solar energy storage 中文意思是什麼

solar energy storage 解釋
太陽能儲存
  • solar : adj 太陽的，根據太陽運行測量的；因太陽作用產生的。n ＝ solarium the solar system 太陽系。 a solar...
  • energy : n. 1. 干勁，活力。2. （語言、行為等的）生動。3. 〈pl. 〉 （個人的）精力；能力。4. 【物理學】能，能量。
  • storage : n. 1. 貯藏（量），存儲（量）；（倉庫）保管；庫容量。2. 棧房，倉庫，貯藏所。3. 棧租，棧費。4. 貯存器。5. 【電學】蓄電（瓶）。6. 【自動化】（計算機的）存儲（器）；記憶。
  1. In the solar energy transfer and storage system, the isomerization of norbornadiene and quadricyclane is an important reaction

    摘要在太陽能轉換與儲存體系中，降冰片二烯光異構化合成四環烷是非常重要的一個反應。
  2. The most popular solar energy system for commercial use is the indirect system with a nonfreezing heat transfer fluid to transmit heat from the solar collectors to storage ( figure 2 )

    商業應用中的最受歡迎的太陽能系統是非直接系統，從太陽能收集器到蓄熱使用的是不冷凍載熱流體（見圖2 ） 。
  3. Various forms of combining parts of the invention, by which water in multi - stage recirculating water - heating tank for collector and / or multi - stage confluent water - heating tank, as a whole or separately, can be heated by solar energy collector, or a heat pump, or an electrical heater, fall into the following categories : on sunny day, it ' s enough to use the solar energy collector to heat water, then hot water is stored ; in confrontation with off - peak electricity at night, use the heat pump or the electrical heater to heat water, then hot water is stored ; during the time of a cloudy day without off - peak electricity, use the heat pump to instantly heat water according to the storage capacity of predetermined amount of produced hot water, then hot water is stored

    所述的經太陽能集熱器、或熱泵、或電加熱裝置同時或分別對集熱器循環加熱水箱、分級加熱式匯流熱水箱中的水進行分級加熱的組合包括:陽光天可全部採用太陽能集熱器進行加熱和儲存熱水，夜間峰谷電時段可採用熱泵或電加熱裝置進行補充加熱和儲存熱水，無陽光的非峰谷電時段可根據定量的熱水儲量設置需求採用熱泵進行即時加熱和儲存熱水。
  4. Silvery white, powder spraying aluminum alloy, doors and windows aluminum shaped materials, four rush pith stick shaped materials, cold storage reveal cupboard shaped materials, radiator shaped materials air conditioner, solar energy, furniture, carpentry machinery and so on, various kinds of aluminum shaped materials

    各種系列銀白色、靜電噴塗鋁合金、鋁合金門窗型材，裝飾材料、酒類包裝型材、純鋁型材、電信四芯棒型材、冷藏展示櫃傢具、木工機械等各種工業型材。
  5. Silvery white, powder spraying aluminum alloy, doors and windows aluminum shaped materials, four rush pith stick shaped materials, cold storage reveal cupboard shaped materials, radiator shaped materials airconditioner, solar energy, furniture, carpentry machinery and so on, various kinds of aluminum shaped materials

    各種系列銀白色、靜電噴塗鋁合金、鋁合金門窗型材，裝飾材料、酒類包裝型材、純鋁型材、電信四芯棒型材、冷藏展示櫃傢具、木工機械等各種工業型材。
  6. The storage and usage of solar energy will provide you the most comfortable lighting, temperature and humidity according to different seasons, different climates and even different time within a day. meanwhile, the intelligence control system will store the data

    太陽能的儲存和利用，能夠在不同的季節，不同的天氣狀況，甚至一天里不同的時段，為您提供所需要的，最合適的照明光線、採暖溫度以及空氣濕度，同時智能管理系統會將這些數據進行記憶存儲。
  7. Wilson said carbon capture and storage are estimated to add 30 percent to the cost of conventional electricity, making gas or coal usage cost roughly the same as wind or solar energy in today ' s dollars

