max_hours = 6,
efficiency_store=0.95,
efficiency_dispatch=0.95)
else:
network.add("Generator",bus_name + " " + tech_name,
bus=bus_name,p_nom=1000*cap[(bus_name,tech_name)],
marginal_cost=m_costs.get(tech_name,default_cost),
source=tech_name)
## Add renewables
import generation.germany as DEgen
reload(DEgen)
generation = DEgen.timeseries_eeg(graph)
generation.items
#Kill the Timezone information to avoid pandas bugs
generation.major_axis = generation.major_axis.values
generation.loc[["wind","solar"],network.snapshots,:].sum(axis=2).plot()
solar = generation.loc["solar",network.snapshots,:].sum(axis=1)
solar.describe()
#make sure the ordering of the minor axis is correc
generation.minor_axis = graph.nodes()
efficiency_dispatch=0.95)
else:
network.add("Generator",
bus_name + " " + tech_name,
bus=bus_name,
p_nom=1000 * cap[(bus_name, tech_name)],
marginal_cost=m_costs.get(tech_name, default_cost),
carrier=tech_name)
## Add renewables
import generation.germany as DEgen
reload(DEgen)
generation = DEgen.timeseries_eeg(graph)
generation.items
#Kill the Timezone information to avoid pandas bugs
generation.major_axis = generation.major_axis.values
generation.loc[["wind", "solar"], network.snapshots, :].sum(axis=2).plot()
solar = generation.loc["solar", network.snapshots, :].sum(axis=1)
solar.describe()
#make sure the ordering of the minor axis is correc
generation.minor_axis = graph.nodes()
## Get the capacities correct