@@ -25,10 +25,10 @@ design^\text{comp}_\text{loc,ip} =
2525\cdot \text{APVF}^\text{comp}_\text{loc} \cdot \text{discFactor}^\text{comp}_\text{loc,ip}
2626$$
2727
28- The binary design variables $design^\text{comp}_ \text{bin\ loc,ip}$ contribute to the objective function with
28+ The binary design variables $design^\text{comp}_ { \text{bin, loc,ip} }$ contribute to the objective function with
2929
3030$$
31- design^\text{comp}_\text{bin, \ loc,ip} =
31+ design^\text{comp}_{ \text{bin, loc,ip} } =
3232\sum\limits_{year=ip-\text{ipEconomicLifetime}}^{ip}
3333\text{F}^\text{comp,bin}_\text{loc,year} \cdot \left( \frac{\text{investIfBuilt}^\text{comp}_\text{loc,year}} {\text{CCF}^\text{comp}_\text{loc,year}}
3434+ \text{opexIfBuilt}^\text{comp}_\text{loc,year} \right) \cdot \text{bin}^\text{comp}_\text{loc,year}
@@ -39,8 +39,8 @@ The operation variables $op^\text{comp}_\text{loc,ip}$ contribute to the objecti
3939
4040$$
4141op^\text{comp}_\text{loc,ip} =
42- \underset{(p,t) \in \mathcal{P} \times \mathcal{T}}{\sum} \ \underset{\text{opType} \in \mathcal{O}^{comp}}{\sum}
43- \text{factorPerOp}^{comp,opType}_{ loc,ip} \cdot op^\text{comp,opType}_\text{loc,ip,p,t} \cdot \frac{\text{freq(p)}}{\tau^{years}}
42+ \underset{(p,t) \in \mathcal{P} \times \mathcal{T}}{\sum} \ \underset{\text{opType} \in \mathcal{O}^{\text{ comp} }}{\sum}
43+ \text{factorPerOp}^{\text{ comp,opType}}_{\text{ loc,ip}} \cdot op^\text{comp,opType}_\text{loc,ip,p,t} \cdot \frac{\text{freq(p)}}{\tau^{\text{ years} }}
4444\cdot \text{APVF}^{comp}_{loc} \cdot \text{discFactor}^\text{comp}_\text{loc,ip}
4545$$
4646
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