Download Free Download : Coursera - Introduction to battery-management systems
mp4 | Video: h264,1280X720 | Audio: AAC, 44.1 KHz
Genre:eLearning | Language: English | Size:1.08 GB
Files Included :
02 1-0-introduction-to-the-specialization.mp4 (17.76 MB)
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02 1-1-1-welcome-to-the-course.mp4 (38.84 MB)
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02 1-1-2-introducing-important-battery-terminology.mp4 (27.56 MB)
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02 1-1-3-what-are-the-parts-of-an-electrochemical-cell.mp4 (36.72 MB)
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02 1-1-4-how-does-an-electrochemical-cell-store-and-release-energy.mp4 (34.33 MB)
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02 1-1-5-what-are-the-best-materials-to-use-in-an-electrochemical-cell.mp4 (46.76 MB)
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02 1-1-6-example-electrochemical-incl-pba-and-nimh-cells.mp4 (41.14 MB)
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02 1-1-7-summary-of-battery-boot-camp-module-plus-next-steps.mp4 (5.93 MB)
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02 1-2-1-benefits-of-lithium-ion-cells.mp4 (20.8 MB)
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02 1-2-2-what-makes-lithium-ion-cells-different-from-electrochemical-cells.mp4 (31.47 MB)
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02 1-2-3-negative-electrodes-for-lithium-ion-cells.mp4 (38.11 MB)
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02 1-2-4-positive-electrodes-for-lithium-ion-cells.mp4 (43.56 MB)
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02 1-2-5-electrolytes-and-separators-for-lithium-ion-cells.mp4 (28.3 MB)
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02 1-2-6-is-lithium-going-to-run-out.mp4 (19.56 MB)
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02 1-2-7-summary-of-how-lithium-ion-cells-work-module-plus-next-steps.mp4 (6.3 MB)
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02 1-3-1-what-are-the-primary-functions-of-a-bms.mp4 (37.53 MB)
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02 1-3-2-what-are-some-reasons-for-modular-design.mp4 (50.93 MB)
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02 1-3-3-how-to-sense-all-cell-voltages-in-a-bms.mp4 (38.05 MB)
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02 1-3-4-how-to-sense-module-temperature-in-a-bms.mp4 (25.75 MB)
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02 1-3-5-how-to-sense-battery-pack-current-in-a-bms.mp4 (25.08 MB)
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02 1-3-6-how-to-control-contactors-with-a-bms.mp4 (23.37 MB)
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02 1-3-7-how-to-sense-electrical-isolation-in-a-bms.mp4 (24.43 MB)
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02 1-3-8-how-to-control-battery-pack-temperature-with-a-bms.mp4 (22.8 MB)
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02 1-4-1-how-can-a-bms-protect-the-user-and-battery-pack.mp4 (22.99 MB)
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02 1-4-2-how-must-a-bms-interface-with-other-system-components.mp4 (23.88 MB)
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02 1-4-3-why-must-a-bms-estimate-soc-and-soh.mp4 (17.35 MB)
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02 1-4-4-what-are-cell-soc-and-battery-pack-soc.mp4 (29.34 MB)
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02 1-4-5-how-do-i-compute-cell-available-energy-and-power.mp4 (26.36 MB)
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02 1-4-6-how-do-i-compute-battery-pack-available-energy-and-power.mp4 (23.44 MB)
