Aspects Of Production Research Articles

Unleashing the process of Industry 4.0 adoption: a resource-based view and new stakeholder theory approach

Purpose The purpose of this research is to advance the conceptual and practitioner understanding concerning the maximisation of Industry 4.0 technologies industries in an emerging economy. The study first examines the internal resources that companies possess to implement Industry 4.0 effectively and, second, identifies the critical gaps that necessitate external resources, both at the industry and government levels.Design/methodology/approach The study embraces qualitative and inductive approaches with semi-structured interviews conducted with 112 company leaders representing nine industries and operating in various cities/regions of Vietnam.Findings The data analysis helped unveil 16 critical dimensions. Notably, the organisation-developed competences dimension illuminates the understanding regarding firms’ available internal resources, while the financial management and technological leap ability dimensions help explain firms’ required resources. More broadly, the business community unity and business community learning dimensions ascertain the significance of industry-level support, while the technological sponsorship and legal framework guide dimensions underline government support.Originality/value First, the study unpacks various key aspects of their daily, mid- and long-term operations associated with their current internal resources, gaps identified and the support they require to progress within the Industry 4.0 environment. Second, the study proposes a framework that advances the extant conceptual understanding of operational, strategic, managerial and production aspects among firms operating in an emerging economy. Third, it focuses on companies operating in nine industries in an emerging economy. Fourth, the study contributes to addressing various extant research gaps.

Effect on N release by urea coating with chitosan, starch and urease inhibitor.

Food production often relies on nitrogen fertilizers, which can harm the environment when dispersed in agroecosystems. A new urea coating additive, made from chitosan, starch, and N-(n-butyl) thiophosphoric triamide (a urease inhibitor), has been developed to mitigate these effects. The additive was tested for its impact on ammonium (NH4) production and urea release in water, characterized using Fourier transform infrared spectroscopy (FTIR), and subjected to bioassays on lettuce and rocket. The additive decreased the urea release rate in water by 12 %, as predicted by the Korsmeyer and Peppas model, indicating Fickian diffusion controlled by concentration gradients. FTIR analysis revealed that the interaction between chitosan's amine groups and urea's hydroxyl groups slowed the release. In lettuce and rocket, the additive enhanced root development, increasing surface area by 97 %, root volume by 100 %, and thin and thick root growth by 65 % and 131 %, respectively. After 24 h, the fertilizer produced less ammonium when in contact with urease. The production cost of this fertilizer was only 20 % higher than conventional fertilizers, showing that applying NBPT, starch, and chitosan to urea can reduce waste and improve key aspects of sustainable food production.

Coupling and Spatial Disparities of Regional Economy and Ecosystem in High-Quality Town Development

This study investigates the coordination between regional economic growth and ecological sustainability within the context of high-quality town economy development. To address the challenges of balancing economic expansion with environmental protection, a comprehensive evaluation index system is constructed, encompassing two key dimensions: regional economy and ecological environment. Using panel data from 2013 to 2022, the coupling coordination degree model is employed to quantify the interactions and synergy between these dimensions. Additionally, spatial econometric methods are applied to calculate both global and local Moran’s Index, revealing spatial clustering patterns, regional disparities, and heterogeneity. The relative development model further identifies critical factors influencing regional coordination, with a focus on the lagging development of basic infrastructure and public services. The findings demonstrate a positive temporal trend toward improved regional coordination and reduced development gaps, with a spatial pattern characterized by higher coupling degrees in eastern and central regions compared to western areas. Based on these results, this study proposes actionable strategies to enhance coordinated development, emphasizing ecological conservation, the establishment of green production and consumption systems, ecological restoration, and strengthened municipal collaboration.This revised abstract emphasizes the study’s purpose, methods, and key findings more clearly while maintaining a professional and concise tone. Finally, based on the above analysis results, the corresponding coordinated development suggestions of regional economy and ecological environment are given from the aspects of ecological environment protection measures, green production and consumption system construction, ecological environment restoration and municipal coordination.