    威爾遜說利用碳來吸附和存儲估計會使常規的電力成本增加30 % ，按現在的成本計算起來，這將使使用氣和煤發電與用風和太陽來發電要花費一樣的成本。
  8. The essence of photocatalysis should be the conversion and storage of solar energy. the character of photocatalytic should be electron transformation. and the theory mode was raised hi this paper, the transformation of light - induced - electrons formed two

    而後，又應用熱力學和電化學理論對該理論模型進行了詳細的分析，推導出公式（ 6一3一19 ） ，說明了光能一電勢能一化學能轉化的具體過程和關系。
  9. Confirm the way to supply and storage the solar and wind energy, and confirm the scheme of the system ; three kinds of operation ways in the system have been analysed, then corresponding mathematics model has been set up ; finally figure out the solar energy radiate threshold value

    根據確定太陽能和風能的供能、儲能方式，確定系統總體方案;對系統的三種運行方式進行了分析，並建立相應的數學模型;計算出系統控制的太陽能輻射閾值。
  10. This lamp is the sources of energy with monocrystalline silicon solar energy cell or polycrystalline silicon solar energy cell ; the storage battery is nickel hydrogen battery or nickel cadmium battery ; that lamp holder and the lamp pole adopts casts aluminium or the stainless steel material manufacturing ; the lampcover adopts the toughened glass manufacturing, and the light source is the light source with high brightness led ' s light emitting diode ; the colour can be divided into the white and yellow, redness, orange, green and blue and seven colours become light

    該燈以單晶硅太陽能電池或多晶硅太陽能電池為能源；蓄電池為鎳氫電池或鎳鎘電池；燈座和燈桿採用鑄鋁或不銹鋼材料製造；燈罩採用鋼化玻璃製造，光源以高亮度led發光二極體為光源；顏色可分為白色、黃色、紅色、橙色、綠色、藍色和七彩變光。
  11. Latent heat thermal energy storage ( lhtes ), can storage energy by change the phases of phase change materials ( pcms ), which can be used to solve the nonconformity problem on supply and demand time of solar energy and industry waste heat. at the same time, it can be uesed in shifting the peak heating and cooling loads off - peak hours

    相變儲熱系統通過相變材料相變時需要吸收（或放出）大量熱量的性質實現能量存儲，這對于解決太陽能與工業廢熱在供求時間上的不一致問題，以及實現電力的「移峰填谷」 ，具有重要的實用價值。
  12. In the course of phase transformation because phase change materials ( pcms ) have got a great deal of energy storage and release, save energy, and approve actual effect of utilization, pcms will be widely applied in the saving energy fields including the building, solar energy, exhaust heat, exhaust cool and so on

    由於相變貯能材料在其物相變化過程中有大量能量的吸收和釋放，可對能量進行貯存，並增加能量利用的實效性，因此在建築、太陽能、廢熱、廢冷等節能領域中有著廣闊的前景。
  13. A salt - gradient solar pond ( sgsp ) is an excellent design for energy collection as well as for long - term energy storage, and it is also an active topic in the new energy source application domain

    鹽梯度太陽池（ sgsp ）作為兼集熱和長期蓄熱為一體的能量利用裝置，是當前新能源應用領域一個活躍的課題。
  14. Because the potential energy storage technique is applied, the solution quantity shortage or excess problem caused by the frequent change of solar radiation intensity is solved

    由於採用了潛能蓄冷技術，解決了由於太陽輻射相對于空調負荷變化較大而引起的溶液量不足或是過剩的問題。
  15. Since energy crisis occurred in 1970 ' s, latent heat thermal energy storage ( lhtes ) has gained more attention than before due to its being the key element to accomplish energy recovery and utilization of solar energy, industrial waste heat and off peak electricity. compared with developed countries, in this area, china still has a long way to go

    自上個世紀70年代能源危機以來，相變貯能的理論與應用研究在世界發達國家迅速崛起並得到不斷發展，其研究和應用涉及材料科學、太陽能、工程熱物理、空調和採暖及工業廢熱利用等領域。
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