Globally, new energy transformation has become an inevitable choice of the times. With the in-depth promotion of the "dual carbon" goal, this trend is becoming more and more obvious. As a bright pearl in the field of new energy, the research and development of lithium batteries, the construction of the industrial chain and technological innovation are undoubtedly the core of this energy revolution. The increasing perfection of its industrial chain, the continuous innovation of technology, and the strong support of policies all indicate the unlimited potential and bright prospects of this industry.
Since the commercialization of lithium-ion batteries in 1991, it has made its mark in the market and has shown unstoppable growth. With significant advantages such as high energy density, long cycle life, no memory effect, and safety and reliability, lithium-ion batteries have become a leader in the field of new energy. After decades, the industrial chain of lithium batteries has become more and more perfect, and the impact of material quality on the performance of lithium batteries has become increasingly significant. The demand for testing core materials such as cathode and anode materials, electrolytes, electrode substrates, and separators is growing. It can be seen that continuously improving the quality of materials is essential to promote the sustainable development of the lithium battery industry.
Lithium battery testing business challenges
However, the R&D and production of lithium batteries is not an easy task, and there are often many challenges in the daily battery testing and R&D work, such as:
There are many and miscellaneous testing equipment, and the interface of testing equipment is not uniform, and it is difficult to deal with it in a unified manner.
There are many types of data and occur frequently, relying on manual processing and analysis, which is inefficient, error-prone and weak data traceability.
Project management is not highly controllable, task management is inefficient, and information transmission is difficult.
The format and form of the report are different, and the efficiency of issuance is low.
Massive data sinks, how to mine and utilize.
These issues hinder the efficiency and accuracy of the lab, which in turn affects the R&D and production schedule of the battery.
king's limsAn indispensable laboratory management system for the lithium battery industry
A king made by the green and soft green'S LIMS helps lithium battery laboratories easily control the huge and complex data. This comprehensive information management platform of the laboratory not only provides an efficient solution for data processing and analysis, but also comprehensively standardizes the resource management of the laboratory. It covers the core elements of the laboratory: personnel, consumables, equipment, technical methods, data files, and quality systems. By king'S LIMS, the sample flow, testing process and original records of the laboratory are meticulously managed to ensure the accuracy and reliability of experimental data.
The advent of this system has made it easier for laboratories to collect, process, analyze and utilize data. It not only improves work efficiency and optimizes resource utilization, but also plays a huge role in facilitating information exchange and resource sharing between laboratories. This has undoubtedly accelerated the pace of scientific research and improved the conversion rate of scientific research results. 
king's limsSimplify the processing of lithium battery manufacturing data
In the face of the current situation of many lithium battery manufacturing processes, complex equipment, complex data and acquisition levels, and complex production logic relationshipsking'S LIMS seamlessly embeds data acquisition capabilities and provides a variety of data acquisition methodsBy standardizing the workflow of experimenters, we can achieve paperless office, maximum efficiency, operational compliance, legalization of results, and traceability of data.
The data relies on manual processing and analysis, which is inefficient. king'S LIMS can automatically calculate data results according to calculation formulas, functions, revision rules, etc., to improve the accuracy and efficiency of experimental data
king'S LIMS can perform custom statistical analysis of the test data, including the number of tests, pass rate, failure rate and other indicators of various materialsHelp relevant personnel to manage and maintain the daily data of lithium battery testing more efficiently。At the same time, it is convenient to dig deep into the data of materials, realize the comparison of horizontal and longitudinal index differences, and assist experimenters to quickly screen the best candidate materials.
king's lims: a number of outstanding highlights:Lithium battery detectionProblem-solving
1.Full informatization of laboratory business processes: Focusing on the whole process of inspection and testing work, such as task management, sample transportation and storage, intelligent management and issuance of inspection tasks, real-time tracking, electronic records, intelligent compilation of reports, data query and summary, and statistical analysis, the construction of informatization and intelligence is carried out, and the whole process of inspection and testing work is automated and traceable.
2.Achieve efficient quality management: meet the requirements of the latest relevant standards and regulations, carry out efficient quality management of inspection work, and start from quality control, personnel training, personnel supervision, internal audit, management review, etc.
3.Optimization of resource management: Optimize the scheduling and management of resource elements such as personnel, equipment, reference materials, reagent consumables, regulations and standards, and environmental facilities to improve work efficiency and support the smooth completion of inspection work.
4.The data is in line with the national standard and can be analyzed: it meets the international standards for inspection data and the needs of data analysis and evaluation, ensures the authenticity, consistency, integrity and traceability of the whole life cycle of the data, and can help researchers improve the efficiency of recording, realize the collection, analysis and reuse of data, so as to improve the efficiency of scientific research and accelerate the output of results.
5.A high degree of collaboration between the laboratory and related departments: through king'S LIMS realizes a high degree of collaboration between the laboratory and other relevant departments, and improves the efficiency of the laboratory, the control of test samples and the tracking of process data.
6.Strict permission control: The system has strict permission control for internal data access to maximize the protection of laboratory access security.
7.Automatic scheduling of detection tasks: king'S LIMS automatically schedules testing tasks to help laboratory managers liberate manpower and improve efficiency.
8.Data analysis and decision support: Through the data of the laboratory system data center, the test data can be analyzed in multiple dimensions, further improving product quality and helping to improve R&D capabilities. By recording laboratory personnel, equipment, plans and process data, and displaying them in various forms, graphs, etc., it provides scientific decision-making basis for laboratory leaders and company decision-makers.
9.Flexible reporting: Custom word report, simple, flexible and adaptable, the same result can be set to a variety of formats of reports, such as Chinese, English, etc.
king'As a laboratory digital solution, S LIMS plays an important role in scientific and technological empowerment in many aspects of lithium battery testing, which can help enterprises solve various pain points encountered in the R&D and production process, so that laboratory staff can focus more on R&D and testing, improve product innovation capabilities and quality levels, and help the sustainable development of the lithium battery industry!