Dysfunctional Studies: Family Business New School of Thought

Purpose: To explore and connect the potential elements identified as dysfunctional in family businesses (DYSFB), where productive, unproductive, and destructive aspects are underscored. Methodological design: A documentary review focused on identifying relevant scholars and academic works that address this dysfunctional dimension. Results: The "dysfunctional side" analysis provides a significant and novel contribution to family business (FB) studies. It establishes a framework for future theoretical and empirical research on deviations from ideal conditions within such organizations. Research limitations: A notable limitation is the need for further empirical research to substantiate the proposed theoretical model, which may lead to a more precise definition of the construct, as well as a clearer understanding of the factors or forces that drive DYSFB from a systemic perspective Findings: The viability of advancing a new school of thought devoted to studying dysfunctionality in family businesses (DYSFB). The theoretical model posited here lays a foundation for future research and holds considerable potential to inform public policy, shape the entrepreneurial ecosystem, and influence entrepreneurship education.

Multiple myeloma and anti-BCMA CAR-T therapy: a literature review

Significant progress has been made in the treatment of multiple myeloma (MM), leading to improved clinical outcomes. However, despite the success of traditional methods such as surgery, radiotherapy, and chemotherapy, the challenge of fully curing patients with relapsed and refractory MM remains pressing. A promising therapeutic approach is the use of chimeric antigen receptor T-cells (CAR-T), which has demonstrated efficacy in patients with resistant B-cell malignancies and is actively being studied for the treatment of MM. Special attention is being given to B-cell maturation antigen (BCMA) as a potential target for CAR-T therapy in MM.The objective is to analyze the current state of anti-BCMA CAR-T therapy in ММ, covering aspects of production, preclinical and clinical trials, as well as examining therapy-related toxicity and relapses.Data analysis was conducted using specialized medical databases such as PubMed, Scopus, Web of Science, Frontiers, and Google Scholar from 1974 to 2024. The article reviews latest achievements in CAR-T therapy for MM, current advances in the production and application of BCMA CAR T-cells, along with key challenges faced by this technology. The data obtained confirm significant progress in optimizing CAR T-cell structures and improving manufacturing processes, making the therapy more accessible for clinical use.Although early-phase trials of anti-BCMA CAR-T therapy show promising results, challenges remain, such as toxicity and insufficient response in some patients. Optimization of CAR structure and manufacturing technologies may improve the efficacy and accessibility of CAR T-cell therapy, making it a key direction for future research.

Effect of Dietary Supplementation of Durvillaea Antarctica Meal on Production and Meat Quality Traits of Lambs.

Worldwide, there are reports indicating that sheep raised in insular systems spontaneously consume seaweed. In the southern hemisphere, there exists Durvillaea antarctica, a brown seaweed that possesses minerals and fatty acids that could improve some aspects of sheep production and meat quality, respectively. However, the consumption of this algae in lambs has been scarcely studied. The objective of this study was to evaluate the effects of dietary inclusion of Durvillaea antarctica meal on the growth performance, blood profile, and meat quality of fattening lambs. Thirty Araucana Creole lambs were housed and allocated to three pens. One pen served as a control, while the remaining two were supplemented with diets containing 5% and 10% Durvillaea antarctica meal. After 9 weeks, the animals were slaughtered. The dietary treatments did not significantly affect body weight and blood biochemical parameters. However, changes were observed in meat quality traits, including increased redness and reduced luminosity in the loin for the high inclusion treatment, in addition to slight alterations in pH and lower lipid oxidation in lambs' meat fed Durvillaea antarctica. Furthermore, the meat from lambs supplemented with Durvillaea antarctica exhibited increased levels of linoleic acid and arachidonic acid, along with higher monounsaturated fatty acid content and a reduced omega-3/omega-6 ratio. This study shows that Durvillaea antarctica can be used to feed lambs without impairing growth or production parameters, which has been little studied. It is possible that this brown seaweed could be considered a natural additive to improve the quality and nutritional value of lamb meat. The effect of this seaweed on other ruminant models could be addressed in future studies.

Relationship Between Pituitary Gland and Stem Cell in the Aspect of Hormone Production and Disease Prevention: A Narrative Review.

