For the first time, we quantify cost, footprint, and reliability implications of deploying
hydrogen-based generation in off-grid electric vehicle charging stations (CS) using an …

This paper presents a model for municipal power planning, incorporating renewable power
generation sources and energy storage facilities. It proposes a prototy** model …

Saudi Arabia, as part of its Saudi Green Initiative, has announced its goal to achieve net
zero green-house gas emissions by 2060. This ambitious target underscores the nation's …

The Saudi agricultural sector relies on diesel for irrigation that is provided to farmers at a
price much lower than the average global price, implying significant opportunity costs. By …

Saudi Arabia enacted two waves of energy price reforms in 2016 and 2018 to effectively
gauge their impact to curb historically fast-growing electricity demand. We quantify the …

Saudi Arabia is establishing ground-monitoring stations for solar irradiance and wind speed.
Seven of these, at locations distributed throughout the Kingdom, have recently provided …

For the first time, this paper assesses the macroeconomic, energy, and emission impacts of
solar photovoltaic (PV) deployment in Saudi Arabia by linking an energy-and-environment …

This study assesses the competitiveness of producing green hydrogen (H 2) in Saudi Arabia
and Germany using a power-to-carrier (P2X) model in PLEXOS for 2030 and beyond. The …

In many oil-and natural gas-producing countries, fuels are allocated to the electricity sector
at administratively set prices below international market prices for domestic policy reasons …

We use a national Saudi power system dispatch optimization model to assess the
implications of load shifting from the industrial sector. This model quantifies the fuel offtake …