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论文与完整源程序_电网论文源程序的博客-CSDN博客
https://blog.csdn.net/liang674027206/category_12531414.html
该程序为多微网协同优化调度模型，系统在保障综合效益的基础上，调度时优先协调微网与微网之间的能量流动，将与大电网的互联交互作为备用，降低微网与大电网的互动频率，从而减少微网分布式电源出力的不确定性对电网造成冲击和不稳定的影响。所以，多微网与电网的互联调度作为微网之间互联调度的补充，微网之间的互联调度以就地消纳为原则，当微网内的分布式电源无法满足微网内的负荷需求，或出现负荷需求过小以致清洁能源能量溢出的状况时（储能系统已充满电），启动微网与大电网的间的互联调度。微网与微网之间通过充分挖掘多微网间源储荷所具有的时空互补特性，实现多微网系统内能量互补，进一步提高对可再生能源的消纳能力，减少分布式能源和负荷的波动性、不确定性带来的影响。程序采用matlab+gurobi进行求解，基本句句注释，方便学习上手！
附带WORD解读！！！！
附带WORD解读！！！！
附带WORD解读！！！！
部分代码展示：
clear;
clc;
close all;
%% 导入数据
Ppv1=xlsread('Ppv1.xlsx');%微网1光伏
Pwt1=xlsread('Pwt1.xlsx');%微网1风力
PL1=xlsread('PL1.xlsx')*1.5;%微网1负荷
Ppv2=xlsread('Ppv2.xlsx');%微网2光伏
Pwt2=xlsread('Pwt2.xlsx');%微网2风力
PL2=xlsread('PL2.xlsx')*1.5;%微网2负荷
Ppv3=xlsread('Ppv3.xlsx');%微网3光伏
Pwt3=xlsread('Pwt3.xlsx');%微网3风力
PL3=xlsread('PL3.xlsx')*1.5;%微网3负荷
%判断各个时刻的情况
for i=1:24
pd1(i)=Ppv1(i)+Pwt1(i)-PL1(i);
pd2(i)=Ppv2(i)+Pwt2(i)-PL2(i);
pd3(i)=Ppv3(i)+Pwt3(i)-PL3(i);
pdz(i)=Ppv1(i)+Pwt1(i)-PL1(i)+Ppv2(i)+Pwt2(i)-PL2(i)+Ppv3(i)+Pwt3(i)-PL3(i);
end
Cp1=xlsread('配网购电电价.xlsx');%微网与大电网间的购电电价
Cp2=xlsread('微网与微网间的分时电价.xlsx');%微网与微网间的分时电价
Cp3=xlsread('配网售电电价.xlsx');%微网与大电网间的售电电价
%决策变量
PG1=sdpvar(24,1,'full');%微网1微型燃气轮机功率
Psch1=sdpvar(24,1,'full');%微网1储能充电
Psdis1=sdpvar(24,1,'full');%微网1储能放电
FC1=sdpvar(24,1,'full');%微网1燃料电池功率
PG2=sdpvar(24,1,'full');%微网2微型燃气轮机功率
Psch2=sdpvar(24,1,'full');%微网2储能充电
Psdis2=sdpvar(24,1,'full');%微网2储能放电
FC2=sdpvar(24,1,'full');%微网2燃料电池功率
PG3=sdpvar(24,1,'full');%微网3微型燃气轮机功率
Psch3=sdpvar(24,1,'full');%微网3储能充电
Psdis3=sdpvar(24,1,'full');%微网3储能放电
FC3=sdpvar(24,1,'full');%微网3燃料电池功率
PMbuy1=sdpvar(24,1,'full');%微网1向配网购电
PMsell1=sdpvar(24,1,'full');%微网1向配网售电
PMbuy2=sdpvar(24,1,'full');%微网2向配网购电
PMsell2=sdpvar(24,1,'full');%微网2向配网售电
PMbuy3=sdpvar(24,1,'full');%微网3向配网购电
PMsell3=sdpvar(24,1,'full');%微网3向配网售电
Pwbuy12=sdpvar(24,1,'full');%微网1向微网2购电
Pwsell12=sdpvar(24,1,'full');%微网1向微网2售电
Pwbuy13=sdpvar(24,1,'full');%微网1向微网3购电
Pwsell13=sdpvar(24,1,'full');%微网1向微网3售电
Pwbuy21=sdpvar(24,1,'full');%微网2向微网1购电
Pwsell21=sdpvar(24,1,'full');%微网2向微网1售电
Pwbuy23=sdpvar(24,1,'full');%微网2向微网3购电
