When we talk about energy transition we refer to the shift, which has now become a political-economic priority, from energy sources with a strong carbon footprint to low-emission sources.
This aspect, which is becoming increasingly central to the lives of us all, is part of a broader, more holistic idea of energy conservation and sustainable development.
Two main factors can be leveraged to pursue this goal: the inexorable elimination of fossil fuels and the progressive improvement of energy efficiency in energy production and consumption.
Alternative energy sources of energy are many (just to name a few we can mention photovoltaics, wind, solar and geothermal).
The shift can consist of replacing production facilities, or converting or repowering them so as to achieve more efficient production with less environmental impact, or making an improvement in the efficiency of the systems used by consumers, such as using energy-saving or generally more efficient technologies.
This transition, however, does not travel at the same speed in all parts of the world; in fact, while Scandinavian and Northern European countries are undoubtedly at the forefront of this path, thanks above all to a high availability of renewable sources and also to a civic sense and mentality aimed in this direction, many other countries are far from having started this virtuous path.
As for our continent, the European investment plan to 2050 foresees about $45 billion in this sector of which 24 percent will be allocated to energy efficiency, 19 percent to renewables and 28 percent to distribution.
With European climate legislation a achieving the EU’s climate target of reducing EU emissions by at least 55 percent by 2030 becomes a legal obligation. EU countries are working on new legislation to achieve this goal and make the EU climate neutral by 2050.
“Ready for 55 percent” is a set of proposals to review and update EU legislation and implement new initiatives to ensure that EU policies are in line with the climate goals agreed by the Council and European Parliament.
The goals then will be to ensure a fair and socially just transition; to maintain and strengthen the innovation and competitiveness of EU industry while ensuring a level playing field with economic operators in third countries; and lastly to sustain the EU’s leading position in the global fight against climate change.
Some of the main ideas in this package are the Emissions Trading Scheme, the Social Climate Fund, the Border Coal Adaptation Mechanism, the development of alternative fuels, the member states’ emission reduction targets for both land-based maritime and aviation means of transport, land use and methane in the energy sector.
SETTORE ENERGIA
Dalla tecnologia Teas Think green technologies R&D ha sviluppato il modo di trasformare il liquido tecnico in un gas, in grado di alimentare un generatore di corrente e produrre energia elettrica totalmente green.
Il modello costruito è stato fatto sulla base della possibilità di dimostrare che il sistema è in grado di generare energia elettrica dall’acqua, staccandosi completamente dalla rete, creando la prima stazione per l’indipendenza energetica.
TECNOLOGIA HG4HOME
TEAS MODULE UNIT
(for the transformation of water into technical liquid)
This machine, through a complex system of harmonic waves, electrolysis and frequencies, changes the molecular pattern of water, orienting
each individual molecule according to the required liquid. For HG4HOME the molecules of the liquid are oriented in such a way that they
can facilitate the liquid-gas transformation that will take place in the following blocks.
100% OPERATIVE.
BLOCK 1
(unit for the transformation of technical liquid into gas, with the presence of the
PLC and of the control systems of the whole model)
This Block, in which all the PLC and all the control system of the whole model is installed, transforms the technical liquid (formed in the TEAS module)
into a gas with an explosive power, which will be conveyed inside a Otto Cycle engine, in order to start it.
100% OPERATIVE.
BLOCK 2
(unit for the transformation of technical liquid into gas)
This Block, in which all the PLC and all the control system of the whole model is installed, transforms the technical liquid (formed in the TEAS module)
into a gas with an explosive power, which will be conveyed inside a Otto Cycle engine, in order to start it.
100% OPERATIVE.
ELECTRICITY GENERATORS
This demonstration block mounts 3 gasoline Otto Cycle generators of 5kW/each. This power generator has been chosen because it is the
model with the most advantageous efficiency (power consumption/production) ratio. The demonstration shows that these generators are
powered by the gas produced by the machine, in substitution of the gasoline.
However, this type of generators can only operate for a maximum of 4 hours continuously, due to the manufacturer limitation..
NEW ENGINE-GENERATOR
Starting the development of a new enginegenerator to be installed in HG4HOME final model. The engine will start from an efficiency of 60% and Think Green Technologies will work and study to increase this yield.
BLOCK WITH INVERTER, BATTERIES
AND HEATING LAMPS
Inverters, batteries and heating lamps are mounted in this Block. The electricity produced by the generators is fed into the inverters which
transform it and in turn can send it to the batteries or the heating lamps, depending on the choice.
