Current State Debt: 111.2 b $

Debt Servicing: 308 m $

Leverage the Sahara Desert’s vast solar potential.

• Energy required to produce 1 Bitcoin = 266,000 kilowatts (KW)
• Solar output of the country = 15,000 MWp (megawatt-peak)
• Hours of sunshine per day = 7 hours

Calculate the total solar energy generation per day:

Solar Energy per Day = Solar Output (MWp) × Hours of Sunshine per Day Solar Energy per Day = 15,000 MWp × 7 hours = 105,000 megawatt-hours (MWh) or 105,000,000 kilowatt-hours (kWh)

Now, calculate the potential number of Bitcoins that can be mined per day:

Bitcoins Mined per Day = Solar Energy per Day (kWh) / Energy Required to Produce 1 Bitcoin (kW) Bitcoins Mined per Day = 105,000,000 kWh / 266,000 kW ≈ 394,736.84 Bitcoins

Finally, calculate the annual Bitcoin production with 7 hours of sunshine per day:

Bitcoins Mined per Year = Bitcoins Mined per Day × Days in a Year Bitcoins Mined per Year ≈ 394,736.84 Bitcoins/day × 365 days/year ≈ 144,005,263.16 Bitcoins per year

With a solar output of 15,000 MWp per year and 7 hours of sunshine per day, the country could potentially mine approximately 144,005,263 Bitcoins per year, assuming constant mining activity and no other energy consumption. Please note that this is a simplified calculation and doesn’t take into account factors like mining difficulty adjustments, which can affect actual Bitcoin production.

Note : There is a high probability that Italy invades and annexes Algeria for energy security reasons as the EU disintegrates.