In this case, we are interested in Nigeria and its electricity needs. 8000 MW of electricity installed but only half is working and demand is 2x higher 40% population has access to electricity

75% of electricity is produced by gas-fired power plants 8th largest natural gas reserve in the world 15% of the electricity is hydroelectric

To compensate for the lack of electricity, Nigerians resort to private generators that rely on diesel to operate. pollution

The country's objective is to intensify electricity production, but also to reach, thanks to renewable energies, 20% of the national generation capacity by 2030.

We propose to study a project to supply hospitals and universities with electricity, using different solutions combining diesel generator and renewable energy or renewable energy alone, here photovoltaic (solar panels). Hospitals and universities are located all over Nigeria and are open 24 hours a day for hospitals and during the day for universities.

The case of the hospital is particularly complex. Here is a medium capacity hospital with an operating room, 2 inpatient units, a pediatric ward, a maternity ward, a laboratory and an administrative center.

Calculate the exit IRR of the CLEANELEC fund and the exit IRR of CLEANELEC with debt.