A revolutionary new technology allows the heat of the Exhaust fumes into electrical energy with the aim of minimizing energy consumption. In fact, 70% of them leave Fuel energy lost in the form of heat, a phenomenon developed by a recently developed thermoelectric generator is used. This simple and inexpensive device improves vehicle energy efficiency without requiring significant changes. With an output of 40 watts, it offers an innovative solution for charging electronic devices and combating the climate change.
The most important information
- A new one technology changes the warmth the Exhaust fumes in electricity around.
- A thermoelectric generator was developed simply and cost-effectively.
- The maximum performance is 40 watts, enough to charge one Smartphones.
- This system could… Reducing climate change contribute.
A new technology converts the heat from the exhaust gases into electricity
An important advance in the field of renewable energy has been achieved with the development of a technology that harnesses the heat of the Exhaust fumes can convert into electricity. In fact, nearly 70% of the energy released during combustion is typically lost in the form of heat. This significant loss of energy has stimulated researchers to find innovative solutions to recover this heat, leading to the creation of a novel thermoelectric generator.
An innovative and accessible generator
The developed thermoelectric generator makes it possible to efficiently recover the heat of the exhaust gases to generate electricity. This system, which is both simple and economical, does not require significant modifications to the vehicle, making it easier to accept among environmentally conscious drivers. Thanks to a thoughtful design, this generator is based on a cylinder equipped with fins designed to dissipate heat, ensuring optimal performance.
How the technology works
The principle of operation of this generator is based on the temperature difference between the hot and cold areas of the system, which creates a flow of electrons. This process creates a voltage capable of powering electrical devices. In order to maximize electricity production, a semiconductor out of Bismuth telluride chosen because it is able to efficiently convert heat into electrical energy.
Performance and Limitations
Under optimal conditions, the maximum power of this generator can be up to 40 watts, which is enough to power a Smartphone to charge. However, at high speed the system can deliver up to 56 watts. Despite these promising results, the power generated remains limited and optimization of this technology is therefore crucial to improve its efficiency.
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Environmental Impact
By integrating this generator into vehicles, it is possible to contribute modestly to reducing climate change. By recovering some of the energy that would otherwise be lost, this innovation offers a new perspective on the use of energy resources. However, additional measures need to be taken to maximize the potential of this technology and increase its environmental footprint and long-term efficiency.
