external resources to tackle them
4. Able to organize a team to develop air conditioning electronic control technology plans
5. Good communication, coordination, and management skills

Salary:100-200k · 18 Salary
Experience requirements:Over 10 years
Educational requirements:PhD
Job Description:
Job Responsibilities:

As a technical backbone, participate in the planning of power electronics development strategies and the formulation of technical routes. Through breakthroughs in core technologies such as high-power density module packaging, Midea's competitiveness in the field of power electronics power conversion is enhanced
2. Lead/participate in the preliminary research and technological productization work of the power electronics technology platform, combine packaging technology with high power density converters, apply them to the forefront areas of the group's strategy such as energy storage and robotics, and communicate with relevant business units to meet their needs, jointly initiate projects, and effectively execute them
3. Based on customer needs, lead the design, construction, and debugging of the power electronics hardware platform
4. Explore the cutting-edge technologies of integrated packaging and high power density converters in the field of power electronics, and vigorously promote the industrialization of new technologies


Qualifications:

1. Doctoral degree, major in Power Electronics/Electrical Engineering/Industrial Automation or related fields
2. More than 15 years of research and development work experience (doctoral degree with more than 8 years of work experience)
3. Possess a sense of teamwork, good communication and coordination skills
4. Proficient in the research and development process and process requirements of power electronic power modules or power supply modules, with rich experience in packaging testing, analysis, design, and debugging
5. Familiar with various topologies of AC/DC, DC/DC, and DC/AC converters
6. Familiar with the principles and related application technologies of power electronic devices
7. Proficient in commonly used software for packaging design, such as Pspice, Ansys, Solidworks, FLUENT, etc

Salary:50-70k · 15 Salary
Experience requirements:5-10 years
Educational requirements:PhD
Job Description:
Job Responsibilities
1. Responsible for the research and design of core technology innovation on the platform, ensuring that product technology meets user needs and addresses user pain points
2. Conduct and complete research and design on the architecture layout and core components of air conditioning products, including motion mechanism design, duct related structural design, etc
3. Serve as the project manager for core technology research on the platform, coordinating and coordinating the work of the project team in areas such as air ducts, performance, structure, electrical control, intelligence, health, and comfort
4. Collaborate with the team, deeply participate in visits and research, and be able to complete product concepts and planning
5. Responsible for coordinating the core technology of the platform with the planning team, development team, and engineering team
Job Qualifications
1. Doctoral degree with at least 5 years of work experience, or related air conditioning work with at least 1 year of work experience (excellent qualifications may be relaxed to a master's degree with at least 8 years of work experience), possessing innovative thinking
2. Major in mechanical design, materials, air ducts, refrigeration, etc., with experience in the research and development of air conditioning or similar products
3. Candidates with experience as a project manager or product manager, possessing team organization and project management skills, as well as technical/platform research and product development experience are preferred
4. Having a broad perspective, strong logical framework thinking ability, and a pioneering and innovative spirit
5. Having product architecture, user thinking, and business thinking, with a recognition and pursuit of quality and humanized design

Salary:100-200k · 16 Salary
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:
Job Responsibilities:
1. Responsible for designing the topology architecture of power electronic products such as high and low voltage frequency converters
2. Responsible for selecting key components and strategic planning
3. Lead the research and planning of power electronic products suitable for energy storage systems
4. Lead the construction of a testing platform for power electronic products
5. Lead the research and development of power electronic products and push them towards mass production
6. Responsible for coordinating the connection and cooperation between various functional modules, and providing technical support
7. Participate in the strategic planning of energy storage products and lead the planning of power electronics products

Qualifications:

1. PhD degree, majoring in engineering, including but not limited to power electronics, power transmission, electronic information, electrical engineering, automation, etc; 2. More than 15 years of research and development experience in the power electronics industry, as well as experience as a responsible person or technical expert in a well-known enterprise
3. Familiar with the product development process and lifecycle management of power electronics
4. Proficient in cutting-edge power electronics technology and possessing a profound understanding of it
5. Experience in high and low voltage, high-power power electronics development is preferred, with strong industry understanding. z

Salary:Salary negotiable
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:
Job Description:


1. Responsible for leading the team to develop an energy storage system battery management system (BMS), including system architecture design, algorithm optimization, hardware development, and other related work
2. Responsible for developing and executing the technical roadmap and plan for BMS R&D projects, ensuring that the projects are completed on time and with quality
3. Responsible for collaborating with product and marketing departments to continuously optimize and upgrade the BMS system based on market demand and product planning
4. Responsible for recruiting, training, and managing team members to ensure the technical level and work efficiency of the team
5. Responsible for technical exchanges and cooperation with partners, suppliers, etc., to maintain industry status
6. Responsible for tracking and analyzing industry technology development trends, continuously improving the team's technological innovation capabilities

Job requirements:

