A method for obtaining maximum energy tracking of natural flow field
A technology with the largest energy and nature, applied in the direction of complex mathematical operations, etc., can solve the problems of extra hardware investment in the energy capture direction of the natural flow field, long correction and compensation implementation period, poor universality, etc.
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Embodiment 1
[0041] like figure 1 and figure 2 As shown in combination, in the first embodiment of the method for obtaining the maximum tracking of natural flow field energy described in the present invention, the following implementation steps are included:
[0042] T1. Establish an expression relationship for energy capture calibration:
[0043] Described step T1 further comprises:
[0044] T1.1. Determine the influencing factors of energy capture in the flow field;
[0045] Among them, the flow field sensing component used in the energy conversion equipment system is actually installed at the position behind the energy capture rotating component, and is disturbed by the rotating flow field caused by the energy capture rotating component; and most of the flow field sensing components are installed without calibration equipment. , there are deviations caused by installation errors. The deviation originates from the complex dynamic effect of the flow field, and the deviation caused by...
Embodiment 2
[0070] like figure 1 and figure 2 As shown in combination, the second embodiment of a method for obtaining maximum tracking of natural flow field energy according to the present invention includes the following implementation steps:
[0071] P1, establish the expression relationship of energy capture calibration;
[0072] Described step P1 further comprises:
[0073] P1.1. Determine the influencing factors that affect the energy capture of the flow field;
[0074] Among them, based on the expert experience of the operating conditions of the energy conversion equipment system, it is determined that the complex influencing factors of the energy capture of the flow field include: the rotation effect of the rotating parts, the initial deviation caused by the sensing part itself or improper installation or maintenance, the free flow field The difference in the dynamic effect of the energy, the natural terrain where the equipment system operates, and the azimuth characteristics ...
Embodiment 3
[0099] like figure 1 and figure 2 As shown in combination, the third embodiment of the method for obtaining maximum tracking of natural flow field energy according to the present invention includes the following implementation steps:
[0100] Q1. Establish the expression relationship of energy capture calibration;
[0101] Described step Q1 further comprises:
[0102] Q1.1. Determine the influencing factors that affect the energy capture of the flow field;
[0103] The complex influencing factors of energy capture in the flow field include: the effect of rotation of rotating parts, the initial deviation caused by the sensing part itself or improper installation or maintenance, the dynamic effect difference of the energy level of the free flow field, the natural terrain and freedom of the equipment system operation. Accumulation of flow field azimuthal properties in periodic deflection action behavior.
[0104] Q1.2. Determine the expression relationship including influenc...
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