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    • 2. 发明申请
    • Energy Storage Bridge
    • 储能桥
    • US20100064674A1
    • 2010-03-18
    • US12211194
    • 2008-09-16
    • Carlos WongLivia WongZhaohui Xiong
    • Carlos WongLivia WongZhaohui Xiong
    • E01D18/00E01D19/00F17C5/06
    • E01D1/00E01D2/02E01D2/04E01D2101/30F17C2205/0107F17C2205/0119F17C2205/013F17C2221/031F17C2223/0123H02J15/006Y02E60/15Y02P80/12
    • The invention is an Energy Storage Bridge (ESB) consisting of air-tight steel pipes, which are used to store the compressed air as stored energy, also used as the load carrying structural elements of the bridge. The stored energy can be the unwanted grid power or the intermittent regenerated energy sources. When the energy is needed, the compressed air is released to convert back to electricity, or to make use of the compressed air to produce hot water during its compression cycle, and cool air at its decompression and expansion cycle when it absorbs heat- an air conditioning technology called Air Cycle Air Conditioning (ACAC) widely used in commercial aircraft. For sea-crossing bridges, because of their great lengths the bridge body volume is enormous, and because of their remoteness from populated areas, they suit well for mass energy storage attached to power plants. With safety measures built in the steel pipes, the ESB can be applied to city road bridges. Since these bridges are not far from populated areas, they can be used as small energy storage units that provide the nearby industrial and commercial complex as well as residential buildings hot water and compressed air for air-conditioning using ACAC technology. The process eliminates the conversion of compressed air back to electricity, but directly uses the compression and decompression cycles to supply hot water and cool air for air-conditioning to the nearby consumers.
    • 本发明是一种由气密钢管组成的能量存储桥(ESB),用于将压缩空气作为储存能量存储,也用作承载桥梁的结构元件。 存储的能量可以是不需要的电网电力或间歇再生的能源。 当需要能量时,压缩空气被释放以转换回电,或者利用压缩空气在其压缩循环期间产生热水,并且当其吸收空气时在其减压和膨胀循环中冷却空气 空调技术称为空中循环空调(ACAC),广泛应用于商用飞机。 对于跨海大桥,由于桥梁体积庞大,桥梁体积巨大,而且由于人口稠密,因此适用于发电厂的大量能源储存。 采用钢管内置安全措施,ESB可应用于城市道路桥梁。 由于这些桥梁距离人口稠密地区不远,因此可用作小型储能装置,可使用ACAC技术提供附近的工业和商业综合体以及住宅建筑热水和用于空调的压缩空气。 该过程消除了将压缩空气转换回电,但直接使用压缩和减压循环为附近的消费者提供热水和冷空气用于空调。