| LV_rural_1_Today | Small rural low voltage distribution grid model |
| LV_rural_1_Intermediate | Small rural low voltage distribution grid model with intermediate technology penetration |
| LV_rural_1_Future | Small rural low voltage distribution grid model with future technology penetration |
| LV_rural_2_Today | Large rural low voltage distribution grid scenario with 2024 technology penetration scenario. |
| LV_rural_2_Intermediate | Large rural low voltage distribution grid scenario with intermediate technology penetration scenario |
| LV_rural_2_Future | Large rural low voltage distribution grid scenario with future technology penetration scenario. |
| LV_semiurb_4_Today | Small semiurban low voltage distribution grid scenario with 2024 technology penetration scenario. |
| LV_semiurb_4_Intermediate | Small semiurban low voltage distribution grid scenario with intermediate technology penetration scenario. |
| LV_semiurb_4_Future | Small semiurban low voltage distribution grid scenario with future technology penetration scenario. |
| LV_semiurb_5_Today | Large semiurban low voltage distribution grid scenario with 2024 technology penetration scenario. |
| LV_semiurb_5_Intermediate | Small semiurban low voltage distribution grid scenario with intermediate technology penetration scenario. |
| LV_semiurb_5_Future | Small semiurban low voltage distribution grid scenario with future technology penetration scenario. |
| LV_urban_6_Today | Urban low voltage distribution grid scenario with 2024 technology penetration scenario. |
| LV_urban_6_Intermediate | Urban low voltage distribution grid scenario with intermediate technology penetration scenario. |
| LV_urban_6_Future | Urban low voltage distribution grid scenario with future technology penetration scenario. |