def cost_config(pos_,Qnet,Pnet,cycleCounts_):
pri_wind=pos_[0]*WINDS_PRICE_DEVICE
pri_pv=pos_[1]*PV_PRICE_BAT1
#cycclecont:1bat,2ele,3tank,4fc
cycleCounts_.append(max(int(abs(max(Pnet)/(BAT_CAP*BAT_CHARGE_*BAT_VOL/1000.0))),int(abs(min(Pnet)/(BAT_CAP*BAT_DISCHARGE_*BAT_VOL/1000.0)))))
cycleCounts_.append(int(max(Pnet)/recyclemodule.RATIO_POWER2GAS))
print 'max pnet :%f'%max(Pnet)
#print 'Qmin:%f '%Qmin
max_tank_Volumn=recyclemodule.tank_svgas(recyclemodule.ele_mkgas(max(Qnet)))
print 'maxVol :%f'%max_tank_Volumn
# 30:氢气的压缩率
cycleCounts_.append(max_tank_Volumn/(100))
#3kw bat power
q=(max(Qnet)/3)*BAT_PRICE_DEVICE
if abs(q)>ELE_PRICE_DEVICE+TANK_PRICE_DEVICE+FC_PRICE_DEVICE:
cycleCounts_.append(int(max(Pnet)/RATED_FC))
pri_cycle=ELE_PRICE_DEVICE*cycleCounts_[1]+TANK_PRICE_DEVICE*cycleCounts_[2]+FC_PRICE_DEVICE*cycleCounts_[3]
#print 'cycle price :%f'%p_cycle
#print 'bat price :%f'%p_bat
else:
cycleCounts_.append(0.0)
pri_cycle=0
#print 'cycle not use'
#print q
print 'bat: %d ele : %d tank : %d fc : %d'%(cycleCounts_[0],cycleCounts_[1],cycleCounts_[2],cycleCounts_[3])
pri_bat=cycleCounts_[3]*BAT_PRICE_DEVICE
return pri_wind+pri_pv+pri_bat+pri_cycle
def cost_config(pos_,Qnet,Pnet,counts):
p_wind=pos_[0]*WINDS_PRICE_DEVICE
p_pv=pos_[1]*PV_PRICE_BAT1
counts.append(int(max(Pnet)))
counts.append(abs(int(min(Pnet))))
Qmin=min(Qnet)
print 'Qmin:%f '%Qmin
Qmax=max(max(Qnet),abs(min(Qnet)))
Pmax=max(max(Pnet),abs(min(Pnet)))
maxVol=recyclemodule.tank_svgas(recyclemodule.ele_mkgas(Qmax))
max_tank_Volumn.append(abs(maxVol))
print 'maxVol :%f'%maxVol
counts.append(abs(maxVol/100.0))
q=(Qmax/BAT_POWER)*BAT_PRICE_DEVICE
if abs(q)>ELE_PRICE_DEVICE+TANK_PRICE_DEVICE+FC_PRICE_DEVICE:
p_cycle=ELE_PRICE_DEVICE*counts[0]+TANK_PRICE_DEVICE*counts[2]+FC_PRICE_DEVICE*counts[1]
counts.append(round(Pmax))
p_bat=(Pmax)/BAT_POWER*BAT_PRICE_DEVICE
#print 'cycle price :%f'%p_cycle
#print 'bat price :%f'%p_bat
else:
counts.append(0.0)
p_bat=q
p_cycle=0
#print 'cycle not use'
#print q
print 'ele: %d fc : %d tank : %d bat : %d'%(counts[0],counts[1],counts[2],counts[3])
return p_wind+p_pv+p_bat+p_cycle
def cost_config(pos_,Qnet,Pnet,counts):
p_wind=pos_[0]*WINDS_PRICE_DEVICE
p_pv=pos_[1]*PV_PRICE_BAT1
counts.append(int(max(Pnet)))
counts.append(abs(int(min(Pnet))))
Qmin=min(Qnet)
print 'Qmin:%f '%Qmin
Qmax=max(max(Qnet),abs(min(Qnet)))
Pmax=max(max(Pnet),abs(min(Pnet)))
maxVol=recyclemodule.tank_svgas(recyclemodule.ele_mkgas(Qmax))
max_tank_Volumn.append(abs(maxVol))
print 'maxVol :%f'%maxVol
counts.append(abs(maxVol/100.0))
q=(Qmax/BAT_POWER)*BAT_PRICE_DEVICE
if abs(q)>ELE_PRICE_DEVICE+TANK_PRICE_DEVICE+FC_PRICE_DEVICE:
p_cycle=ELE_PRICE_DEVICE*counts[0]+TANK_PRICE_DEVICE*counts[2]+FC_PRICE_DEVICE*counts[1]
counts.append(round(Pmax))
p_bat=(Pmax)/BAT_POWER*BAT_PRICE_DEVICE
#print 'cycle price :%f'%p_cycle
#print 'bat price :%f'%p_bat
else:
counts.append(0.0)
p_bat=q
p_cycle=0
#print 'cycle not use'
#print q
print 'ele: %d fc : %d tank : %d bat : %d'%(counts[0],counts[1],counts[2],counts[3])
return p_wind+p_pv+p_bat+p_cycle