1. Hold a doctoral degree in electrical engineering, electronic engineering, automation control, or related fields
2. Have rich experience in the research and development of energy storage system BMS, familiar with the design principles and algorithm optimization of lithium battery management systems
3. Possess good team management and communication skills, able to effectively lead the team to complete project tasks
4. Possess strong technological innovation and problem-solving abilities, able to quickly respond to market demands and provide solutions
5. Have good English listening, speaking, reading, and writing skills, and be able to engage in international cooperation and communication
6. Strong sense of responsibility and teamwork spirit, able to adapt to high-intensity work pressure

Salary:40-70k · 17 Salary
Experience requirements:Over 5 years
Educational requirements:PhD
Job Description:
Job Responsibilities:
1. Fully participate in industrial research on sodium ion batteries, all solid state batteries, and fuel cells, including basic innovation, requirement definition, project planning, specification development, system design, experimental verification, and device/system failure mode analysis
2. - Meet with customers, business units, and experts to understand the key technical factors and requirements necessary for launching new products
3. Apply electrochemical impedance spectroscopy and basic electrochemistry for material evaluation/understanding, electrochemical device manufacturing, and electrochemical process development. Perform optimization work to transform the results of the concept validation into feasible business solutions
4. Participate in experimental research to gain a deeper understanding of material/device performance and processes
5. Plan, write, and report research plans and proposals to Midea Group's internal and external organizations and partners
6. Establish and maintain a technology cooperation network, including universities and external partners
7. Able to adapt to the transition from long-term and exploratory research to application and development projects, serving multiple Midea business projects
Qualifications:
1. Hold a doctoral degree in electrochemistry or related disciplines, or a master's degree in electrochemistry with over 5 years of experience in electrochemical process and device development, particularly in sodium ion batteries, all solid state batteries, and fuel cells
2. Passionate about using chemical and electrochemical technologies to solve objective world technological challenges, able to work in chemical or electrochemical laboratories, design and execute key experiments

3. Experience in applying knowledge of electrochemical kinetics to understand and enhance the performance of electrochemical processes/devices, including the application of electrochemical impedance spectroscopy and other electrochemical methods

4. Ability to link the chemical and physical properties of materials with electrochemical phenomena and related applications

5. Have experience in material preparation, performance evaluation, mechanism research, and modeling, and possess strong design and construction capabilities for research devices

6. Possess strong interpersonal and communication skills, excellent teamwork abilities, and the ability to establish and maintain good customer relationships

7. Possess excellent problem-solving skills, able to analyze problems from a global perspective, identify opportunities, and implement significant changes

8. Self motivation, independent thinking, and proactive problem-solving

9. Have a strong awareness of the environment, health, and safety

10. Fluent oral and written communication skills in both Chinese and English

Salary:40-70k · 18 Salary
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:
Job Responsibilities:


As a technical backbone, participate in planning the development strategy of power electronics and formulating technical routes. Enhance Midea's competitiveness in the field of power electronic power conversion through advanced power electronic digital control technology
2. Lead/participate in the preliminary research and technological productization of power electronics technology platforms, and combine with the group's industrial layout planning in the fields of servo drive, high power density inverters, intelligent energy management, medical imaging power supply, new energy, etc., to communicate with relevant business units, jointly initiate projects, and effectively implement them
3. Based on customer needs, lead the construction of system software architecture, and complete the design and debugging of the software platform
4. Explore cutting-edge technologies in the field of power electronics and vigorously promote the industrialization of new technologies



Qualifications:

1. Master's degree or above, major in power electronics/electrical engineering/industrial automation or related fields
2. More than 5 years of research and development work experience (2 years or more of doctoral work experience)
3. Possess team spirit, good communication and coordination skills
4. Familiar with modeling and control algorithms of power electronic converters, able to independently design control algorithms for converters, and solve problems such as dynamic response, stability, and control accuracy of converters
5. Familiar with various topologies and control principles of AC/DC, DC/DC, and DC/AC converters
6. Possess relevant development experience in TI DSP, ARM, and FPGA, and be able to independently develop software platforms
7. Familiar with using power electronics simulation software and design software, such as MATLAB, PLECS, PSIM, CCS, etc

Salary:60-90k · 18 Salary
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:
Job Responsibilities:

As a technical backbone, participate in the planning of power electronics development strategies and the formulation of technical routes. Through breakthroughs in core technologies such as wide bandgap semiconductors, digital control, and high power density integration, Midea's competitiveness in the field of power electronics power conversion is enhanced
2. Lead/participate in the preliminary research and technological productization of power electronics technology platforms, and combine with the group's industrial layout planning in the fields of servo drive, high power density inverters, intelligent energy management, medical imaging power supply, new energy, etc., to communicate with relevant business units, jointly initiate projects, and effectively implement them
3. Based on customer needs, lead the design, construction, and debugging of the power electronics hardware platform
4. Explore cutting-edge technologies in the field of power electronics and vigorously promote the industrialization of new technologies



