def createPlayers(agents, part, preferences, penalty_factor, index):
players = [None] * len(agents)
for i in range(len(agents)):
#print('Agent number:', i, "being made as a player")
#print(agents[i])
p = Prosumer(agents[i], part, preferences, penalty_factor, index)
players[i] = p
return players
import os
from Error import Error
from Hydrate import Hydrate
from Battery import Battery
from Prosumer import Prosumer
error = Error()
hydrate = Hydrate()
battery = Battery()
prosumer = Prosumer()
class Generator:
error = Error()
def __init__(self):
print("init generators")
def choise(self):
print("Generator choise")
generators = {1: "Hydrate generator", 2: "Battery", 3: "Prosumer"}
while (True):
print("Choise what do you want")
for i in generators:
print i, "-", generators[i]
print("0 - exit")
choise = input("Enter your choise: ")
os.system('clear')
def createPlayers(agents, part, preferences, penalty_factor):
players = [None] * len(agents)
for i in range(len(agents)):
p = Prosumer(agents[i], part, preferences, penalty_factor)
players[i] = p
return players
load_demand = load_data.iloc[:, 0]
irrad_data = irr.iloc[:, 3]
irrad_data.index= pd.to_datetime(irrad_data.index) + pd.DateOffset(years=10)
if any(',' in string for string in load_demand):
load_demand = load_demand.str.replace(',', '.')
load_demand = 30*pd.to_numeric(load_demand)
# ========================================================================
# Test model and get results
pvgen = PVgen(installed_pv = 2.1)
battery = BatterySimple(battery_capacity = 3.5,
initial_SOC = 75,
min_max_SOC = (20,80))
psimp = Prosumer(
pvgen = pvgen,
battery = battery,
)
psimp.set_pvgen_strategy('curtailment')
psimp.set_battery_mode('buffer-grid')
# batterycomplex = Battery(battery_capacity = 3.5,
# initial_SOC = 75,
# min_max_SOC = (20,80))
# psimp = Prosumer(
# pvgen = pvgen,
# battery = batterycomplex,
# )
# psimp.run_static_sim(
# irrad_data = irrad_data,
# load_data = load_demand,
# )
ID_grid = n - 1
grid_ag = info.index[-1]
for idx in ID_CM:
inc[-1, idx, idx_mrk - 1] = 10
inc[idx, -1, idx_mrk - 1] = 10
inc[-1, ID_p2p[-1], idx_mrk - 1] = 10
inc[ID_p2p[-1], -1, idx_mrk - 1] = 10
#%%
rho = 10
#Init Prosumer classes
pros = {}
# Community
for c in range(n_comm):
pros[ID_CM[c]] = Prosumer(inc[ID_CM[c], :, :], rho=rho)
j = 0
for i in ID_comm[c]:
pros[i] = Prosumer(inc[i, :, :],
data=info[info.index == comm_ag[c][j]],
rho=rho)
j += 1
# p2p
for c in range(n_p2p):
j = 0
for i in ID_p2p[c]:
pros[i] = Prosumer(inc[i, :, :],
data=info[info.index == p2p_ag[c][j]],
rho=rho)
j += 1