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首页> 外文会议>International Conference on Fluid Power Transmission and Control(ICFP' 2005); 20050405-08; Hangzhou(CN) >Application of Hydraulic Power Unit/Flywheel Power for Electricity Generation, Storage and Distribution
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Application of Hydraulic Power Unit/Flywheel Power for Electricity Generation, Storage and Distribution

机译：液压动力装置/飞轮动力在发电，储电和配电中的应用

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摘要

The primary focus of this paper is to develop a new renewable distributed generation (DG) technology by integrating two latent prospective mechanical energy sources (hydraulic power unit with hydraulic charging circuit and flywheel power) for lower emissions, high power density, greater efficiency, improvement of power quality/system cycle life, power storage, reutilization and more stable energy price. The research was carried out as a result of inability of other renewable distributed generation such as fuel energy, micro turbine, solar energy, wind energy among others to absorb power when demands drop and deliver it when demand rises hence could not catch up with the load variations. This result in the break down of sensitive electrical equipment. The integration of flywheel with hydraulic power unit will enable this renewable distributed generation system to follow up load fluctuations, rapid charge capability, power reliability and efficient load following without been connected to the central power grid. The research appears to be very efficient method for power generation/distribution reliability, fluctuation smoothening, energy saving and reutilization.
机译：本文的主要重点是通过集成两个潜在的潜在机械能源（带有液压充电回路的液压动力装置和飞轮动力）来开发新的可再生分布式发电（DG）技术，以实现更低的排放，更高的功率密度，更高的效率，改进电能质量/系统循环寿命，电能存储，再利用和更稳定的能源价格。进行这项研究是由于其他可再生分布式发电（例如燃料能源，微型涡轮机，太阳能，风能等）无法在需求下降时吸收电力，而在需求上升时无法提供电力从而无法赶上负荷变化。这导致敏感的电气设备损坏。飞轮与液压动力装置的集成将使该可再生分布式发电系统无需连接到中央电网即可跟踪负载波动，快速充电能力，电源可靠性和高效负载跟踪。该研究似乎是用于发电/配电可靠性，波动平滑，节能和再利用的非常有效的方法。

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