Research Article
Calculation Method of Logistics Energy Consumption in Agricultural Product Supply Chain Based on Structural Equation Model
Table 7
Results of structural equation reliability test on latent variables of supply chain performance.
| Goodness-of-fit index | Index result | Ideal value | Description |
| Discrepancy | 2.563 | — | | Degrees of freedom | 2 | — | | Discrepancy/df | 1.298 | <2 | Ideal | RMR | 0.023 | <0.05 | Ideal | GFI | 0.979 | >0.8–0.9 | Ideal | AGFI | 0.924 | >0.87.9 | Ideal | IFI | 0.997 | >0.9 | Ideal | TL1 | 0.969 | >0.9 | Ideal | CFI | 0.819 | >0.9 | Ideal | RMSEA | 0.067 | <0.05–0.08 | Acceptable | | 0.24 | >0.05 | Ideal |
| Nonstandard estimate | Estimate | S.E | C.R. (t-value) | SP1 <-SP | 1.000B | | | SP2 <- SP | 0.635 | 0.187 | 3.583 | SP3 <- SP | 0.647 | 0.163 | 4.236 | SP4 <- SP | 0.887 | 0.234 | 3.976♦♦ |
| Factor load estimation | Standardized estimate | | | SP1 <- SP | 0.753 | | | SP2 <-SP | 0.589 | | | SP3 <- SP | 0.634 | | | SP4 <- SP | 0.672 | | |
|
|
B: fixed parameter value, . |