pv_sdm_4.py

# wykluczamy niektóre pary parametrów
exclude = [(1100, 15), (400, 75), (200, 50), (200, 75), (100, 50), (100, 75)]
# przypisanie koorów krzywym I-U
kolor = ['#1f77b4', '#2ca02c', '#8c564b', '#9467bd', '#d62728', '#e377c2', '#ff7f0e']

# pole rysunku dzielimy na cztery części o wspólnej osi x i y
fig, ax = plt.subplots(2, 2, figsize=(16, 10), sharex=True, sharey=True)

for m, irr in enumerate(E_IEC61853):
    for n, tc in enumerate(T_IEC61853):
        if (irr, tc) in exclude:
            continue
        i = n + 4*m
        j = n // 2, n % 2
        label = (
            "$G_{eff}$ " + f"{irr} $W/m^2$"
        )
        ax[j].plot(curve_info['v'][i], curve_info['i'][i], label=label, c=kolor[m])
        v_mp = curve_info['v_mp'][i]
        i_mp = curve_info['i_mp'][i]
        # oznacz MPP
        ax[j].plot(v_mp, i_mp, ls='', marker='o', c=kolor[m])
        ax[j].vlines(v_mp, 0, i_mp, linestyle='dashed', color=kolor[m])
        ax[j].legend(loc='upper right')
        if j[0] == 1:
            ax[j].set_xlabel('Napięcie [V]')
        if j[1] == 0:
            ax[j].set_ylabel('Natężenie [A]')
        ax[j].set_title(f"{s_m_par.name}, " + "$T_{cell}$ " + f"{tc} " + "$^{\circ}C$")
        ax[j].grid(True)
        ax[j].set_xlim([0, 70])

fig.tight_layout()