Research Article
A Novel Energy Planning Scheme Based on PGA Algorithm and Its Application
Table 4
PGA algorithm vs. GA algorithm with the same number of iterations.
| | Path name | Carbon emissions (PGA, GA) | Cost (yuan/person/year) (PGA, GA) |
| | No changes in all aspects | 6% (4%) | 4115 (4775) | | Maximum demand, no supply | 65% (47%) | 4301 (4886) | | Maximum supply, no demand | 49% (31%) | 5874 (6203) | | Lowest cost | 73% (55%) | 3810 (4521) | | Nonfossil energy has the highest proportion | 79% (62%) | 4512 (5037) | | Nuclear energy accounts for the highest proportion | 83% (65%) | 4703 (5324) | | Fossil energy accounted for the highest proportion | 80% (63%) | 4640 (5253) | | Highest carbon reduction | 96% (78%) | 4891 (5402) | | Highest energy efficiency | 81% (62%) | 4143 (4804) | | Highest level of electrification | 84% (66%) | 4537 (5124) | | Sustainable development | 80% (61%) | 4011 (4639) |
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