Water is the source of life, and now it's also the source of our energy
Hot
Advanced natural gas power plant designed for exceptionally high overall energy utilization
cold
kinetic A tomic energy
What exactly is kinetic A tomic energy.
Classical nuclear (atomic) energy is the energy released by the fission of an atom’s nucleus. This form of energy is not green, not renewable, not 100% safe, and can have disastrous consequences for the environment in the event of failure.
In contrast, kinetic atomic energy is not derived from atomic decay, but from atomic kinetic potential energy. The atoms and molecules—the fundamental building blocks of matter—inside any body are in constant motion. The higher their temperature, the greater their mobility.
That is, they are powerful non-stop waves of energy that constantly pulsate and move between hot and cold.
For example, when a body has a temperature A, the kinetic energy of its atoms corresponds to that level. When the temperature rises by 1 degree, the kinetic energy of its atoms increases by one energy step.
For instance, raising the temperature of 1 cubic meter of water by 1 degree Celsius requires approximately 1 kW of thermal energy. This increase in thermal energy corresponds to an increase in the kinetic energy of the atoms (calculated for macroscopic objects as
KE = ½ m v², mass multiplied by velocity squared).
Therefore, between two thermal levels that differ by 1 degree Celsius, an atomic energy wave is created, amounting to approximately 1 kW per cubic meter of water.
kinetic A tomic energy varies with temperature changes and represents a new major green energy source for humanity. It is fully renewable and safe, as it arises purely from temperature variation. Its power is immense and continuous—second only to nuclear fission in magnitude.
To understand its strength, consider how much energy is required to keep the temperature of a given space constant throughout the day. Even small temperature fluctuations demand enormous amounts of energy to counteract. This energy is kinetic A tomic energy.
Sources of kinetic A tomic energy.
The sources of kinetic A tomic energy are fully renewable and contain vast amounts of green energy that remain largely unused today. Harnessing this energy could propel modern technologies such as data centers, artificial intelligence, robotics, and quantum computing, leading humanity into a new revolution—similar in scale to the Industrial Revolution—centered on energy, drinking water, and shipping.
These sources exist everywhere on the planet where natural temperature energy batteries are formed between elements with different thermal potentials (positive and negative temperatures). Examples include underground and surface water, water and air, or frozen air above a frozen lake where the water below remains above zero degrees Celsius.
In both summer and winter, air temperatures vary significantly.In some regions, these conditions persist year-round.
A previously unrecognized natural energy battery exists in frozen lakes, rivers, or seas where the air temperature above ranges
from –10°C to –70°C, while the water beneath the ice remains at positive temperatures and increases with depth.
In such areas, water temperatures may range from 5–10°C, and when heated by the sun can reach up to 90°C.
This creates a massive thermal potential, similar to that of a battery.
Thermal potential = kinetic A tomic energy = 20–160 kW per m³ of water
By using a small 55 kW water pump, with a size much smaller than 1 m³ and capable of pumping 100 m³/hour,
we can extract: 2,000 – 16,000 kW/hour of kinetic A tomic energy.
The energy required to pump the water (55 kW) is negligible compared to the kinetic atomic energy released by the temperature potential.
In such environments, we can now recognize something previously overlooked: these locations
are powerful, inexhaustible natural green “batteries”
that do not pollute the environment and provide energy in a manner comparable to fossil fuels—without their drawbacks.
kinetic A tomic generetor
By installing 2,000 pumps in an area like those described above
within a corridor of less than 2 km
the available energy would be:
4,000,000 – 32,000,000 kW/hour
of green, renewable kinetic atomic energy.
kinetic A tomic ship
By installing 60 pumps on a PANAMAX-sized ship,
arranged in less than a 60-meter row along both sides of the vessel,
the ship would have access to:
60,000 – 480,000 kW/hour
of green, renewable kinetic atomic energy.