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02 1-4-7-what-kinds-of-diagnostics-must-a-bms-report.mp4 (10.49 MB)
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02 1-4-8-summary-of-bms-design-requirements-2-5-module-plus-next-steps.mp4 (7.85 MB)
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02 1-5-1-how-are-a-lithium-ion-cells-electrodes-fabricated.mp4 (19.03 MB)
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02 1-5-2-how-is-a-lithium-ion-cell-assembled.mp4 (31.65 MB)
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02 1-5-3-what-are-normal-lithium-ion-cell-aging-processes.mp4 (26.74 MB)
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02 1-5-4-what-are-abnormal-cell-aging-processes-and-failure-modes.mp4 (17.37 MB)
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04 1-5-5-summary-of-how-are-cells-made-how-can-they-fail-module-plus-next-steps.mp4 (4.24 MB)
MP4
MP4
02 1-1-1-welcome-to-the-course.mp4 (38.84 MB)
MP4
02 1-1-2-introducing-important-battery-terminology.mp4 (27.56 MB)
MP4
02 1-1-3-what-are-the-parts-of-an-electrochemical-cell.mp4 (36.72 MB)
MP4
02 1-1-4-how-does-an-electrochemical-cell-store-and-release-energy.mp4 (34.33 MB)
MP4
02 1-1-5-what-are-the-best-materials-to-use-in-an-electrochemical-cell.mp4 (46.76 MB)
MP4
02 1-1-6-example-electrochemical-incl-pba-and-nimh-cells.mp4 (41.14 MB)
MP4
02 1-1-7-summary-of-battery-boot-camp-module-plus-next-steps.mp4 (5.93 MB)
MP4
02 1-2-1-benefits-of-lithium-ion-cells.mp4 (20.8 MB)
MP4
02 1-2-2-what-makes-lithium-ion-cells-different-from-electrochemical-cells.mp4 (31.47 MB)
MP4
02 1-2-3-negative-electrodes-for-lithium-ion-cells.mp4 (38.11 MB)
MP4
02 1-2-4-positive-electrodes-for-lithium-ion-cells.mp4 (43.56 MB)
MP4
02 1-2-5-electrolytes-and-separators-for-lithium-ion-cells.mp4 (28.3 MB)
MP4
02 1-2-6-is-lithium-going-to-run-out.mp4 (19.56 MB)
MP4
02 1-2-7-summary-of-how-lithium-ion-cells-work-module-plus-next-steps.mp4 (6.3 MB)
MP4
02 1-3-1-what-are-the-primary-functions-of-a-bms.mp4 (37.53 MB)
MP4
02 1-3-2-what-are-some-reasons-for-modular-design.mp4 (50.93 MB)
MP4
02 1-3-3-how-to-sense-all-cell-voltages-in-a-bms.mp4 (38.05 MB)
MP4
02 1-3-4-how-to-sense-module-temperature-in-a-bms.mp4 (25.75 MB)
MP4
02 1-3-5-how-to-sense-battery-pack-current-in-a-bms.mp4 (25.08 MB)
MP4
02 1-3-6-how-to-control-contactors-with-a-bms.mp4 (23.37 MB)
MP4
02 1-3-7-how-to-sense-electrical-isolation-in-a-bms.mp4 (24.43 MB)
MP4
02 1-3-8-how-to-control-battery-pack-temperature-with-a-bms.mp4 (22.8 MB)
MP4
02 1-4-1-how-can-a-bms-protect-the-user-and-battery-pack.mp4 (22.99 MB)
MP4
02 1-4-2-how-must-a-bms-interface-with-other-system-components.mp4 (23.88 MB)
MP4
02 1-4-3-why-must-a-bms-estimate-soc-and-soh.mp4 (17.35 MB)
MP4
02 1-4-4-what-are-cell-soc-and-battery-pack-soc.mp4 (29.34 MB)
MP4
02 1-4-5-how-do-i-compute-cell-available-energy-and-power.mp4 (26.36 MB)
MP4
02 1-4-6-how-do-i-compute-battery-pack-available-energy-and-power.mp4 (23.44 MB)
MP4
02 1-4-7-what-kinds-of-diagnostics-must-a-bms-report.mp4 (10.49 MB)
MP4
02 1-4-8-summary-of-bms-design-requirements-2-5-module-plus-next-steps.mp4 (7.85 MB)
MP4
02 1-5-1-how-are-a-lithium-ion-cells-electrodes-fabricated.mp4 (19.03 MB)
MP4
02 1-5-2-how-is-a-lithium-ion-cell-assembled.mp4 (31.65 MB)
MP4
02 1-5-3-what-are-normal-lithium-ion-cell-aging-processes.mp4 (26.74 MB)
MP4
02 1-5-4-what-are-abnormal-cell-aging-processes-and-failure-modes.mp4 (17.37 MB)
MP4
04 1-5-5-summary-of-how-are-cells-made-how-can-they-fail-module-plus-next-steps.mp4 (4.24 MB)
MP4
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