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| Title | Designing Dynamic Visualization of Battery Management System of an Electric Vehicle |
| Edition | |
| Call Number | 2018/I/46 |
| ISBN/ISSN | |
| Author(s) | Yulia, Ninda Lastri |
| Subject(s) | design product Dynamic Visualization Battery management system pair-comparison |
| Classification | 658.5 Yul d |
| Series Title | GMD | Tugas Akhir |
| Language | Inggris |
| Publisher | Departemen Teknik Industri FTI-ITS |
| Publishing Year | 2018 |
| Publishing Place | Surabaya |
| Collation | |
| Abstract/Notes | Dynamic visualization must have an interface. An interface with dynamic visualization can resulted in extraneous cognitive load that can take the viewer’s attention away from the task of understanding and learning from the dynamic visualization. The design of effective dynamic visualizations must be explained by the research on interface design. One of technologies that implement dynamic visualization is electric vehicle (EV). The dynamic visualization is implemented on the integrated battery management system (BMS) interface. BMS keeps the battery performance within safe operating area (SOA). When it is not operated inside the SOA, it may lead to physical damage due to overheating, or even an explosion. The battery plays important role as the ‘life’ of an electric vehicle. This final project discussed about the concept of user interface and user experience to design a dynamic display for BMS display installed in dashboard panel. A literature study of BMS display on various existing brands of EV was conducted to know BMS display preference. Expert’s judgement was also applied to give judgement towards respondent’s preference score result. Research resulted that the pair-comparison questionnaire of dynamic display alternatives for battery state of charge were consistent, proven by the consistency level by Amman and Greenberg, while the pair-comparison questionnaire of dynamic display alternatives for battery voltage screened-out data from 1 (one) respondent due to low consistency. The experiment showed respondent’s highest preference scores of dynamic visualizations for battery state of charge is digital with check reading and analog-semicircular with check reading for dynamic visualization of battery voltage. Expert's judgment stated that analogue semi-circular with check reading is the most preferred display for battery state of charge and digital display with check reading for battery voltage. The most influential design factors for BMS dynamic display are the check reading availability (in form of color) and design style. |
| Specific Detail Info | visualisasi dinamis, safety operating area, battery management system, pair comparison, interface |
| Image |  |
| File Attachment | LOADING LIST... |
| Pembimbing | Ratna Sari Dewi, ST., MT., Ph.D. |
| Volume | |
| Availability | LOADING LIST... |
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