How much energy does Rwanda generate?

Hydroelectric leads the generation capacity with 98 MW while Solar generates 12 MW of the total energy composition for Rwanda. According to the International Energy Agency (IEA) (2017), Rwanda's national electrification rate is estimated at 30 percent, with only 12 percent in rural areas.

How to reduce energy consumption in Rwanda?

Derive Energy Engel curves of electricity, charcoal, biomass, and others in Rwanda. Find significant gaps in energy consumption between rural and urban households. Decarbonize energy sector with affordable energy sources may reduce the biomass use.

What is the distribution of energy expenditure shares in Rwandan households?

The second part of Table 2 contains energy expenditure shares in Rwandan households. The distribution of energy demand exhibits excess left-side skewed distribution in a sense that the first quantile and median values are zeroes except for biomass. This implies that energy demand is only attracted by relatively higher income earners.

Why do Rwandan households use electricity?

This could be due to the fact that most Rwandan households use electricity for lighting purpose, but the number of household members is not necessarily linked to the lamps to light. Importantly, Table A1 indicates that any increase in household energy expenditures are strongly associated to increase electricity demand.

Which energy sources are used in Rwanda?

In Rwanda, which is endowed with a variety of clean energy sources (i.e. hydroelectric, solar power, biogas and geothermal), around 85 percent of households rely on traditional biomass for cooking and heating needs (Ministry of Infrastructure, 2015a).

What is the electricity rate in Rwanda?

According to the International Energy Agency (IEA) (2017), Rwanda's national electrification rate is estimated at 30 percent, with only 12 percent in rural areas. Although, this is considered low, it was achieved in less than a decade, making Rwanda one of the leading countries in Sub-Saharan Africa.