In the last two decades, scientists have gained a better understanding of several aspects of pituitary development. The signaling pathways that govern pituitary morphology and development have been identified, and the compensatory relationships among them are now known. This paper aims to emphasize the wide variety of relationships between Pituitary Gland and Stem cells in hormone Production and disease prevention. Based on many case reports and several types of research, a wide variety of relationships between the Pituitary Gland and Stem cells in the aspect of hormone Production and disease prevention are reviewed in this literature. In this paper, we focus on various roles and functions of the pituitary gland, the responsibilities of stem cells as a mode of hormone production, and disease prevention. Within this period, more was discovered concerning the contributions made to the transcription factors within the pituitary development, with factors such as Prop1, Pitx1, and Sox2 being defined as important in the development and action of hormone-secreting cells. They are also required in the appropriate specification of the cell types in the pituitary gland and the persistence of the progenitors. Manipulation of these factors causes developmental defects as well as tumors, thus the necessity of knowing the precise function and interaction of these factors. A closer look at these transcription factors could help expand treatment options for structural defect development or give rise to pituitary adenomas. It has been established that signaling pathways such as Sonic Hedgehog (Shh), Wnt, and Notch play a part in modulating pituitary development. These pathways are involved in regulating important processes such as cellular proliferation, differentiation, and organization of the pituitary gland tissues. Breaching any of these pathways has been correlated with the development of various pituitary-related conditions including adenomas and congenital hypopituitarism. Moving forward, further studies of these pathways and their associations with stem cells could provide a better understanding of disease processes and approaches to manage them. This way, there is a possibility of developing new approaches aimed at treating the cause of the dysfunction of the pituitary gland by modulating its specific signaling activities. Promising directions for the stimulation of hormone synthesis and restoration of normal pituitary function upon its disorders via tissue regrowth could be found in stem cell application. The fact that one can generate functional pituitary cells from iPSCs for instance provides new avenues both for the understanding of pituitary disease mechanisms as well as for personalized medicine. It is possible to utilize these stem cell- derived cells for modeling disease, drug discovery or even transplantation to restore the function of the damaged pituitary gland. In the future, however, the focus ought to be on the effective application of stem cell therapies that have been research during the development of better differentiation processes. The recent understanding of the system that carries the hypothalamic hormones to the pituitary gland, i.e., the hypophyseal portal vasculature, has had its implications too. This factorial consideration emphasizes the role of the vascular component in the control of pituitary activity - the release of hormones by the pituitary gland. Exploring stem cell-hypophyseal portal system interactions may open new avenues of treatment for diseases associated with deficient hormone transportation and/or pituitary dysfunction.

Consumer Preferences and Willingness to Pay for Organic and Locally Produced Walnuts: A Choice Experiment Approach

Consumers’ increasing concern for their health, the environment, and ethical aspects of food production has generated a growing demand for organic and local produce. Specific information on consumer preferences, at the regional and product level, is necessary for producers to make better decisions. To investigate consumer preferences and their willingness to pay a premium for locally produced and organic walnut systems, we used a discrete choice experiment. Data were collected using face-to-face questionnaires from a representative sample of 501 walnut consumers from the main cities of Puebla, Mexico. The results showed heterogeneous preferences for different types of walnuts, with higher marginal utility and willingness to pay a premium for locally produced and organic nuts. However, lower preference was identified for the latter, with respect to locally produced nuts. Potential buyers of nuts were people under 40 years of age, with a monthly income of more than EUR 1500, and environmental advocates. Our findings provide producers, sellers, and policy makers with useful information that can guide them in developing successful market segmentation, communication, and pricing strategies for the walnut production and marketing.

Economic Analysis of Lettuce Growing in Greenhouse: A Case Study from Türkiye

The main purpose of this study is to analyze the economic aspects of greenhouse lettuce production in the Menderes district of Izmir province, Türkiye and to determine the criteria that growers attach importance to in lettuce growing. Data were collected from 66 growers using a proportional sampling method using a survey. In the study, first of all, the socio-economic characteristics of the growers were determined. Then, economic aspects of lettuce production of the growers were analyzed and the criteria that growers attach importance to in their decisions to grow lettuce were determined. Average lettuce production area was 3.76 decares. Average lettuce yield per decare was calculated as 4,516.17 kg. The average gross return of lettuce per decare was determined as US$ 1,474.19, and average net return per decare US$ 542.25. the most important criterion that growers consider for growing lettuce was determined to be soil and water structure. The study results show that lettuce production can be done economically in the region. But, in order to make production profitable and ensure economic sustainability in greenhouse vegetable growing, it is necessary to reduce production costs. In addition, vegetables should be marketed at a high price.

Tamarind (Tamarindus indica L.) Components as a Sustainable Replacement for Pork Meat in Frankfurter Sausages.

