United States trends in non-powered dam electrification

A. Witt; R. Uria-Martinez; M. Johnson; J. Werble; M. Mobley; P. OConnor

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United States trends in non-powered dam electrification

机译：美国无动力大坝电气化趋势

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From 2014 to 2017,39 NPDs with 636 MW of cumulative capacity received an original licence to add a hydropower project, a significant increase from the 19 NPDs with 252 MW of cumulative capacity licensed in the previous eight years. The most common targets for NPD hydropower retrofits have been large capacity, low head, high flow navigation dams along major waterways. While a few dozen similar NPDs remain targets for development, thousands of undeveloped NPDs have small installed capacities and a primary purpose that is not navigation. Current trends suggest the economic development of these NPDs could be achieved using a cluster approach, where dams with similar head, flow, purpose, type, and location are retrofitted for hydroelectric generation using a standard plant design.

机译：从2014年到2017年，39个总装机容量636兆瓦的NPD获得了增加水电项目的原始许可，与之前八年获得许可的19个新装机容量252 MW的NPD相比有了显着增长。 NPD水电改造的最常见目标是沿主要水道的大容量，低扬程，高流量航行大坝。虽然几十个类似的NPD仍然是发展的目标，但数千个未开发的NPD的装机容量却很小，其主要目的不是导航。当前的趋势表明，可以通过集群方法来实现这些NPD的经济发展，在这种方法中，具有相似水头，流量，用途，类型和位置的大坝可以通过标准的电站设计进行改造，用于水力发电。

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《The international journal on hydropower & dams》 |2018年第4期|33-38|共6页
作者
A. Witt; R. Uria-Martinez; M. Johnson; J. Werble; M. Mobley; P. OConnor;
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Oak Ridge National Laboratory, USA;

Oak Ridge National Laboratory, USA;

Oak Ridge National Laboratory, USA;

Oak Ridge National Laboratory, USA;

Oak Ridge National Laboratory, USA;

Oak Ridge National Laboratory, USA;

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1. Discussion on the papers High-tension continuous-current traction by Mr. Gratzmuller,Single-phase traction by Mr. Latour, Railway electrification problems in the United States by Mr. Parodi, The electrification schemes of the Chemins de Fer du Midi???????? by Mr. Jullian, ????????The electrification of the State Railway: the Paris suburban lines by Mr. Mazen, and Petrol-electric motor-vehicles by Mr. Damoiseau,at Paris on 21st and 23rd May, 1913 [J] . Mazen A.N., Smith R.T., Hammond R., Electrical Engineers, Journal of the Institution of . 1913,第222期

机译：Gratzmuller先生对高压连续电流牵引，Latour先生对单相牵引，Parodi先生在美国的铁路电气化问题，Chemins de Fer du Midi的电气化方案等文件进行了讨论？ ??????由朱利安先生（Jullian）撰写，国家铁路的电气化：马岑先生（Mazen）先生在巴黎郊区的线路，达莫瓦索先生（Damoiseau）先生在1913年5月21日至23日在巴黎的汽油电动汽车
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机译：非动力水坝水电开发潜力：数据需求和研究差距
3. Supporting Renewables’ Penetration in Remote Areas through the Transformation of Non-Powered Dams [J] . Thomas Patsialis, Ioannis Kougias, Nerantzis Kazakis, Energies . 2016,第12期

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4. Revisiting the USACE non-powered dam resource assessment: Quantifying feasibility in an uncertain energy market. [C] . Margaret Ryan, Mark Parrish Hydrovision International . 2018

机译：重新审视USACE非动力大坝资源评估：量化能源市场中的可行性。
5. Dual benefits of adding damper bars in PMSMs for electrified vehicles: Improved machine dynamics and simplified integrated charging. [D] . Lu, Xiaomin. 2014

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6. A comparison of temporal trends in United States autism prevalence to trends in suspected environmental factors [O] . Cynthia D Nevison 2014

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7. Impact of a Warming Climate on Hydropower in the Northeast United States: The Untapped Potential of Non-Powered Dams [O] . Nima Ehsani, Charles J. Vörösmarty, Balázs M. Fekete, 2017

机译：热身气候对东北水中的影响：非动力水坝的未开发潜力
8. Assessment of Energy Potential at Non-Powered Dams in the United States. [R] . S. C. Kao Y. Wei 2012

机译：评估美国非动力水坝的能源潜力。

United States trends in non-powered dam electrification

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