Intelligent emergency plan improvement method and system based on five-point cubic smoothing method
A five-point-three smoothing and emergency plan technology, which is applied in data processing applications, instruments, complex mathematical operations, etc., can solve problems such as inability to propose guiding improvement suggestions for the plan, and achieve high execution efficiency.
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment 1
[0086] A method for improving smart emergency plans based on the five-point cubic smoothing method, comprising the following steps:
[0087] S1. Establish the effect verification and evaluation index system of the power emergency smart plan, such as figure 1 As shown, including short-time scale evaluation indicators, medium and long-term scale evaluation indicators and long-term scale evaluation indicators;
[0088] S2. Verify the effect of the power emergency smart plan, obtain the data of each index, and use the five-point cubic smoothing algorithm to smooth the index data;
[0089] S3, using the subjective weighting method to determine the weight of each indicator;
[0090] S4. Combining the weight of the index and the index data, calculate the comprehensive evaluation value of the verification of the effect of the electric power emergency smart plan, and improve the electric power emergency smart plan according to the comprehensive evaluation value.
[0091] 1. Short tim...
Embodiment 2
[0145] A smart emergency plan improvement system based on the five-point cubic smoothing method, including: an index building module, a data processing module, a weight determination module, and an evaluation and optimization module;
[0146] The index building block is used to establish the effect verification and evaluation index system of the electric power emergency smart plan, including short-term scale evaluation index, medium and long-term scale evaluation index and long-term scale evaluation index;
[0147] The data processing module is used to obtain the data of each index in the effect verification of the electric power emergency smart plan, and use the five point cubic smoothing algorithm to smooth the index data;
[0148] The weight determination module adopts the subjective weighting method to determine the weight of each index;
[0149] The evaluation and optimization module combines the index weight and index data to calculate the comprehensive evaluation value ...
Embodiment 3
[0151] In order to illustrate this application, it is assumed that the effect of a certain smart plan is verified, and the duration of this verification is set to 2 hours.
[0152] The first is the short-time scale evaluation index based on the resilience index. The time step is 2 minutes. The grid resilience index under emergencies can be obtained as shown in Table 1:
[0153] Table 1 Short time scale index values based on resilience index
[0154] T K(t) T K(t) T K(t) T K(t) T K(t) T K(t) 2 1.000 22 0.831 42 0.331 62 0.008 82 0.166 102 0.680 4 1.000 24 0.852 44 0.248 64 0.112 84 0.220 104 0.615 6 1.000 26 0.727 46 0.352 66 0.009 86 0.186 106 0.729 8 1.000 28 0.675 48 0.168 68 0.011 88 0.188 108 0.793 10 0.998 30 0.643 50 0.133 70 0.158 90 0.256 110 0.647 12 0.979 32 0.552 52 0.083 72 0.100 92 0.390 112 0.836 14 0.989 34 0.611 54 0.031 74 0.132 94 ...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More