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Integrated Green Energy Powered Clean Fuel Technology

[Category : - RENEWABLE ENERGY- DESIGN PATENTS]
[Viewed 154 times]

This invention leverages the power of green energy sources. It utilizes readily available natural resources: water as the primary input, and air and solar radiation as supplementary sources. The system then generates hydrogen and electricity as secondary outputs, derived from water and solar energy respectively.rnrnA key advantage of this technology is its environmentally friendly operation. Not only does it produce no harmful pollutants, but it also actively contributes to a cleaner atmosphere by emitting oxygen.rnrnFurthermore, the system boasts a closed-loop water cycle. Water used in the process is captured and recycled back into the internal reservoir, ensuring efficient water management and continuous operation.rnrnMoreover, the air circulation system offers an additional layer of resilience. Even in the event of a water or solar system malfunction, the vehicle can still operate for a range of 80-100 kilometers. Furthermore, this air circulation system plays a crucial role in safety by regulating the temperature of the electrolysis process. This temperature control enhances the overall stability and longevity of the system.rnrnThis technology demonstrates remarkable versatility. Its applicability extends beyond conventional four-wheeled vehicles to two-wheeled ones as well. Furthermore, it has the potential to revolutionize various sectors by displacing internal combustion engines and electric engines entirely. This includes applications in power generation, railway transportation, and even aeronautics.rnrnBeyond safety, this system contributes to cost-efficiency by minimizing waste generation. This description highlights the core principles and significant environmental benefits of this innovative green energy solution.

Financial information

The world is at a crossroads, grappling with unprecedented climate challenges and record-high greenhouse gas emissions. The fossil fuel dilemma, responsible for over 75% of global emissions. Fossil fuel combustion is a major source of air pollution, which causes respiratory illnesses, heart disease, and cancer. The costs of air pollution are estimated to be $22.9 trillion per year globally. The costs of climate change are expected to rise to $2.5 trillion per year by 2030 and $8.4 trillion per year by 2050. The consequences of climate change are becoming increasingly evident, demanding an urgent shift from fossil fuels to sustainable energy sources. However, it is not merely about replacing one energy source with another; it's about aligning this transition with Environment, Social, and Governance (ESG) principles. Even in COP 28, maximum countries have pledged for working towards renewable resources and reducing dependence on fossil fuels.

So, by keeping these issues in mind, I have been working for a solution towards this since 2017 and then in 2023, I got a groundbreaking breakthrough in this as I developed a concept and designed it successfully. I have filed both a design as well as a utility patent on this. Both the patents have been published.

The relevance of this patent can be any industry working on green energy technologies & also core industries like automobile, transportation & heavy engineering etc. Also, academic institutions doing research in this domain in collaboration with industry are also relevant audiences. The key target countries for our solution would be US, Europe, UAE & Japan though the solution is relevant across the world.

In the face of an escalating climate crisis, our groundbreaking solution stands as a beacon of hope for a sustainable future Our research on green energy technologies ( based alternate fuel present a transformative solution to the various industries reliance on fossil fuels The global green energy technology industry is thriving, with a reported 590 billion invested in renewable energy in 2022 up 18 from the previous year The total investment in renewable energy over the past decade has reached an impressive 5.1 trillion.

A highly efficient series-parallel hybrid system integrates five clean energy sources, featuring an electric (solid-state) and hydrogen fuel cell as primary sources, supplemented by water and air as secondary sources. Ensuring vehicle safety with multiple tanks, composite materials are utilized. The solution is applicable to heavy-duty vehicles, locomotives & industrial plants. Mechanical motion is achieved through an air engine employing a piston-cylinder arrangement, with compressed air as fuel, and controlled heating using water as a coolant. Hydrogen, stored in liquid form, undergoes conversion to gas due to temperature differences. Solid-state batteries outperform lithium-ion ones, ensuring effective energy storage. Additionally, the integration of solar energy enhances sustainability, providing a clean power source for diverse applications.

Solution Novelty:
Basis our research, we believe that such an integrated green energy based alternate fuel solution capable of offering reliability & efficiency doesn’t exist which makes our solution novel in nature & provides a solid foundation to various industries to build scalable products by leveraging our technology.

Business Viability:
The business viability depends on various factors, including technological maturity, cost-competitiveness, infrastructure development, and government policies. While there are challenges to overcome, there are also promising signs that green energy technologies are becoming increasingly commercially viable solution.

As technology matures and costs continue to decline, the commercial viability of our GETs is set to propel the industry forward.

Key Use Cases:
Transportation: Revolutionizing various transportation mediums – cars, buses, trucks, rail, aviation & marine with electric and hydrogen fuel cell propulsion, significantly reducing emissions and noise pollution. This would help in reducing dependence on fossil fuel based engines & deliver better efficiency.

Power Generation: Utilizing solar, wind, geothermal, and hydropower for clean and renewable electricity generation.

Industrial Applications: Adopting green energy technologies for manufacturing, heating, and cooling processes.

Agriculture: Providing off-grid electricity for farming operations and developing electric agricultural equipment.

Residential and Commercial Buildings: Incorporating solar panels, geothermal systems, and energy-efficient appliances for reduced energy consumption.

Success Validation of Research:
To prove our research in practical, we have successfully tested a 3D working simulation of passenger vehicle using the combination of green energy technologies. The results gave us the required validation to file a design & utility patent for our technology & an opportunity to empower the multi trillion dollar transformation.

Concluding remarks:
Our research is for making the automotive sector and related fields work on green energy and as a case study we have implemented it in a vehicle and in simple words, it is a system in which five green energies namely water, electricity, solar, air and hydrogen are used for running a system. Sir, it is the future of the industry and in the coming years we can expect such a thing in the market as companies have started to work on water run engines and we have got a breakthrough in this regard.

I am looking forward to selling my patent. The details of the patents on this are as follows:

Design Patent has been published and certificate has been received and it is in force from 04/10/2023.

Utility Patent on the same has been published on 23/02/2024 and it is expected to be granted in coming months.

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chandandeep (India)

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