oemof /
oemof-solph
| @@ 1012-1024 (lines=13) @@ | ||
| 1009 | period_investment_costs[p] += investment_costs_increment |
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| 1010 | ||
| 1011 | for i, o in self.INVESTFLOWS: |
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| 1012 | if valid_sequence( |
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| 1013 | m.flows[i, o].investment.fixed_costs, len(m.PERIODS) |
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| 1014 | ): |
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| 1015 | lifetime = m.flows[i, o].investment.lifetime |
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| 1016 | for p in m.PERIODS: |
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| 1017 | range_limit = min( |
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| 1018 | m.es.end_year_of_optimization, |
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| 1019 | m.es.periods_years[p] + lifetime, |
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| 1020 | ) |
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| 1021 | fixed_costs += sum( |
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| 1022 | self.invest[i, o, p] |
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| 1023 | * m.flows[i, o].investment.fixed_costs[pp] |
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| 1024 | for pp in range(m.es.periods_years[p], range_limit) |
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| 1025 | ) |
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| 1026 | ||
| 1027 | for i, o in self.EXISTING_INVESTFLOWS: |
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| @@ 1028-1039 (lines=12) @@ | ||
| 1025 | ) |
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| 1026 | ||
| 1027 | for i, o in self.EXISTING_INVESTFLOWS: |
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| 1028 | if valid_sequence( |
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| 1029 | m.flows[i, o].investment.fixed_costs, len(m.PERIODS) |
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| 1030 | ): |
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| 1031 | lifetime = m.flows[i, o].investment.lifetime |
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| 1032 | age = m.flows[i, o].investment.age |
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| 1033 | range_limit = min( |
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| 1034 | m.es.end_year_of_optimization, lifetime - age |
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| 1035 | ) |
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| 1036 | fixed_costs += sum( |
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| 1037 | m.flows[i, o].investment.existing |
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| 1038 | * m.flows[i, o].investment.fixed_costs[pp] |
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| 1039 | for pp in range(range_limit) |
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| 1040 | ) |
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| 1041 | ||
| 1042 | self.investment_costs = Expression(expr=investment_costs) |
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