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A supercapacitor-based energy-saving control and adjustment method for industrial elevators

A supercapacitor, energy-saving control technology, applied in the direction of transportation and packaging, elevators, etc., can solve the problems of electrical performance differences, single-channel supercapacitor control scheme homogenization, and there is no multi-channel supercapacitor control optimization method, so as to avoid experiment cost, optimize the effect of collaborative control

Active Publication Date: 2020-05-26
NANNING UNIV
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  • Abstract
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  • Application Information

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Problems solved by technology

[0002] "Research on Elevator Energy-Saving Technology Based on Supercapacitors" (Zhou Jichao, December 2016) provides a method for energy-saving control of elevators based on supercapacitors. This method can achieve 4 % energy-saving efficiency. However, in actual production, industrial elevators use higher-power motors due to load requirements and redundant design requirements. The parameter dispersion of capacitors makes it difficult to simply homogenize the control scheme of a single supercapacitor in the scheme of multi-channel supercapacitors, and there will be differences in electrical performance between multi-channel supercapacitors based on the dispersion of supercapacitor parameters. At present, the existing technology There is no optimization method for the cooperative control of multi-channel supercapacitors

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  • A supercapacitor-based energy-saving control and adjustment method for industrial elevators

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Embodiment Construction

[0023] The technical solution of the present invention is further described below, but the scope of protection is not limited to the description.

[0024] The present invention is mainly used in industrial elevators based on multiple supercapacitors to optimize the PID control of converters connected to supercapacitors. "Research on Elevator Energy Saving Technology Based on Supercapacitors" (Zhou Jichao, December 2016) provides a single The elevator energy-saving control method of supercapacitor, the present invention is mainly aimed at the optimization of the above-mentioned elevator energy-saving control method for a plurality of (multi-channel) supercapacitors, that is, an adjustment method for energy-saving control of an industrial elevator based on supercapacitors. Forward trial process and feedback adjustment process;

[0025] The forward heuristic process includes the following steps:

[0026] ① Get parameter value: read the current PID parameter X t and initial PID ...

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Abstract

The invention provides a supercapacitor-based industrial lift energy-saving control adjustment method comprising the forward testing process and the feedback adjustment process. The forward testing process comprises the following steps of (1) obtaining of parameter values, (2) outputting of the adjustment values and (3) output control. The feedback adjustment process comprises the following stepsof (1) obtaining of a feedback value, (2) reverse calculation and (3) parameter adjustment. Through the mode of the two stages of the forward testing process and the feedback adjustment process, control parameters can be optimized dynamically specific to actual electrical performance of multichannel supercapacitors, thus cooperative control of the multichannel supercapacitors is greatly optimized,and in addition, an algorithm self-optimization mode is adopted, so that experiment cost brought by a large number of multichannel supercapacitor cooperative control experiments is avoided.

Description

technical field [0001] The invention relates to an energy-saving control and adjustment method for an industrial elevator based on a supercapacitor. Background technique [0002] "Research on Elevator Energy-Saving Technology Based on Supercapacitors" (Zhou Jichao, December 2016) provides a method for energy-saving control of elevators based on supercapacitors. This method can achieve 4 % energy-saving efficiency, however, in actual production, industrial elevators use higher-power motors due to load requirements and redundant design requirements. The parameter dispersion of capacitors makes it difficult to simply homogenize the control scheme of single-channel supercapacitors in the scheme of multi-channel supercapacitors, and there will be differences in electrical performance between multi-channel supercapacitors based on the dispersion of supercapacitor parameters. Currently, the existing technology There is no optimization method for the cooperative control of multi-ch...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B66B1/28
CPCB66B1/28
Inventor 文芳一黄孝平韦中新黄文哲
Owner NANNING UNIV
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