Qualifications:

1. Master's degree or above, major in power electronics/electrical engineering/industrial automation or related fields
2. More than 5 years of research and development work experience (2 years or more of doctoral work experience)
3. Possess a sense of teamwork, good communication and coordination skills
4. Familiar with the research and development process of power electronic products, with rich experience in circuit analysis, design, and debugging 5. Familiar with various topologies and controls of AC/DC, DC/DC, and DC/AC converters
6. Familiar with the principles and related application technologies of power electronic devices, familiar with analog and digital control technologies
7. Proficient in using power electronics simulation software and hardware design software, such as Matlab, Mathcad, Plecs, Pspice, Cadence/Aluminum, etc

Salary:40-70k · 17 Salary
Experience requirements:Over 5 years
Educational requirements:PhD
Job Description:
Job Responsibilities:
1. Responsible for tracking domestic and international laws, regulations, certifications, and standard requirements related to the safety and fire protection of electrochemical energy storage power plants
2. Responsible for the research and design of the safety system for electrochemical energy storage power plants, completing safety and fire protection design plans to meet regulatory and certification requirements, and continuously researching solutions to ensure system safety
3. Responsible for the design of energy storage system security architecture, safety oriented failure and its impact analysis, non diffusion scheme for battery thermal runaway, energy storage system fire suppression technology, and fire protection system design scheme. Collaborate with system designers to implement various security schemes in the product
4. Responsible for post analysis and investigation related to safety and fire safety


Qualifications:
1. Master's degree or above, majoring in electrochemistry, fire safety and firefighting, chemical engineering, safety systems engineering, or related fields
2. More than 3 years of experience in the design and development of lithium battery system safety (including fire protection) related to electric vehicles or energy storage power stations
3. Familiar with the thermal hazards of lithium-ion batteries and the propagation mechanism of thermal explosion hazards in battery systems
4. There are systematic solutions to complex safety issues such as thermal runaway blocking of lithium batteries, from individual cells to packs and then to system levels, electrical high voltage, and flammable gases
5. Familiar with the characteristics and structural design calculations of insulation panels, explosion-proof panels, and other related materials, and collaborate with structural and thermal management designers to implement safety design into products
6. Familiar with various safety and fire regulations, able to identify safety issues in various aspects of the system and design countermeasures

Salary:50-80k · 18 salary
Experience requirements:Over 5 years
Educational requirements:PhD
Job Description:
Job Responsibilities:
1. Responsible for the research and development of core technologies for energy storage systems and energy management systems (EMS) in microgrids, including but not limited to health management, safety warning, and fault diagnosis of battery systems and other related equipment, power generation forecasting, load forecasting, and energy optimization scheduling in the system 2. Responsible for the research and development of core technologies for virtual power plant VPP applications, including but not limited to: overall design and planning of VPP management system, energy aggregation and scheduling, electricity price forecasting, intelligent bidding, etc 3. Participate in the development and construction of model in the loop and hardware in the loop simulation platforms related to energy management systems and virtual power plants, in order to improve research and development efficiency and promote rapid verification and promotion of technological achievements 4. Responsible for planning and developing relevant technical routes and plans, and promoting coordination and cooperation with relevant units of the business unit and research institute to facilitate the transformation and implementation of technical research results 5. Responsible for promoting technological research and development cooperation with universities, institutions, and advantageous enterprises in the field of energy storage intelligence 6. Guide and train R&D engineers to improve the team's technical level 7. Track and study the latest developments in intelligent energy storage technology, promote technological innovation and application Qualifications:
1. A doctoral degree with a background in electrical, electronic engineering, information technology, energy and power, chemical engineering, applied mathematics, physics, and other related fields 2. More than 10 years of research and development experience in related fields such as energy storage systems, energy systems, and power systems 3. Familiar with energy storage system technology and artificial intelligence technology, with experience in big data analysis and system modeling and simulation 4. Familiar with the relevant technologies of energy storage systems and microgrid energy management systems, including time-series data prediction, optimization scheduling, etc., with the ability to develop relevant algorithms and system design, and with experience in development and implementation 5. Familiarity and proficiency in the development and implementation of virtual power plant related technologies are preferred 6. Possess strong interaction and communication skills, adapt to multi responsibility teams, be able to establish and maintain customer relationships, have experience in team management and project management, and be able to lead teams to complete project development tasks 7. Possess strong problem-solving skills, able to consider the overall situation, seek opportunities, and implement major changes 8. Work proactively, think independently, and actively solve problems
9. Driven by quality, cost, and speed, pursuing excellence
10. Ability to set and achieve challenging goals, embrace opportunities brought by change and technological development 11. Strong EHS awareness
12. Fluent in both spoken and written Chinese and English