Fig 1.
Grid-based diversity maintenance mechanism of Pareto front.
Fig 2.
Interval division of wind power generation.
Fig 3.
The obtained Pareto front of AGB-MOCDE and MODE.
Table 1.
The memberships of non-dominated schemes by AGB-MOCDE and MODE for test system 1.
Table 2.
The comparisons among different optimization methods.
Fig 4.
The output process of compromise scheme by AGB-MOCDE in test system 1.
Table 3.
The transmission loss of five thermal-unit system.
Fig 5.
Pareto front obtained by AGB-MOCDE and MODE.
Table 4.
The membership of non-dominated schemes between AGB-MOCDE and MODE for test system 2.
Table 5.
The comparison among different optimization methods for the DEED problem.
Table 6.
The output (MW) details of the compromise scheme obtained by AGB-MOCDE for test system 2.
Fig 6.
Interval division of output domain for wind farm #1.
Fig 7.
Interval division of output domain for wind farm #2.
Fig 8.
Interval division of output domain for wind farm #3.
Fig 9.
The obtained optimal schemes in two extreme cases and in stochastic DEED.
Table 7.
The output (MW) details of the optimal scheme of AGB-MOCDE in extreme case 1.
Table 8.
The output (MW) details of the optimal scheme of AGB-MOCDE in extreme case 2.
Table 9.
The output (MW) details of the optimal scheme of AGB-MOCDE in stochastic DEED.