self_suf=Production./T_Consumption;%self sufficiency
days_a50=sum(self_suf>0.5);%days with self sufficency above 50%
avg_production=mean(Production(self_suf>0,5));%average production of energy from those days
date=0:1505;% from previous figure(1) total of 1506 days
figure(2)
plot(date,self_suf,’b’);% plot date vs self sufficiecy along the period
hold on
plot(0.5,’r–‘,’50 Self Sufficiency’);% the horizontal line of 50% self sufficienncy
xlabel(‘Date from(06/04/20 to 19/05/24)’);
ylabel(‘self sufficiency’);
tittle(‘self suuficiency over time’);
gird on
above is the codeself_suf=Production./T_Consumption;%self sufficiency
days_a50=sum(self_suf>0.5);%days with self sufficency above 50%
avg_production=mean(Production(self_suf>0,5));%average production of energy from those days
date=0:1505;% from previous figure(1) total of 1506 days
figure(2)
plot(date,self_suf,’b’);% plot date vs self sufficiecy along the period
hold on
plot(0.5,’r–‘,’50 Self Sufficiency’);% the horizontal line of 50% self sufficienncy
xlabel(‘Date from(06/04/20 to 19/05/24)’);
ylabel(‘self sufficiency’);
tittle(‘self suuficiency over time’);
gird on
above is the code self_suf=Production./T_Consumption;%self sufficiency
days_a50=sum(self_suf>0.5);%days with self sufficency above 50%
avg_production=mean(Production(self_suf>0,5));%average production of energy from those days
date=0:1505;% from previous figure(1) total of 1506 days
figure(2)
plot(date,self_suf,’b’);% plot date vs self sufficiecy along the period
hold on
plot(0.5,’r–‘,’50 Self Sufficiency’);% the horizontal line of 50% self sufficienncy
xlabel(‘Date from(06/04/20 to 19/05/24)’);
ylabel(‘self sufficiency’);
tittle(‘self suuficiency over time’);
gird on
above is the code arrays, error MATLAB Answers — New Questions

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