Translations:Dimensionner une installation photovoltaïque autonome/99/en : Différence entre versions

Version actuelle datée du 3 août 2024 à 16:38

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Définition du message (Dimensionner une installation photovoltaïque autonome)

max_streak = 0
current_streak = 0
current_sum=0
target=3000
streaks=[]
for value in daily_data['P']:
   if current_sum <= target:
   current_sum+=value
   current_streak += 1
   max_streak = max(max_streak, current_streak)
   else:
   streaks.append(current_streak)
   current_sum=0
   current_streak=0
print("nb de jours consécutifs maximum pour qu'1kWc produise 3kWh: "+str(max_streak)+" j")
print("nombre d'occurences: "+ str(streaks.count(max_streak)))
print("nb de jours consécutifs moyen pour qu'1kWc produise 3kWh: "+str(sum(streaks)/len(streaks))+" j")

max_streak = 0
current_streak = 0
current_sum=0
target=3000
streaks=[]
for value in daily_data['P']:
    if current_sum <= target:
        current_sum+=value
        current_streak += 1
        max_streak = max(max_streak, current_streak)
    else:
        streaks.append(current_streak)
        current_sum=0
        current_streak=0
print("nb de jours consécutifs maximum pour qu'1kWc produise 3kWh: "+str(max_streak)+" j")
print("nombre d'occurences: "+ str(streaks.count(max_streak)))
print("nb de jours consécutifs moyen pour qu'1kWc produise 3kWh: "+str(sum(streaks)/len(streaks))+" j")

Traductionmax_streak = 0
current_streak = 0
current_sum=0
target=3000
streaks=[]
for value in daily_data['P']:
   if current_sum <= target:
   current_sum+=value
   current_streak += 1
   max_streak = max(max_streak, current_streak)
   else:
   streaks.append(current_streak)
   current_sum=0
   current_streak=0
print("maximum nb of consecutive days for 1kWc to produce 3kWh: "+str(max_streak)+" j")
print("number of occurences: "+ str(streaks.count(max_streak)))
print("mean nb of consecutive days for 1kWc to produce 3kWh: "+str(sum(streaks)/len(streaks))+" j")

max_streak = 0 current_streak = 0 current_sum=0 target=3000 streaks=[] for value in daily_data['P']:

   if current_sum <= target:
       current_sum+=value
       current_streak += 1
       max_streak = max(max_streak, current_streak)
   else:
       streaks.append(current_streak)
       current_sum=0
       current_streak=0

print("maximum nb of consecutive days for 1kWc to produce 3kWh: "+str(max_streak)+" j") print("number of occurences: "+ str(streaks.count(max_streak))) print("mean nb of consecutive days for 1kWc to produce 3kWh: "+str(sum(streaks)/len(streaks))+" j")

@@ Ligne 14 : / Ligne 14 : @@
          current_streak=0
 print("maximum nb of consecutive days for 1kWc to produce 3kWh: "+str(max_streak)+" j")
-print("nombre d'occurences: "+ str(streaks.count(max_streak)))
+print("number of occurences: "+ str(streaks.count(max_streak)))
 print("mean nb of consecutive days for 1kWc to produce 3kWh: "+str(sum(streaks)/len(streaks))+" j")