Five types of frankfurters were formulated: a control without tamarind (T0) and four samples using 5% tamarind pulp paste (PT5), seeds (ST5), peel (CT5), and a blend of all of them (PSCT5), replacing the same portion of meat. The inclusion of tamarind components led to a reduction in the moisture and protein content of the reformulated frankfurters. In terms of mineral composition, CT5 showed the highest (p < 0.05) calcium content. Additionally, ST5 and CT5 treatments demonstrated the lowest processing loss values. The pH was lower in the PT5 treatment (p < 0.05). Incorporating tamarind components reduced the lightness (L*) of the frankfurters, resulting in darker sausages. However, ST5 exhibited greater redness (a*), while higher yellowness (b*) values were observed in PT5 and CT5 treatments (p < 0.05). Texture analysis revealed no differences (p > 0.05) in hardness and chewiness between T0 and PT5; however, ST5 exhibited the highest values for these parameters (p < 0.05). No variation in the conformational order of the lipid acyl chains due to the incorporation of tamarind compounds was observed related to physical entrapment of these compounds in the frankfurter matrix. Both T0 and PT5 were well accepted by consumers, and scores higher than 7 were observed for overall acceptability and purchase intention. The study demonstrated that incorporating tamarind components, especially pulp paste (PT), is a viable alternative for replacing lean pork meat in frankfurters, improving the sustainable aspects of frankfurter production.

Aspects of particle production from bubble dynamics at a first order phase transition

Aspects of particle production from bubble dynamics at a first order phase transition

Preface

The 7th International Conference on Food and Agriculture (ICoFA) Introduction of ICoFA 2024 Dear colleagues, We are glad to announce the release of the 7th International Conference of Food and Agriculture (ICOFA-2024). The ICOFA is a conference held by Politeknik Negeri Jember regularly every year. This year the theme of our conference is “Empowering Global Society in The Field of Agriculture, Food, Animal Husbandry, and Energy to Respond Climate Emergency for Sustainable Future” Surely, we plan to conduct this conference physically and virtually (hybrid). However, due to the new normal working methods based on “Work From Anywhere (WFA)”, the 7th ICOFA 2024 was carried out physically and virtually via the Zoom meeting platform. We took this option because this conference was already designated and funded. Keynote and invited speakers were also scheduled for this event. Many delegations and authors requested for this conference to be performed since they needed it to cover their publication and sharing knowledge requirements. The key directions of the conference covered the discussion of advanced achievements and touched upon the main aspects of Agricultural Production and Agricultural Technology, Animal Husbandry and Fisheries, Agribusiness Management, Engineering, and Information Technology. List of Scientific Committee the 7th ICOFA 2024 and Technical Committee the 7th ICOFA 2024 are available in this pdf.

Sustainable intensification of dairy farms in temperate Atlantic climate; effects on productive, nutritional and environmental aspects

CONTEXTAnimal diet, farm management, and feed production are factors that need to be considered in order to maximize the efficiency and minimize the environmental impacts of dairy farms. Sustainable forage intensification could be one possible solution in order to maintain food security and profitability and at the same time respect the environment under the threat of climate change. OBJECTIVEThis work simulates the productive, nutritional, and environmental effects of cattle dairy farms in wet temperate regions of North Spain, under sustainable intensification. This approach was based on forage intensification by converting grassland areas to annual forage crops and replacing the concentrate intake in dairy cows' diet by up to 30 %, with silage from the forages produced on-farm. METHODSTwo intensive dairy systems were used, identified according to the herd's diet composition. A model farm that represents an average farm in each of the two characteristic intensive systems was employed, taking into consideration field area and use, number of animals, diet, milk yield and slurry management. The simulation model DairyCant was used to run simulations of the average farms under present management (baseline) and under scenarios over succession of Zea mays L. to various winter forage crops (7 scenarios), with variation of the number of dairy cows in the herd (7 scenarios) and under partial replacement of concentrate in the herd's diet (14 more scenarios), resulting to 28 simulations for each intensive dairy system. RESULTS AND CONCLUSIONSUsing forage intensification, the production of forages was increased and as a consequence, feed imports are reduced, thus feed production is relocated and farmers' profitability could be increased. Besides, the environmental factors, such as the nitrogen (N) surplus and the total N footprint were decreased, indicating that would have the potential to reduce farm GHG emissions and nitrogen losses. The scenarios involving Z. mays L. succession to Trifolium incarnatum were the most interesting, from a productive, nutritional and environmental point of view. SIGNIFICANCEReplacing grassland with annual forage crops and reducing concentrate intake of dairy cows could result to increase of the nitrogen use efficiency (NUE), which means less nitrogen excreted to the environment. At the same time, the reduction of the concentrate provides the potential to improve the economic sustainability of the farms. To establish the realistic implementation of the forage management described here, farmers' abilities and willingness, together with potential supportive policies, must be taken into account.

