Egypt

Developed by scientists in Egypt, trhe Green Energy Solutions software allows users to assess the tradeoffs between the PV system reliability and its costs. Compared to PVsyst, it has an error margin of up to 9%.

The novel algorithm is based on the behavior of marine animal tunicates and reportedly provides remarkable results in terms of power errors. It was tested in four PV system configurations with five different shade patterns.

Developed by Egyptian scientists, the PV-powered water pumping system may produce up to 181.8 m3 of water per day. The system consists of two PV arrays with each a capacity of 4.6 kW and a pumping unit made up of a 7.5 kW three-phase alternating current motor, a multistage submersible pump, a deep well, and a 15 kW inverter.

French researchers have identified a number of potential social issues that may arise as North Africa develops its significant hydrogen potential, while the European Commission has released the details of its pilot auction for European renewable hydrogen production.

With an overall investment cost of US$182 million, the Kom Ombo plant is expected to be commercially operational in January 2024.

A group of researchers in Egypt studied the use of partially submerged angle perforating fins (PSAPF) and solid fins (PSASF) to assess their ability to remove excess heat from floating photovoltaics under Mediterranean outdoor environments. The team found that the optimized PSAPF-FPV module achieved an LCOE of $0.068/kWh).

The opportunities available from the aggregation and interpretation of mass data are huge and could help attract investors and ensure more efficient electricity networks as the world races to try and achieve the UN goal of access to reliable energy for all this decade.

Egyptian researchers have developed a novel hole transport layer (HTL) for inverted perovskite solar cells using silver thiocyanate instead of the commonly used PEDOT:PSS and copper thiocyanate. The new HTL material demonstrated exceptional efficiency and stability in the constructed cell.

A new research paper proposes an optimal planning technique to identify the locations and sizes of electric-vehicle (EV) charging stations with controlled charging and hybrid wind and PV systems in a multi-microgrid.

Chigozie Nweke-Eze is an economist, geographer and founder of Integrated Africa Power. He sat down with pv magazine to discuss green hydrogen development in Africa, from the project pipeline to the necessity of “additionality” when it comes to ensuring hydrogen doesn’t become yet another exploited African resource.