REGENERATIVE SUSPENSION SYSTEM
Technology for the Automotive Sector
Every bump in the road can be turned into usable energy. This is the essence of the invention: the Regenerative Suspension System, a patented technology that converts the movement of shock absorbers into electricity to power the vehicle’s own systems.
Instead of merely absorbing vibrations, this system channels the internal fluid of the shock absorbers through a closed circuit connecting all four wheels. Each oscillation displaces the fluid in the same direction, creating a constant flow.
This flow passes through a pulse regulator that stabilizes the pressure and transforms irregular motion into a steady stream. In this way, the mechanical energy of the suspension is converted into hydraulic energy ready to produce electricity continuously as the vehicle moves.
A key feature is the pulsations regulating shock absorbing device, described in the patent. This component stabilizes flow pressure and volume, transforming discontinuous pulses into a constant and efficient flow. This process optimizes the operation of the generator and ensures continuous energy production during driving.
How It Works
The operation of this regenerative suspension system can be summarized in five main steps:
1️⃣ Fluid Displacement: The upward and downward movement of each shock absorber plunger forces the fluid to circulate through the circuit.
2️⃣ Pulsation Regulation: Before reaching the turbine, the fluid passes through a pulsations regulating device composed of a container with two independent compartments separated by a membrane or plunger. One compartment contains gas under a given pressure that helps equalize the flow.
3️⃣ Energy Conversion: The stabilized fluid drives a turbine associated with a generator/alternator, converting hydraulic energy into electricity.
4️⃣ Use or Storage: The generated electricity can be exploited in the vehicle’s electrical system or stored in one or more batteries.
5️⃣ Fluid Circulation: After passing through the turbine, the fluid returns to a reserve tank and continues circulating, completing the cycle.
This configuration allows every shock absorption movement to become an active source of energy recovery.
Advantages Over Conventional Systems
Compared to traditional suspension systems, this patented design offers several significant advantages:
✅ Energy Recovery: Mechanical impacts are transformed into usable electricity instead of being dissipated as heat or vibration.
✅ Continuous and Stable Flow: The pulsations regulating device ensures a constant fluid flow that maximizes the efficiency of the generator.
✅ Compatibility: The system can be integrated into existing suspension architectures or implemented in new vehicle designs without major structural changes.
✅ Sustainability: By producing part of the electrical energy internally, it reduces reliance on external power sources and contributes to lower emissions.
✅ Operational Cost Reduction: In vehicles with intensive daily use, such as transport fleets and electric cars, this solution can lead to significant energy savings.
The Automotive Sector’s Move Toward Regenerative Systems
The integration of regenerative suspension systems represents an important shift in how energy is managed in vehicles. This innovation can:
🔹 Extend the driving range of electric and hybrid vehicles by continuously supplying additional electricity.
🔹 Improve overall efficiency and reduce operating costs across fleets and commercial vehicles.
🔹 Offer manufacturers a clear competitive advantage by implementing advanced energy recovery technologies.
🔹 Promote more sustainable and intelligent vehicle designs where every movement contributes to powering the system.
As the automotive industry evolves, solutions like this are expected to become part of the standard for energy-efficient vehicles.
An Opportunity to Transform Automotive Efficiency
This patented regenerative suspension system for the automotive sector is a practical example of how innovation can turn a passive mechanism into a continuous energy source. Its adaptable design and proven technical features make it a reliable alternative to improve vehicle performance and reduce wasted energy.
Whether you are part of an automotive manufacturer, a technology supplier, or an investor interested in sustainable solutions with international potential, this development represents a real opportunity to integrate high-impact innovation into your portfolio.
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