Yoghurt fortification with Moringa oleifera: nutritional and production aspects

Yoghurt is a nutrient-dense dairy food product produced by lactic acid bacteria that enhances digestion and nutrient absorption, as well as sustains gut flora. However, it is a low-phenolic food. In addition to being a potential food delivery system, creating unique yoghurts with plant-derived ingredients has become more popular. Increasingly, Moringa oleifera remains a popular phytotherapeutic plant known for its antioxidant properties, given the presence of a wide range of phenolic compounds. Adding M. oleifera to yoghurt, therefore, would enhance both mineral and phenolic compositions, as well as promote the growth of probiotic bacteria. In this review, the nutritional and production aspects of M. oleifera to fortify yoghurt is discussed. The obtained findings on M. oleifera’s therapeutic properties consolidate it as a promising ingredient for yoghurt fortification, as demonstrated by its nutritional and functional impact on yoghurt. Given that yoghurt production requires adherence to specific standardized thresholds, the rich polyphenolic content of M. oleifera, which adds an astringent taste, requires future studies to overcome this challenge.

Exploration of Polyhydroxybutyrate (PHB) Production Potential of Photosynthetic Microbes: A Sustainable Source of Bioplastic.

The present study examined Polyhydroxy butyrate production (PHB) potential of different photosynthetic microbes such as Chlorella vulgaris, Scenedesmus obliquus and Rhodobacter capsulatus-PK under different nutrient conditions. Biodegradable bioplastics, such as Poly-β-hydroxybutyrates (PHB), derived from these microbes provide a sustainable alternative to conventional petroleum-based nondegradable plastics. As the demand for clean and sustainable alternatives rises, bio-plastic is gaining attention as a viable substitute to conventional plastics. However, conventional sources of bio-plastic production have inherent limitations, which can be effectively addressed through the utilization of photosynthetic microbes e.g. microalgae, purple non sulphur bacteria. The production of bioplastic was evaluated by cultivating the microalgae in BG-11, BBM and PNSB in synthetic growth media (MI, MII) with different nitrogen concentrations of 0%, 50% and 100%. The biopolymer (PHB) was obtained from all experiments in a wide range of concentration (7-42.8%) of dry cell weight (DCW). In this study, algal isolate SK1 demonstrated the highest PHB content (42.8%) in BBM under 100% nitrogen starvations rendering the bioplastic exceptionally compatible and suitable for eco-friendly applications. Additionally, various patents cited by different authors on different aspects of microbial bioplastic production. Nutrition depletion such as nitrogen scarcity induced stressful growth conditions that resulted in highest accumulation of the biopolymer PHB. Optimizing nitrogen availability is key to maximizing PHB production, making it a viable sustainable alternative to conventional plastics.

Explosives and their compositions in the Russian-Ukrainian war

The article investigates modern explosives and their compositions used in the Russian-Ukrainian war since the spring of 2014, taking into account new means of destruction that appeared after the full-scale invasion of 2022. The main object of the study is explosives fitted to ammunition of the armed forces of Russia and Ukraine according to the markings on the cases. The purpose of the study is to expand knowledge about the nomenclature of explosives and their compositions used during the Russian-Ukrainian war. The purpose of the article is to analyse the scientific literature, Internet sources, photos and videos posted on social media regarding explosives in the Russian-Ukrainian war. The scientific novelty of the article lies in the identification of new labels and characteristics of explosives used in the conflict and their comparison with already known explosives. The author analyses the technical characteristics, economic factors and availability of explosive components. The latest explosives have advantages in terms of production speed and availability, which makes them important in the context of a shortage of raw materials, reduced production capacity and scientific and technical base. A comparison of modern explosives with those used in the past to better understand their effectiveness and potential risks if detected. The conducted analysis of photo and video materials with the use of ammunition in the course of hostilities on the territory of Ukraine revealed new markings of equipment with explosive ammunition. The economic aspects of the explosives production are considered, taking into account the issues of reducing the cost of production and using cheaper materials. It is concluded that the technological development of the defence industry and its adaptation to the conditions of long-term combat operations are of great importance.

