電池放電時間 的英文怎麼說

中文拼音 [diànchífàngdiànshíjiān]
電池放電時間 英文
battery discharge time
  • 電 : Ⅰ名詞1 （有電荷存在和電荷變化的現象） electricity 2 （電報） telegram; cable Ⅱ動詞1 （觸電） give...
  • 池 : 名詞1 （池塘） pool; pond 2 （旁邊高中間窪的地方） an enclosed space with raised sides 3 （舊指劇...
  • 放 : releaseset freelet go
  • 時 : shí］Ⅰ名1 （比較長的一段時間）time; times; days:當時at that time; in those days; 古時 ancient tim...
  • 間 : 間Ⅰ名詞1 （中間） between; among 2 （一定的空間或時間里） with a definite time or space 3 （一間...
  • 電池 : [電學] cell; battery; element; electric battery
  • 放電 : [物理學] （electric） discharge; electro-discharge; discharging
  • 時間 : time; hour; 北京時間十九點整19 hours beijing time; 上課時間school hours; 時間與空間 time and spac...
  1. This paper presents a method that chopping wave is done by switch devices which consist of three - level resistance regulating module and intelligence power module ipm, and which realizes constant - current discharge of storage battery. to achieve the intelligence control of the drive protection and the discharge process of ipm, the paper designs circuit formed by igbt threshold drive pulse pwm signals. ipm fault - blocking protection circuit and microcomputer 80c196. the devices can accurately control the 0 ~ 150a discharge current and the discharge time of the storage battery and calculate the releasing power

    實現蓄電池恆流放電過程智能控制是蓄電池放電裝置發展的必然趨，本文提出了一種通過三極電阻調節模塊和由智能功率模塊ipm為開關器件進行斬波從而實現蓄電池恆流放電的方法。為達到對ipm的驅動保護和放電過程的智能控制，文中設計了igbt門極驅動脈沖pwm信號形成電路和ipm故障封鎖保護電路及由單片機80c196為核心的微機控制器。本裝置能夠對蓄電池進行0 150a放電電流及放電時間的精確控制及釋放容量的計算。
  2. Recharged cell inside, super long time playback

    內置可充電電池，超長時間播放。
  3. This strategy effectively solves the power distribution between the apu and batteries during the drive of the heb. the power control model and multi - torque switching strategy of the driving motors control the charging - recharging current of the batteries within a wide range, which contribute to the improvement of the efficiency

    該策略很好的解決了車輛行駛時輔助動力系統與蓄電池組之間的功率分配，並且驅動電動機採用功率控制模式以及多級動力輸出切換策略，有效的控制了蓄電池的充放電電流，從而提高了整車效率。
  4. And a intelligent battery management system with full functions has been designed, which improved the management of charge and the estimation of residual capacity. the paper changed the current value of constant current charge - state, which current seems not constant during the working time, based on the three mice laws about battery charge. this change would increase the speed of charge, without harm to the battery

    同時本論文還設計了一套功能齊備的蓄電池智能管理系統，針對蓄電池管理中的充電管理和剩餘時間預測進行了改進，提出：在恆流充電時，根據麥斯三大定律，改變恆流充電時的恆流值，使恆流充電「不恆流」 ，而是根據放電的不同情況進行充電，充分提高充電速度，同時又不損傷電池活性物質；不再進行剩餘容量預測，而是進行剩餘時間預測，提供更加切實可行的信息，並且提出了一種簡單易行的剩餘時間預測的方法，給出了預測實驗的結果。
  5. Even though don ' t use it the energy of the zd7000 battery will reduce after putting it for a long time. the longer you put it the more energy reduced

    充電完畢以後長時間放置，電池電能即使不用也仍然在繼續消耗。充電后，放置時間越長，消耗越大。
  6. If a battery is too hot, it starts to discharge itself and this, over time, reduces how long each charge lasts

    如果電池溫度升得太高，它就會自動放電，長此以往，電池的待機時間就會下降。
  7. It use new materials that making the resistance of the battery less, and it also use the up - to - date technology, so that making the battery have such lodging characters. consequently, alkali - manganese battery will be using broadly in the future

    堿錳電池是當代新型的高能電池，它具有容量大、放電時間長、放電電壓平穩等特點，故而是較高檔次又應用非常廣泛的化學電源。
  8. It is discovered that a process of mea activation may greatly shorten the time needed for the dmfc to attain to the best discharge state, which is though not changed by it

    本工作首次發現膜電極的活化過程雖然不會改變dmfc的最佳放電性能，但可以大大縮短電池到達最佳放電狀態的時間。
  9. What are the voltage of difference cell types and the usage area

