Sudan Smart Photovoltaic Module Solar Panel

Why should you choose a solar energy system in Sudan?

We focus on underserved and conflict-affected regions across Sudan, striving to foster long-term growth and stability. Tailored solar energy systems provide reliable power, reduce electricity costs, and promote environmental sustainability, designed for homeowners seeking stable and independent energy solutions.

Will solar power help solve Sudan's electricity crisis?

Given that Sudan is endowed with an extremely high solar irradiation potential, the government has set a target of achieving a 667 MW of PV installed capacity by the end of 2031 ( Murdock et al. 2019 ). This clearly reflects that the latter technology will play a key role in adjusting the electricity crisis of Sudan in the near future.

Where are solar PV systems simulated in Homer software?

The solar PV systems under consideration were simulated in HOMER software in 21 locations in Sudan: Port Sudan, Omdurman, Al-Qadarif, Kassala, Kosti, Al-Obeid, Dongola, Al-Junaynah, Al-Fashir, Nyala, Wadi Halfa, Al-Damazin, Haiya, Ad-Damar, Abu Hamed, Merowe, Kutum, Salala, Wawa, Karima, and Al-Goled.

What are solar powered water pumping systems?

Solar-powered water pumping systems enhance irrigation efficiency, boost productivity, and reduce water loss, offering eco-friendly energy solutions for farmers and agribusinesses.

Is solar energy an alternative to diesel & transmission line extension?

The results of the study revealed that solar energy constitute an alternative to diesel and transmission line extension in several locations like Sudan, Niger, Chad, Mali, Mauritania and Western Sahara.

Which type of solar PV system requires the least number of units?

The least number of PV units required was with type 1 (Ingeteam (1164kVA) with Generic PV), whereas the highest was from type 19 (Fronius Galvo 3.1-1 with Generic PV). Table 8. HOMER simulation results for various types of solar PV systems. NPC = net present cost; COE = cost of energy. Fig. 4.