Pemanfaatan Biji Cempedak (Artocarpus Champeden) dalam Produksi Tempe Inovatif : Program Edukasi Mahasiswa Berbasis Kearifan Lokal

Tempe is an inherent food source for Indonesians, with a large number of tempe consumers in the local community. This community service program aims to improve students' understanding and skills in processing cempedak seeds into tempe, including drying methods that allow long-term storage. This activity was carried out from July to November 2024. This activity was carried out in several stages, namely the preparation stage, the implementation stage, and the completion stage. The program on the utilization of cempedak seeds in tempeh production shows promising potential as a food innovation based on local resources. The success rate of this program is not only measured from the production aspect, but also from the transfer of knowledge to students who act as agents of change in alternative food development. Some of the advantages of this activity program are that it provides an alternative utilization of cempedak seed waste into products with nutritional value. In addition, the production cost is relatively affordable compared to the use of soybean. The disadvantage of this program is that the availability of raw materials depends on the cempedak harvest season.

Evaluation of the parameters of variability of the productivity of kholmogory breed bulls

For the first time in Russia a mathematical analysis of sperm production of Kholmogory stud bulls will be performed based on a linear equation model. The aim of the research was to evaluate the parameters of variability of the productivity of Kholmogory stud bulls based on a linear equation model. The object of the study was Kholmogory stud bulls (n = 72) born and used mainly in the Komi Republic. The main aspects of sperm productivity that were the subject of the study include the following parameters: "proportion of live sperm", "sperm concentration", "proportion of sperm with PPD, (%)", "number of sperm with PPD in a dose", "number of sperm with intact acrosome", "number of sperm with abnormal morphology", "sperm survival at 38°C, h". The collected data were analyzed using a mixed equation model approach with the REMLF90 restricted maximum likelihood program. The highest values of the genetic correlation coefficient were found for such sperm production parameters as "sperm concentration, million/ml" - it was reliably positively associated with "the number of sperm with PPD in a dose, million" and "the number of sperm with an intact acrosome, %". In this case, the correlations were at the level of r=0.6-0.8. "The number of sperm with abnormal morphology, %" positively correlated with "the proportion of live sperm, %" and with the "sperm survival at 38°C" parameter. Negatively strong reliable relationships were not established either for the values of genetic or paratypic correlations. Low heritability of sperm productivity parameters (0.039…0.112) indicates that the influence of genetics on these parameters is small. Among these parameters, the highest heritability coefficient was demonstrated by the parameter “sperm survival at 38°C” (0.322). In light of the analysis of sperm productivity as a complex of parameters, it can be stated that this system demonstrates significant stability and variability, which emphasizes the importance of taking into account various aspects when assessing sperm productivity.

Aпробация методики обоснования срока службы грузовых вагонов на основании результатов испытаний вагонов-аналогов

Purpose: the development and implementation of advanced load-bearing metal structures for bodies and frames, the unification of elements and assemblies using the most proven designs in operation, the technological refinement of individual elements, systems, and subsystems of cars; improving reliability, maintainability, and enhancing maintenance systems for rolling stock raises the issue of determining the service life of freight cars, considering the economic aspects of production and operation. Method: to confirm the service life of freight cars, an assessment and comparison of the results of durability and operational dynamicstrength tests of analog cars are carried out, as well as digital modeling in the “Universal Mechanism” software package. Results: as a result of testing this methodology, the service life of the 19-1272-01 model hopper car, which is 32 years, was confirmed. Practical Significance: the testing of the service life justification methodology was carried out on hopper cars of models 19-1272-01 and 19-1298 produced by JSC “Ruzkhimmash”.

Design and Implementation of a Battery Temperature Display System Built on the MC9S12XS128 Platform

With the rapid development of society, people's awareness of environmental protection is becoming stronger and stronger. Due to the greater demand for energy, new energy has become the object of attention. Now electric energy is widely used in all aspects of people's production and life. As a kind of device to store electric energy, battery has been paid more and more attention. How to extend the battery life and ensure the normal and stable operation of the battery has become the focus of research. This design carries on the analysis to the battery, uses the MC9S12XS128 single chip microcomputer. The hardware design and software design of the single-chip microcomputer complete the collection and display of the battery temperature parameters, so as to grasp the performance parameters of the battery, After debugging the display system, the results show that the battery temperature display system can display the temperature status in real time, meeting the working requirements. The system can intuitively understand and master the working status of the battery. So that the battery can work safely and stably.