The exact location of a dual power distribution box in Madagascar is not publicly documented, but understanding the country's electricity grid can guide where such infrastructure is likely to be found.

Overview of Madagascar's Electricity Network

Madagascar's electricity supply is managed primarily by JIRAMA, the national electricity company. The country does not have a single synchronized national grid; instead, it operates three separate high-voltage grids: the Antananarivo Interconnected Network (covering about 70% of electricity consumption), the Fianarantsoa Interconnected Grid, and the Toamasina Interconnected Grid . These grids are concentrated in urban areas, while rural areas rely on isolated small and mini grids, often diesel-powered .

Likely Locations for Dual Power Distribution Boxes

Dual power distribution boxes are typically installed in areas where reliable electricity supply is critical or where grid redundancy is needed. In Madagascar, these would most likely be found:

• Urban centers such as Antananarivo, Toamasina, and Fianarantsoa, where the main high-voltage grids operate .
• Near substations or transformer stations, which handle medium to high voltage electricity and distribute it to local networks .
• Industrial or commercial zones that require uninterrupted power supply, as dual distribution boxes allow switching between two power sources to maintain continuity.

Additional Considerations

• Rural areas with limited grid access (only about 7% of rural households have electricity) are less likely to have dual power distribution boxes .
• Infrastructure projects like the PRIRTEM transmission network reinforcement and the Sahofika Hydropower Project may include new distribution equipment, potentially including dual power boxes .
• For precise locations, contacting JIRAMA or local utility engineers is necessary, as these installations are not publicly mapped for security and operational reasons. In summary, while the exact location of a dual power distribution box in Madagascar is not publicly available, they are most likely installed in urban areas, near substations, and in critical facilities connected to the main high-voltage grids.