ENERGY AND ECOLOGICAL TRANSITION, A PRIORITY
At this particular time, we are all called upon to play a leading role in a genuine global change to preserve our planet and the life it generates. Hence the awareness and the need to create a technology that integrates everything that already exists while respecting the surrounding environment, a system capable of generating renewable energy and propaedeutic to sustainable development that the “Earth” makes available without creating damage to the ecosystem. A change of course is therefore needed: the transition to green energy is the only way
to meet the world’s energy needs.
The main objective is to reduce CO2 by 2025, for the achievement of which there are strategies that address three main themes:
• mitigation of climate change;
• adaptation to the negative effects of climate change;
• achieving safe, clean and affordable energy.
Sustainable energy is an opportunity to transform the life and economy of the planet, improving the quality of life for all people through the development of universal access to modern energy services. Since ancient times, water energy has been used for various activities, such as mechanically driving mills. At the same time, geothermal and hydropower have been among the first to be used for electricity pro-duction since the industrial age.
ENERGYeti-CO2 is simply learning from history, rediscovering ancient principles, to re-energize through the use of modern technology. Kinetic energy from the movement of waves, oceans and seas are an inexhaustible source of natural energy produced by ” WAVE MOTION ” and can be a concrete alternative to existing renewable sources. As with all alternative energies, the energy generated by the WAVE MOTION has the undoubted advantage of being high potential (24 hours a day) with zero environmental impact.
GEA’s H24 technology is able to exploit wave energy and enable energy production at the limits of what can be achieved in marine areas with very low environmental impact, or rather on some aspects, preserving it.
GEA is in fact a H24 technology and differs from other systems or technologies dedicated to the production of renewable energy, for its ability to adapt and in the dimensional adaptation of the individual systems, even in places with modest wave motion such as in Northern Europe. best nature efficiency available. Wave-Energy is the largest existing renewable energy source and to date not yet so used. This has high predictability, low variability and has an extremely high energy density and is constant at virtually zero cost. GEA H24 distinguishes itself by using a system that enables high electricity production and a series of “applications” to power energy-intensive technologies that solve problems that are still relevant today, such as waste reduction/disposal (Plasma Technology).
Each country, depending on its geographical location, can draw on different sources to create a 100% green livelihood plan. Northern European countries, such as the Netherlands and the Low Countries, rely more on wind energy, while Mediterranean areas find it easier to exploit tides and sea currents, such as in Italy.
In Italy alone, there are around 8,000 kilometres of coastline, Tens of thousands of square kilometres of sea surface, suitable for the installation, ENERGYeti-CO2 thanks to GEA technology and the GEA H24 system, of Farm Wave Energy for the production of electricity, allowing, as in the case of “marine” municipalities, or in any case neighbouring marine areas, the normal uses related to public lighting, but also the distribution of the energy produced to private individuals. GEA has all the characteristics to allow significant production of energy, diversification of its uses and uses, but in particular to solve the problems mentioned above and provide other solutions of common in-terest, creating a real and constant ecological and energy transaction. Wind energy is due to solar energy and its influence on high and low pressure. Waves are generated by the wind as it blows across the sea surface.