電力再生制動 的英文怎麼說

中文拼音 [diànlìzàishēngzhìdòng]
電力再生制動 英文
electric regenerative braking
  • 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...
  • 力 : Ⅰ名1 （力量; 能力） power; strength; ability; capacity 2 [物理學] （改變物體運動狀態的作用） forc...
  • 再 : 副詞1 （又一次） another time; again; once more 2 （表示更加） still; further 3 （表示如果繼續怎...
  • 生 : Ⅰ動詞1 （生育; 生殖） give birth to; bear 2 （出生） be born 3 （生長） grow 4 （生存; 活） live;...
  • 制 : Ⅰ動詞1 （製造） make; manufacture 2 （擬訂; 規定） draw up; establish 3 （用強力約束; 限定; 管束...
  • 電力 : [電學] power; electric power電力變阻器 power rheostat; 電力捕魚 electrofishing; 電力潮流 directio...
  1. This paper discusses some research result related hev energies management system on basis of the development of hybrid electric bus - wg6120hd. the basic structure of hev energies management system is developed. the energies management system includes battery management sub - system ( bms ), engine management sub - system ( ems ), vehicle information sub - system ( vis ), energy regenerated management sub - system ( erms ), generator / electromotor management sub - system ( g / ems ), do some theory researches with test results

    本文結合混合動力電動大客車wg6120hd的開發經歷對混合動力電動汽車多能源控制系統探討了如下研究工作：建立了混合動力電動汽車多能源控制系統的基本結構，開發出了蓄電池管理子系統、發動機管理子系統、駕駛員信息子系統、能量再生控制子系統、發電機電動機管理子系統等組成部分，結合採集的有關數據對各個子系統從理論方面進行了深入探討，為以後進一步的研發工作打下了基礎、積累了經驗。
  2. The assembly line is under computers automatic control and inspection, of which both the technology and equipment have reached the international advanced level. in the year of 2005, changhai has once more introduced the international advanced product line for fiberglass tissue mat, promoting the technology strength and the production at a large step. equipped with 60 professional technicians, an advanced lab and research development center, the company bears strong abilities of developing new products ; guaranteed with such solid technology strength, changhai is able to produce specific chopped strand mats of 100g, 120g for the inner roofs of automobiles as well as various glass fiber mats and to produce products of special specifications according to customers order

    目前，長海擁有大型生產線10餘條，其他配套設備50多臺套，公司擁有先進的薄氈短切氈生產線，蓄電池隔板生產線，玻纖方格布網格布織機復合氈織機，針織氈設備，以及各種塗塑分切設備等，流水線生產採用全自動電腦控制和監控，技術力量與設備都達到國際化先進水平2005年，長海再次引進國際先進的玻纖薄氈生產線，企業技術實力與產量再次得到大規模的提升公司有著極強的產品研發能力，擁有專業技術人員近60餘名和先進的實驗室與研發中心雄厚的技術實力保證，使長海公司在國內率先能生產100克120克汽車內頂用特殊短切氈，玻纖各種薄氈，並能為用戶定製生產特殊規格的玻纖製品。
  3. As the motor of hev, it is required to meet the need of the frequency of start - up / shut - down, step - up / speed - down, the radical change between higher angular moment during low speed or climbing and lower angular moment during high speed, the enablement of regenerative braking

    作為混合動力電動汽車用的電機要求能夠滿足頻繁地啟動停車、加速減速，低速或爬坡時要求高轉矩，高速行駛時要求低轉矩的大范圍變速，以及實現再生制動的需要。
  4. The tree house will retain enough coolness through the movement of air for comfort when fans and electricity that energizes them disappears ; and the underground dwelling will create enough warmth in colder regions when heating mechanisms other than fire cease to exist

    當風扇和為其提供動力的電消失后，樹屋可以通過空氣運動保持足夠舒適的涼爽；當除火以外的其它加熱機制不再存在後，寒冷地區的地下居所可以產生足夠的溫暖。
  5. The biggest fuel savings achieved by a full hybrid vehicle derives from regenerative braking, a technology that captures as electrical power much of the energy normally lost as frictional heat

    高量級混合車最大的省油關鍵來自再生制動（煞車）技術，這種技術可捕集摩擦熱（通常幾乎散失掉的能量）並轉變成電力。
  6. This dissertation deals with the active vibration control strategy using the embedded piezoceramics as both actuators and sensors. with several ceramics embedded into the composite material structures during the manufacturing process without knowing the structural behavior in advance, this dissertation makes use of a self identification procedure to get the models of the system. apparently, the on - line self identification method enable people to update the models of system

    另外本文利用埋入復合材料結構中的壓電傳感器和驅動器對其進行模型識別而得出結構的動力學模型，再將該模型用於控制器的設計，這樣做的好處是如果結構本身或者約束、環境等發生變化后，可以很方便地對結構的模型重新進行在線識別，及時更新控制參數，避免控制失效，而且不需要事先知道結構的其它屬性。
  7. In this paper, the braking stability and the regenerative capacity of the braking energy under meeting the braking stability condition of the regenerative braking system has been analyzed

    本文的目的是研究電動汽車再生制動系統的制動穩定性，以及在滿足制動穩定性前提下電動汽車回收制動能的能力。
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