Pwsell23=sdpvar(24,1,'full');%微网2向微网3售电
Pwbuy31=sdpvar(24,1,'full');%微网3向微网1购电
Pwsell31=sdpvar(24,1,'full');%微网3向微网1售电
Pwbuy32=sdpvar(24,1,'full');%微网3向微网2购电
Pwsell32=sdpvar(24,1,'full');%微网3向微网2售电
Es1=sdpvar(24,1,'full');%蓄电池1
Es2=sdpvar(24,1,'full');%蓄电池2
Es3=sdpvar(24,1,'full');%蓄电池3
Uch1=binvar(24,1,'full');%微网1储能的充电状态
Udis1=binvar(24,1,'full');%微网1储能的放电状态
Uch2=binvar(24,1,'full');%微网2储能的充电状态
Udis2=binvar(24,1,'full');%微网2储能的放电状态
Uch3=binvar(24,1,'full');%微网3储能的充电状态
Udis3=binvar(24,1,'full');%微网3储能的放电状态
Um1=binvar(24,1,'full');%微电网1向配电网购售电的状态
Us2=binvar(24,1,'full');%微网2储能的充放电状态
Um2=binvar(24,1,'full');%微网2向配电网购售电的状态
Us3=binvar(24,1,'full');%微网3储能的充放电状态
Um3=binvar(24,1,'full');%微网3向配电网购售电的状态
Uw12=binvar(24,1,'full');%微网1向微网2购售电状态
Uw13=binvar(24,1,'full');%微网1向微网3购售电状态
Uw21=binvar(24,1,'full');%微网2向微网1购售电状态
Uw23=binvar(24,1,'full');%微网2向微网3购售电状态
Uw31=binvar(24,1,'full');%微网3向微网1购售电状态
Uw32=binvar(24,1,'full');%微网3向微网2购售电状态
%增加变量
PG1min=80;%微网1燃气轮机出力下限
Rd1=PG1min*0.5;%%微网1燃气轮机爬坡功率下限
PG1max=800;%微网1燃气轮机出力上限
Rup1=PG1max*0.5;%%微网1燃气轮机爬坡功率上限
FC1min=50; %%微网1燃料电池功率下限
FC1max=500; %%微网1燃料电池功率上限
PG2min=100;%微网2燃气轮机出力下限
Rd2=PG2min*0.5;%%微网2燃气轮机爬坡功率下限
PG2max=1000;%微网2燃气轮机出力上限
Rup2=PG2max*0.5;%%微网2燃气轮机爬坡功率上限
FC2min=60; %%微网2燃料电池功率下限
FC2max=600; %%微网2燃料电池功率上限
PG3min=90;%微网3燃气轮机出力下限
Rd3=PG3min*0.5;%%微网3燃气轮机爬坡功率下限
PG3max=900;%微网3燃气轮机出力上限
Rup3=PG3max*0.5;%%微网3燃气轮机爬坡功率上限
FC3min=80; %%微网3燃料电池功率下限
FC3max=800; %%微网3燃料电池功率上限
PMmax=1500;%微网与配网的联络线功率上限
PWmax=500;%微网间的联络线功率上限
Ps1max=200;%储能1的功率上限
Ps2max=300;%储能2的功率上限
Ps3max=225;%储能3的功率上限
Es01=800;%储能1初始容量
Esmax1=Es01*0.9;%储能1容量上限
Esmin1=Es01*0.2;%储能1容量下限
Es02=1200;%储能2初始容量
Esmax2=Es02*0.9;%储能2容量上限
Esmin2=Es02*0.2;%储能2容量下限效果展示：
128号资源-源程序：附带WORD论文《面向低碳经济运行目标的多微网能量互联优化调度》三微网优化程序-本人博客有解读资源-CSDN文库https://download.csdn.net/download/LIANG674027206/89419620👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆下载资源链接👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆👆
《《《《《《《《更多资源还请持续关注本专栏》》》》》》》
论文与完整源程序_电网论文源程序的博客-CSDN博客https://blog.csdn.net/liang674027206/category_12531414.html
https://blog.csdn.net/LIANG674027206?type=downloadhttps://blog.csdn.net/LIANG674027206?type=download
