def _define_attrbs(self):
self.args = {
'tilt':
data_field('tilt', 'Tilt Angle (Degrees):', 0.0),
'azimuth':
data_field('azimuth', 'Azimuth (Degrees):', 0.0),
'mtg_cnfg':
option_field('mtg_cnfg', 'Mounting Configuration:', '',
panel_racking, panel_racking),
'mtg_spc':
data_field('mtg_spc', 'Space under Panel (cm):', 0.0),
'mtg_hgt':
data_field('mtg_hgt', 'Mounting Height (m):', 0.0),
'gnd_cnd':
option_field('gnd_cnd', 'Ground Surface Condition:', '',
list(albedo_types), albedo_types),
'albedo':
data_field('albedo', 'Albedo:', 0.0),
'uis':
data_field('uis', 'Units in Series:', 1),
'sip':
data_field('sip', 'Strings in Parallel:', 1),
'ary_Vmp':
data_field('ary_Vmp', 'Array Vmp:', 0.0),
'ary_Imp':
data_field('ary_Imp', 'Array Imp:', 0.0),
'ary_tpnl':
data_field('ary_tpnl', 'Total Panels:', 1),
}
def _define_attrbs(self):
self.args = {
'i_mfg':
option_field(
'm_mfg', 'Manufactuerer:', '',
sorted(list(set(self.master.inverters['Manufacturer']))),
self.master.inverters),
'i_mdl':
option_field('m_mdl', 'Model:', '',
sorted(list(set(self.master.inverters['Model']))),
self.master.inverters),
'Name':
data_field('Name', 'Description:', ''),
'Vac':
data_field('Vac', 'AC Voltage (Vac):', 0.0),
'Paco':
data_field('Paco', 'AC Power (Watts):', 0.0),
'Pdco':
data_field('Pdco', 'DC Power Panel(Watts):', 0.0),
'Vdco':
data_field('Vdco', 'DC Voltage (Vdc):', 0.0),
'Pnt':
data_field('Pnt', 'Night Time Power (Watts):', 0.0),
'Vdcmax':
data_field('Vdcmax', 'Max DC Voltage (Vdcmax):', 0.0),
'Idcmax':
data_field('Idcmax', 'Max DC Current (Idcmax):', 0.0),
'Mppt_low':
data_field('Mppt_low', 'Mppt_low (Vdc):', 0.0),
'Mppt_high':
data_field('Mppt_high', 'Mppt_high (Vdc)', 0.0),
}
def _define_attrbs(self):
self.args = {
'm_mfg':
option_field(
'm_mfg', 'Manufactuerer:', '',
sorted(list(set(self.master.modules['Manufacturer']))),
self.master.modules),
'm_mdl':
option_field('m_mdl', 'Model:', '',
sorted(list(set(self.master.modules['Model']))),
self.master.modules),
'Name':
data_field('Name', 'Description:', ''),
'Technology':
data_field('Technology', 'Cell Type: ', ''),
'T_NOCT':
data_field('T_NOCT', 'Nominal Operating Cell Temp:', 0.0),
'V_mp_ref':
data_field('V_mp_ref', 'Voltage at Max Power (Vmp):', 0.0),
'I_mp_ref':
data_field('I_mp_ref', 'Current at Max Power (Imp):', 0.0),
'V_oc_ref':
data_field('V_oc_ref', 'Open Circuit Voltage (Voc):', 0.0),
'I_sc_ref':
data_field('I_sc_ref', 'Short Circuit Current (Isc):', 0.0),
'PTC':
data_field('PTC', 'Power Rating Pmpp (W):', 0.0),
'A_c':
data_field('A_c', 'Cell Size(cm):', 0.0),
'N_s':
data_field('N_s', 'Number of cells:', 0),
'R_s':
data_field('R_s', 'Series Resistance (ohms):', 0.0),
'R_sh_ref':
data_field('R_sh_ref', 'Shunt Resistance (ohms):', 0.0),
'BIPV':
data_field('BIPV', 'BIPV:', 0.0),
'alpha_sc':
