hybridization_existing_pv_Langelinie_evaluate

Attributes

`examples_sites`
`name`
`ex_site`
`longitude`
`latitude`
`altitude`
`sim_pars_fn`
`input_ts_fn`
`hpp`
`clearance`
`sp`
`p_rated`
`Nwt`
`wind_MW_per_km2`
`b_P`
`b_E_h`
`cost_of_battery_P_fluct_in_peak_price_ratio`
`delta_life`
`x`	##
`start`
`outs`
`end`

Module Contents

hybridization_existing_pv_Langelinie_evaluate.examples_sites = None[source]

hybridization_existing_pv_Langelinie_evaluate.name = 'Denmark_hybridization_solar_Langelinie'[source]

hybridization_existing_pv_Langelinie_evaluate.ex_site[source]

hybridization_existing_pv_Langelinie_evaluate.longitude[source]

hybridization_existing_pv_Langelinie_evaluate.latitude[source]

hybridization_existing_pv_Langelinie_evaluate.altitude[source]

hybridization_existing_pv_Langelinie_evaluate.sim_pars_fn[source]

hybridization_existing_pv_Langelinie_evaluate.input_ts_fn[source]

hybridization_existing_pv_Langelinie_evaluate.hpp[source]

hybridization_existing_pv_Langelinie_evaluate.clearance = 50[source]

hybridization_existing_pv_Langelinie_evaluate.sp = 301[source]

hybridization_existing_pv_Langelinie_evaluate.p_rated = 2[source]

hybridization_existing_pv_Langelinie_evaluate.Nwt = 3[source]

hybridization_existing_pv_Langelinie_evaluate.wind_MW_per_km2 = 10[source]

hybridization_existing_pv_Langelinie_evaluate.b_P = 10[source]

hybridization_existing_pv_Langelinie_evaluate.b_E_h = 3[source]

hybridization_existing_pv_Langelinie_evaluate.cost_of_battery_P_fluct_in_peak_price_ratio = 0[source]

hybridization_existing_pv_Langelinie_evaluate.delta_life = 5[source]

hybridization_existing_pv_Langelinie_evaluate.x[source]: ## ### Evaluating the HPP model

hybridization_existing_pv_Langelinie_evaluate.start[source]

hybridization_existing_pv_Langelinie_evaluate.outs[source]

hybridization_existing_pv_Langelinie_evaluate.end[source]