    電池電池組放電時間短的可能原因有哪些
  10. The influences of the calcination temperature and time, the concentration ratio of deionized distilled water to c - v _ 2o _ 5 and the agitation time on the synthesis of a - v _ 2o _ 5 were studied by orthogonal array design and the interactions between the parameters were considered. so the optimum experimental factors were obtained. lithium rechargeable battery positive electrodes based on these optimum conditions could lead to experimental cells with large discharge specific capacity and good cycling performance

    用正交實驗研究了煅燒溫度、煅燒時間、去離子水與晶態v _ 2o _ 5 （ c - v _ 2o _ 5 ）的濃度比和陳化時間對合成a - v _ 2o _ 5的影響，討論了這些參數間的交互作用，並獲得了最優試驗參數，以該最優試驗參數所制備的a - v _ 2o _ 5為可充鋰電池正極的實驗電池，具有較大的放電比容量和較好的循環壽命。
  11. Cmp battery uses the imported, original and high - capacity cell, after full charge of the battery, the using time is longer than the original, and the platform of discharge is high

    Cmp電池採用進口原裝高容量電芯，電池滿充電后使用時間比原配電池時間長，放電平臺高。
  12. Charge - discharge properties of mcmbs heat - treated with different time for the anode of lithium ion batteries

    熱處理時間對鋰離子電池陽極用中間相炭微球充放電性能的影響
  13. We define the recombination time of excess electrons in p field as the minority carrier lifetime. in theory, we developed the equation between excess minority carriers lifetime and the open - circuit voltage decay ; moreover, the effect of capacitance to general open - circuit voltage is also investigated. both different efficiency solar cells are measured by the method and showed the relations between the minority carrier lifetime and the performance of solar cells, which provides great useful guidelines for fabricating high - efficiency silicon solar cell in industry

    根據太陽電池的工作原理，詳細地論述了用脈沖光源照射n / p結太陽電池時光電壓的產生，理論上給出了注入p區的電子復合帶來的開路電壓與少子壽命的關系，也研究了n / p結勢壘電容放電對開路電壓衰減的影響關系，推導了利用開路電壓隨時間衰減的關系來測量少數載流子壽命的理論公式。
  14. The phenomenon that the voltage of lithium cell declines after being placed for some time is called local action of cell

    鋰電池在自然存放一定時間后，電壓和電量都會有所下降，這種現象稱為電池的自放電。
  15. Based on a number of charging and discharging experiments, a thought is put forward that the polarization may be detected according to the terminal voltages at charging, terminal voltage at the short pause, and the soc ( state of charge ) ; the depolarization by momentary discharge according to the reference of optimal curve

    在論文撰寫過程中，作者主要進行了如下方面的研究： -對鉛酸蓄電池的電化學機理進行充分研究，並在大量充放電實驗的基礎上，提出了依據蓄電池充電時和停充瞬間的端電壓和蓄電池荷電狀態檢測蓄電池極化狀況的思想。 -依據最佳曲線給定，採取瞬間放電減少極化。
  16. What are the advantages of li - polymer battery

    堿錳電池是否真比鋅碳電池的放電時間長？
  17. The performance aim requires the discharge time is longer than 5 minutes at 10c, the middle voltage is more than 1. 0v. the discharge capacity is above 60 % at 20a and 0. the life time of discharging at 10a and 2a alternately is over 200 cycles

    在研製電池的性能目標中，要求電池ioc放電時間在5分鐘以上，中值電壓高於1 . 0v ；電池具有0 20a放電性能，放電容量達到標稱容量的60以上；電池循環壽命長， 2a 、 10a交替放電循環壽命超過200次。
  18. To shorten charging time and improve charging efficiency, the circuit can change the charging electric current automatically according to real time voltage of the battery, and dispel the polarization phenomenon by narrowing pulse discharge in the whole course

    該電路可根據蓄電池端電壓自動改變充電電流大小，並通過全程窄脈沖放電消除了充電過程中的極化現象，縮短了充電時間，提高了充電效率。
  19. When there are more nickel atom doped in spinel ( the mole ratio of mn and ni was 1. 4 : 0. 6 ), the discharging platform jumped to 4. 5v from original 3. 8v. the materials showed to suit for positive materials in 5v lithium ion batteries

    在純尖晶石中摻入的鎳量較大時（鋰錳的摩爾比為1 . 4 : 0 . 6 ） ，樣品的放電區間移到4 . 5v左右，得到適合做5v鋰離子電池的正極材料。
  20. 3 ) based on the research on battery discharging strategy, diesel strategy and battery & diesel strategy, strategies of dispatching system energy are presented, such as load follow strategy, frugality strategy and rated power - minimum operation time strategy. several strategies of dispatching system energy are studied

    3 ）在研究蓄電池充放電策略、柴油機運行策略以及蓄電池和柴油機綜合策略的基礎上，提出了風光柴蓄復合發電及智能控制系統的能量調度策略，即負載跟隨策略、節約型調度策略和額定功率最小運行時間策略。
分享友人
分享到 Line

分享到臉書