2results about How to "Achieve identification" patented technology

This invention discloses a wind power forecast-driven grid energy management method, system, and equipment, belonging to the field of grid optimization and dispatching technology. The method includes: acquiring power forecast distribution sequences and confidence interval data of wind farms over multiple forecast periods; constructing an uncertain energy evolution tensor containing temporal gradients, spatial diffusion, and probabilistic discrete components; mapping this tensor to the grid node topology to generate a risk seepage topology map; identifying key channels and nodes and constructing a risk seepage channel set; subsequently calculating a partitioned elasticity threshold to generate an elastic risk envelope region; and finally, combining stored grid energy to perform hierarchical energy regulation and allocation, establishing a grid energy management strategy. This invention solves the technical problem that the intermittency and uncertainty of wind power easily lead to energy dispatching risks in distribution circuit systems, achieving accurate risk identification and dynamic control within the grid, and combining grid energy storage to complete differentiated energy regulation and allocation.

This invention discloses a molecular marker InDel05 related to soybean oil content, detection primers, and their applications. The molecular marker InDel05 is located at the physical location 41854660-41854682 on soybean chromosome 5, and its nucleotide sequence is shown in SEQ ID No. 1. Based on this, detection primers for the molecular marker InDel05 were designed. The length difference of the amplification products is detected by PCR amplification. Soybean materials without the inserted fragment in the PCR amplification product are high-oil-content soybeans, while those with the inserted fragment are low-oil-content soybeans, thus achieving the identification of soybean oil content phenotypes with an accuracy of up to 87.5%. The molecular marker InDel05 and detection primers provided by this invention can be used for rapid, accurate, and efficient screening of high-oil-content soybean germplasm, significantly improving the efficiency of marker-assisted selection breeding and accelerating the breeding process of high-oil-content soybean varieties.