Ouagadougou solar water pump recommendation

One good example within the region worth looking at and studying in terms of both potential and adoption of solar water pump systems is The Sudan. With a GDP of 40.8 billion USD, 10 th largest in Africa, Sudan's economy is mostly dependent on the agriculture sector.

Summary results from the study indicated 0.033 $/kWh, 0.062 $/kWh, and 0.075 $/kWh for PVP, CDP, and PTP configurations respectively. Thus concluding that generally PVP configurations were the most reliable and economical paths to take when solar irrigation pumps are considered within Sudan .

At times, with limited rainfall, this may lead to growing only one or two kinds of crops . Introducing solar water pumps to deliver water from various sources (e.g. groundwater, rivers) may help increase the water productivity in cultivated farms both rain fed and irrigated. This consequently raises the chances for better socio-economic returns.

The pilot phase aims to install 29 solar pumps with different sizes in the Northern State (where farmers cannot access the national grid). Project assessment: Targeted farms are monitored and evaluated for 4 seasons throughout 2 years. Between 2020 and 2022, the program should cover additional farms to install 1,440 pumps.

Some of these goals that can be achieved using solar water pumps include: SDG 1 (No Poverty): Using solar pumps enhances water availability. This in accordance raises food production levels which naturally lowers poverty levels. SDG 2 (Zero Hunger): This simply is connected to SDG 1.

Customers in Zambia were most likely to report feeling burdened. 54% have had to make unacceptable sacrifices in order to make repayments; of these, 4% say it is 'regularly'. before purchasing their solar pump. 38% of customers said they sometimes have to cut back consumption to make repayments, and 9% do regularly.