TerraFuture Turbine

Turbine

ELECTRICITY GENERATION
INCLUDING HEAT STORAGE
The TerraFuture Turbine
with its controllable energy storage, integrated desalination and associated humus farming, can not only produce the world's cheapest electricity, but also green the deserts with the help of the world's best humus and strategic plant belts.
Clean, safe & reliable, it represents a new generation of energy production, by harnessing the power of the Sun and compressed air.
Achieving a construction period of only one year and a life-span of over 200 years, with a simple, robust and maintenance-free design, it ensures the highest level of supply reliability alongside the lowest investment and running costs to generate unrivaled cheap electricity in virtually unlimited quantities.
It enables all countries to build a complete recycling economy, thus conserving natural resources.
WHAT MAKES THE TERRAFUTURE-TURBINE BETTER THAN ANY PREVIOUS SOLAR AND POWER TECHNOLOGIES?
Controllable, integrated energy storage using water as the cheapest and most effective material for the storage of low-temperature heat and for absorbing solar radiations.
Combined with the insulated concrete basin underneath, as the cheapest long-term storage for low-temperature heat, it allows the production of electricity only as needed with the highest energy use.
Uses a half-cylinder of highly efficient, IR-reflecting insulated glass as a solar collector and pressure vessel that enables the use of air as the working medium, suppressing all heat losses and having by far the highest surface efficiency by eliminating the need of cooling behind the power turbine.
With the above mentioned factors, it achieves a storage capacity of almost 100% and, alongside it’s low investment and running costs, can generate the lowest electricity cost in comparison to all other technologies.
It also uses the thermal energy stored in their reservoirs for water desalination that, combined with TerraFuture-Humus production and agriculture technology, makes regreening deserts and drylands almost worldwide possible by restoring the fertility of eroded soils, consequently creating large amounts of CO2.
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