Industrial deeptech investment opportunity
Introduction
Our project involves developing an energy optimization technology applied to high-power internal combustion engines.
It targets sectors where fuel consumption represents a major economic child: maritime, heavy transport, industry and energy systems.
The objective is to deliver measurable improvements in energy efficiency through a modernization approach that is compatible with existing equipment.
Market context
High-power internal combustion engines are widely used in many critical sectors.
In these environments:
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energy consumption is high
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Fuel costs are significant
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Rendering optimization has a direct impact on exploitation
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The complete novel of motorizations is expensive
Retrofitting is a relevant, pragmatic and economical approach.
Project positioning
The project is located at the interface between:
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energy innovation
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industrial engineering
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existing optimization systems
The approach aims for gradual integration, with a validation technique using real demonstrators.
Current progress
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existing functional prototype
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technical principles validated in a controlled environment
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demonstrator program in preparation
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Mountain trajectory in technological maturity (TRL)
Use of investments
The finances are primarily aimed at:
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development of demonstrators
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integration on high-power motors
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testing and measurement campaigns
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the continuous improvement technique
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preparation for industrialization
Investor researcher profile
We offer privileges to our financial partners:
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sensitive to industrial and energy projects
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having a long-term vision
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corresponding to deeptech cycles
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interested in high-value B2B markets
Long-term approach
The project follows a progressive trajectory:
validation technique → demonstrators → industrial deployment.
This approach aims to limit risks and build a solid technical foundation.