ultracapacitors

ultracapacitors

美 　英

• 網絡超級電容；超級電容器；超電容器

例句

Banks of ultracapacitors could be set up to absorb power surges, enabling transmission lines to run closer to 100 percent capacity.

超級電容可以用作吸收電涌、存儲電能，從而使得輸電線路接近滿負荷運轉。

Ultracapacitors also have two metal plates, but they are coated with a sponge-like, porous material known as activated carbon.

超級電容也有兩塊金屬片，但其外面有海綿狀的多空材料，即活性炭涂層。

The powertrain system being studied is composed of a turbocharged (non-EGR) common rail diesel engine, an ISG motor and ultracapacitors.

所研究的動力系統由增壓（無EGR）共軌柴油機、ISG電機和超級電容器組成。

Mr Clifford reckons that ultracapacitors will transform his vehicles and enable them to be used on motorways as well as city streets.

克利福德先生估計超電容器將會改變他所生產的汽車，使其能夠像行駛在街道上一樣飛奔在汽車高速路上。

Hang around the energy storage crowd long enough, and you'll hear chatter about ultracapacitors.

在儲能圈里待久了，你一定會聽到過超級電容。

But the Tokachi race proved that ultracapacitors could be more widely used in conjunction with smaller batteries to power hybrid cars.

但十勝比賽證明了與較小的電池配合使用，終極電容器能被廣泛應用于為混合動力車提供動力。

In electric cars, ultracapacitors can capture energy from regenerative braking and use it for fast acceleration.

電動汽車能用超級電容器從回饋制動中捕捉能量并將其用于快速加速。

Unlike capacitors and ultracapacitors, batteries store energy in a chemical reaction.

和普通電容和超級電容不同，電池通過化學反應存儲能量。

Ultracapacitors store electricity by physically separating positive and negative charges.

終極電容器通過自然分開的正負電荷存儲電能。

A more thorough answer, however, looks at how ultracapacitors compare to capacitors and batteries.

更全面的解釋著眼于將超級電容與普通電容器和電池進行比較。

Already, Schindall believes some electric vehicle manufacturers are using ultracapacitors for acceleration.

Schindall認為已經有幾家電動車廠商將超級電容用于加速。

Eventually, the so-called ultracapacitors on which the XH-150 is based may supplant rather than merely supplement a car's batteries.

最終，被XH-150作為基礎的所謂的超電容器可能會排擠掉車載電池而不是僅僅作為其的補充品。

Ultracapacitors hold promise for a similar job on the electric grid.

超級電容在電網中也可能發揮相同的作用。

Charge separation is at work in both capacitors and ultracapacitors.

一般電容和超級電容都存在電荷分離。

Put simply, ultracapacitors are some of the best devices around for delivering a quick surge of power.

簡言之，超級電容在提供急速上升的電力方面是最好的器械之一。

What is it that makes ultracapacitors such a promising technology?

為什么超級電容這項技術前景一片光明呢？

Modeling, Analysis and Design Optimization Next Generation Hybrid Electric Vehicles (with Ultracapacitors or Fuel Cells)

下一代液電汽車（超能量或燃料電池）的模型分析及優化設計

Ultracapacitors parameter matching design and experiment of electric bus

純電動大客車超級電容器參數匹配與實驗

Dynamic Voltage Balancing of Monomeric Voltage in Ultracapacitors

超級電容器組單體電壓動態均衡

Progress of Research on Electrode Materials for Metal-Oxide Ultracapacitors

金屬氧化物超大容量電容器電極材料的研究進展