4results about How to "Fast evaluation" patented technology

The application discloses a kind of hybrid power system health management method and system, belong to power system health management field.This application selects the characteristic signal of engine, battery and vehicle in hybrid power system to establish hybrid power system health degree;When hybrid power system fails, by obtaining characteristic signal and carrying out normalization processing, hybrid power system health degree based on grey correlation analysis method GRA is calculated in real time, and the misjudgment and the missed judgment of fault are reduced by the fault confirmation method based on counting;When hybrid power system fault is confirmed, through the power redistribution health management strategy under system fault based on LSTM-MPC, the change of hybrid power system speed, battery temperature and diesel engine exhaust temperature in limited time domain is predicted, and the predictive maintenance of hybrid power system health degree is carried out in combination with the change prediction result of part of the state of hybrid power system, so that hybrid power system can still operate with fault under the condition of meeting constraint.

This invention discloses a method for rapidly detecting conventional and hybrid varieties of industrial chili peppers and its application, relating to the field of molecular breeding technology. The method includes: extracting DNA from fresh leaves of the industrial chili pepper to be tested and performing whole-genome resequencing at a sequencing depth of 8×–12×; aligning the sequencing data to the chili pepper reference genome (Capsicum chinense cv. 'PBC932') to screen for high-quality heterozygous SNP loci; using a 1 Mb sliding window to statistically analyze the distribution density of heterozygous SNPs across the entire genome; and determining the variety type based on density thresholds: an average density <300 SNPs / Mb indicates a conventional variety, and >2000 SNPs / Mb indicates a hybrid variety. This invention eliminates the need for phenotypic observation in subsequent generations, requiring only leaves from current-generation plants to rapidly and accurately distinguish conventional and hybrid varieties at the molecular level. It features a short detection cycle, objective and reliable results, and is not limited by the number of molecular markers, providing strong technical support for efficient identification and early screening of industrial chili pepper germplasm resources.

The embodiment of the application discloses an evaluation method of an electrode, which comprises the following steps: obtaining an initial active lithium amount of a symmetrical battery to be measured; the material of a working electrode and a counter electrode of the symmetrical battery is graphite; performing a plurality of charging and discharging process controls on the symmetrical battery to obtain a residual active lithium amount; evaluating the graphite electrode of the symmetrical battery based on the initial active lithium amount and the residual active lithium amount; in each charging and discharging process, the symmetrical battery is charged and discharged by using a larger first charging rate and a first discharging rate, so that the counter electrode and the working electrode complete delithiation, the symmetrical battery is charged to a second voltage, so that the solid electrolyte interface film of the counter electrode completes electrical decomposition, and the symmetrical battery is discharged to a fourth voltage, so that the solid electrolyte interface film of the working electrode completes electrical decomposition. The application accelerates the time of each charging and discharging process and the consumption speed of lithium ions, thereby accelerating the evaluation speed of the graphite electrode.

This invention relates to a method for assessing the operational lifespan loss of a battery energy storage system (BESS) based on the rotating gate algorithm, belonging to the field of power energy storage technology. The technical solution involves: improving the Whale Optimization Algorithm; using the improved Whale Optimization Algorithm to search for the globally optimal gate width of the rotating gate algorithm based on the state-of-charge (SOC) change curve of the battery cells; using the globally optimal gate width again, extracting feature data points from the SOC change curve of the battery cells using the rotating gate algorithm; and using these feature data points to obtain the depth of discharge of each battery cell in each half-cycle, thereby calculating the operational lifespan loss of the BESS. This invention can quickly and accurately assess the operational lifespan loss of a BESS, accelerating the assessment speed and reducing the time required for assessment. It combines accuracy and speed, promoting the better application of BESS in various aspects of the power system, and also providing a reference for BESS investment and control.