BQ_Wη_K + Di_WZ = Di₀

$$Di_{1} = \frac{\text{Nel}}{\eta_{K}\eta_{g}} + Di_{K}^{'}$$

Di_K^′ + D_WChC_pwt_wch1 = Di_K^″+

$$\eta_{\text{el}} = \frac{\text{Nel}}{BQ_{W}}$$

$$\eta_{C}^{'} = \frac{C}{12*100\%} = \frac{C}{12}$$

$$n_{O2t} = n_{C}^{'} + n_{S}^{'} + \frac{1}{2}n_{H2}^{'} - n_{O2}^{'}$$

V_O2t = 22, 42n_O2t

$$V_{\text{pow\ t}} = \frac{22,42}{0,21}n_{O2t}$$

$$V_{\text{pow\ rz}} = \frac{22,42}{0,21}n_{O2t}\lambda\frac{273,15 + t_{\text{pow}}}{273,15}$$

$$V_{\text{pow}}^{W} = \frac{22,42}{0,21}n_{O2t}\lambda\frac{273,15 + t_{\text{pow}}}{273,15}B$$

η_K% = 100%−(S_g% + S_n% + S_pr% + S_w% + S_Z%)

n_SW^″ = n_CO2^″ + n_CO^″ + n_SO2^″ + n_H2^″ + n_O2^″ + n_H2O^″

n_CO2^″ + n_CO^″ = n_C^′ − n_C^″

$$n_{C}^{''} = \frac{C_{Z\%}m_{A}}{12(100 - C_{Z\%})}$$

$$n_{N2}^{''} = n_{N2}^{'} + 0,79\frac{n_{O2t}\lambda}{0,21}$$

$$n_{O2}^{''} = \left( \lambda - 1 \right)n_{O2t} + \frac{1}{2}n_{\text{CO}}^{''} + n_{C}^{''}$$

$$n_{H20}^{''} = n_{H2}^{'} + n_{H20}^{'} + x\frac{n_{O2t}\lambda}{0,21}$$

$$V_{\text{SP}} = 22,42n_{\text{SW}}^{''}\frac{273,15 + t_{\text{SP}}}{273,15}$$

$$V_{\text{SP}}^{W} = 22,42n_{\text{SW}}^{''}\frac{273,15 + t_{\text{SP}}}{273,15}B$$

$$\left( \text{\ \ } \right)\% = \frac{n^{''}}{n_{\text{SW}}^{''}}100\%$$

$$\lbrack\ \ \rbrack\% = \frac{n^{''}}{n_{\text{SS}}^{''}}100\%$$

$$S_{g\%} = \frac{12628\ n_{\text{CO}}^{''}\ 22,42}{Q_{W}}100\%$$

$$S_{n\%} = \frac{33900\ n_{C}^{''}\ 12}{Q_{W}}100\%$$