data_field('alpha_sc', 'alpha_sc:', 0.0),
'beta_oc':
data_field('beta_oc', 'beta_oc:', 0.0),
'a_ref':
data_field('a_ref', 'a_ref:', 0.0),
'I_L_ref':
data_field('I_L_ref', 'I_L_ref:', 0.0),
'I_o_ref':
data_field('I_o_ref', 'I_o_ref:', 0.0),
'Adjust':
data_field('Adjust', 'Adjust:', 0.0),
'gamma_r':
data_field('gamma_r', 'gamma_r:', 0.0)
}
def _define_attrbs(self):
""" Define Charge Controller Attributes """
self.args = {
'c_mfg':
data_field('c_mfg', 'Manufactuerer:', ''),
'c_mdl':
data_field('c_mdl', 'Model:', ''),
'Name':
data_field('Name', 'Description:', ''),
'c_type':
option_field('c_type', 'Type:', '', list(chgcntl_types),
chgcntl_types),
'c_pvmxv':
data_field('c_pvmxv', 'Max PV Voltage (Vdc):', 0.0),
'c_pvmxi':
data_field('c_pvmxi', 'Max PV Current (A):', 0.0),
'c_bvnom':
data_field('c_bvnom', 'Bat Volts (Vdc):', 0.0),
'c_mvchg':
data_field('c_mvchg', 'Max Chg Volts (Vdc):', 0.0),
'c_michg':
data_field('c_michg', 'Max Chg Current (A):', 0.0),
'c_midschg':
data_field('c_midschg', 'Max Dischg Current (A):', 0.0),
'c_tmpc':
data_field('c_tmpc', 'Temp Compensation Coefficient (/C)', 0.0),
'c_tmpr':
data_field('c_tmpc', 'Temp Rating (C)', 25.0),
'c_cnsmpt':
data_field('c_stdbyPow', 'Self Consumption (W):', 0.0),
'c_eff':
data_field('c_eff', 'Efficiency (%):', 90.0),
}
def _define_attrbs(self):
self.args = {
'b_mfg':data_field('b_mfg','Manufacturer:', ''),
'b_mdl':data_field('b_mdl',' Model:', ''),
'b_desc':data_field('b_desc','Description:', ''),
'b_typ':option_field('b_typ','Type:', '',
list(battery_types), battery_types),
'b_nomv':data_field('b_nomv','Nominal Voltage (VDC):', 0.0),
'b_rcap':data_field('b_rcap','Rated Capacity (AH):', 0.0),
'b_rhrs':data_field('b_rhrs','Hour Basis for Rating:', 100),
'b_ir':data_field('b_ir','Internal Resistance (Ohms):', 0.0),
'b_stdTemp':data_field('b_stdTemp','Rated temperature (C):', 25.0),
'b_tmpc':data_field('b_tmpc','Temp Coeficient (C):', 0.0),
'b_mxDschg':data_field('b_mxDschg', "Max No. of Discharge Cycles:", 1000),
'b_mxDoD':data_field('b_mxDoD', 'Depth of Discharge % for Max Lifecycle:', 50.0)
}
def _define_attrbs(self):
self.args = {
'cntry':option_field('cntry', 'Country: ', '',
sorted(self.master.countries.index.values),
self.master.countries),
'proj':data_field('proj', 'Project Name:', ''),
'p_desc':data_field('p_desc','Description:', ''),
'lat':data_field('lat', 'Latitude:', 0.0),
'lon':data_field('lon', 'Longitude:', 0.0),
'city':data_field('city', 'City:', ''),
'client':data_field('client', 'Client:', ''),
'elev':data_field('elev', 'Elevation (m):', 0.0),
'tz':data_field('tz', 'TimeZone:', 0),
'gv':data_field('gv', 'Grid Volts (VAC): ', 0),
'gf':data_field('gf', 'Grid Freq (Hz): ', 0),
# 'grdcnx':option_field('Grid Connection', 'No',['Yes','No'],
# ['Yes','No'])
}
