Clean Electricity Future Scenario Scenario

Clean Electricity Future Scenario Scenario #1?:
Existing coal and oil based thermal power plants continually improve fuel burning efficiency, underground Carbon Capture & Storage additions are concessionally financed, and electricity prices are continually raised to support increased capital invested – Carbon Tax Schemes – maintenance of the long distance Transmission Grids.

Clean Electricity Future Scenario Scenario #2?:
Natural gas replaces coal & oil fired plants thereby avoiding underground Carbon Capture & Storage additions and Carbon Tax Schemes, electricity prices are continually raised to support increasing natural gas prices – capital invested – Carbon Tax schemes – maintenance of the long distance Transmission Grids.

Clean Electricity Future Scenario Scenario #3?:
Solar and Wind Plants experience dramatic drops in capital costs required and electricity prices are continually raised to support the long distance Transmission Grids.

Clean Electricity Future Scenario Scenario #4?:
A disruption renewable technology using natural forces emerges able to provide constant base load electricity, with low capital cost, and does not require long distance Transmission Grids.

Given the tremendous size of the global electricity markets and known future demand for clean electricity, what is the value of the disruption technology in scenario #4?

What would it cost to own and develop the disruption technology if its scientific principles were known?

The clean energy future business potential in Brazil for example is tremendous. It is estimated Brazil will need to spend $1 trillion on increasing electricity capacity up to 2030. This can potentially be done for $100 billion (10%) using the disruption technology.

Given that electricity prices have commenced an ever upward increasing trend owing to the wide spread introduction of solar and wind plants, huge returns await any groups able to enter the markets with a low capital cost plant solution.

By comparison to existing markets that import fuels to burn, either fossil or other, like coal, oil, oil substitutes, natural gas, or biomass, there is the opportunity to introduce power plants that will cut these import needs to zero. There is scope in this scenario to negotiate a percentage of fuel savings as a royalty payment for supplying the disruption technology.

Based on the above facts project finance for electricity plants will be much easier to source and secure.

Can we afford to invest in the disruption technology to secure its use for specified territories using existing cash flows?

What if we could buy master rights to the disruption technology for the territory, or for entire regions?