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PULSE

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DEEPER
PULSE

We give their forms to the electric motors of the future.

We give forms to the electric motors of the future.

We use topology optimization to invent next-gen manufacturable electric motor designs in 6 months at minimum cost, risk and complexity.

Request a demo
Request a demo

We let algorithms shape
tomorrow's motors, today.

We let algorithms shape
tomorrow's motors, today.

Our approach combines mathematical optimization and Maxwell’s equations to create motors with a new genetic heritage. We do not merely optimise or re-design, we invent the electric motors of tomorrow: cheaper, more efficient, and more environmentally friendly.

Our approach combines mathematical optimization and Maxwell’s equations to create motors with a new genetic heritage. We do not merely optimise or re-design, we go beyond traditional design methodologies to invent the electric motors of tomorrow: cheaper, more efficient, and more environmentally friendly:

Our approach combines mathematical optimization and Maxwell’s equations to create motors with a new genetic heritage. 


We do not merely optimise or re-design, we invent the electric motors of tomorrow, cheaper, more efficient, and more environmentally friendly.

SynRM rotor:

Industry “flux barriers” topology

(state-of-the-art).

SynRM rotor:

Best possible manufacturable solution

(generated by Deeper Pulse )

-30%

Iron

+20%

Torque

-20%

Unit Cost

Our codes generate massive value for
electric motor manufacturers

Our codes generate massive value for
electric motor manufacturers.

Our codes generate massive value for
electric motor manufacturers

For instance, we developed an innovative EV traction topology for a leading automotive OEM. Our solution reduced machine length by 15%, leading to a substantial 4% increase in operational margin.

For example, we created an innovative EV traction topology leading to a 15% decrease in machine length and a 4% rise in operational margin (for a top-tier automotive OEM).

For instance, we developed an innovative EV traction topology for a leading automotive OEM. Our solution reduced machine length by 15%, leading to a substantial 4% increase in operational margin.

1.
Rotor with
18% more torque.

1.
Rotor with
18% more torque.

1.
Rotor with
18% more torque.

1.
Rotor with
18% more torque.

Our highly innovative rotor topology generates 18% increase in torque with identical magnet quantity and current injection.

Our highly innovative rotor topology generates 18% increase in torque with identical magnet quantity and current injection.

2.
Machine length
cut by 15%.

2.
Machine length
cut by 15%.

2.
Machine length
cut by 15%.

2.
Machine length
cut by 15%.


Gains in the performance of the rotor have been translated into a 15% reduction of the total length of the machine — with torque at its initial level.


Gains in the performance of the rotor have been translated into a 15% reduction of the total length of the machine — with torque maintained at its initial level.


Gains in the performance of the rotor have been translated into a 15% reduction of the total length of the machine — with torque at its initial level.

Gain :
15%

3.
Compliance to complex
automotive duty cycle.

3.
Compliance to complex
automotive duty cycle.

We met complex client requirements throughout the full duty cycle (flux and flux weakening). Additionally, our design simplified manufacturing by eliminating the need for "skewing" and "pitching" operations, resulting in reduced torque ripple.

We met our client's complex requirements throughout the full duty cycle (flux and flux weakening). Additionally, our design reduced torque ripple to the extent that "skewing" and "pitching" operations were no longer necessary, generating additional gains by simplifying manufacturing.

We met complex client requirements throughout the full duty cycle (flux and flux weakening). Additionally, our design simplified manufacturing by eliminating the need for "skewing" and "pitching" operations, resulting in reduced torque ripple.

4.
Massive Value

4.
Massive Creation of Value

4.
Massive Value

Our design are manufacturable on current toolings with no need for additional investment. Therefore, savings impact the bottom line directly.

Our design are manufacturable on current toolings with no need for additional investment. Therefore, savings impact the bottom line directly.

Materials Savings:
-10% to -30%

Materials

Savings:
10% to 30%

Materials Savings:
10% to 30%

Total Savings:

100 to 300 M€

Total

Savings:

300 M€

Total Savings:

300 M€

Operational Margin:

Up to +4%

Operational

Margin:

Up to +4%

We will re-invent your motor.

We will re-invent your motor.

We are making Generative Design a reality for manufacturing disruptive electric motors, letting computers invent superior shapes on all electrical machines. Our extensive experience and robust methodology have already generated significant gains on a wide range of topologies — and will continue to do so.

We are making Generative Design a reality for manufacturing disruptive electric motors, letting computers invent superior shapes on all electrical machines. Our extensive experience and robust methodology have already generated significant gains on a wide range of topologies — and will continue to do so.

BLDC

BLDC

BLDC

BLDC

+15% Torque Density, patent pending.

PMSM

PMSM

PMSM

PMSM

+20% Torque Density, patent pending.

SynRM

SynRM

SynRM

SynRM

+20% Torque Density, patent pending.

Universal DC

Universal DC

Universal DC

Universal DC

+25% Torque Density, patent Pending.

We found Deeper Pulse’s technology to be very effective in unleashing disruptive efficiencies.

Since the beginning of our collaboration with Deeper Pulse, we have recognized their technical expertise and ability to deliver high performing solutions. Their design methodology for optimizing a Valeo's electric motor design, characterized by advanced engineering and increased efficiency, has been validated by our expert teams.

Stéphane MARTINOT

Research and Innovation Director at Valeo

We found Deeper Pulse’s technology to be very effective in unleashing disruptive efficiencies.

Since the beginning of our collaboration with Deeper Pulse, we have recognized their technical expertise and ability to deliver high performing solutions. Their design methodology for optimizing a Valeo's electric motor design, characterized by advanced engineering and increased efficiency, have been validated by our expert teams.

Stéphane MARTINOT

Research and Innovation Director at Valeo

We found Deeper Pulse’s technology to be very effective in unleashing disruptive efficiencies.

Since the beginning of our collaboration with Deeper Pulse, we have recognized their technical expertise and ability to deliver high performing solutions. Their design methodology for optimizing a Valeo's electric motor design, characterized by advanced engineering and increased efficiency, has been validated by our expert teams.

Stéphane MARTINOT

Research and Innovation Director at Valeo

We deliver manufacturable design in six months with unparalleled agility.

We deliver manufacturable design in six months with unparalleled agility.

We open a new paradigm in electric motor design. Our lead time to deliver manufacturable designs is six months, thanks to a robust and proven operational ground for innovation. We are breaking the trade-off between disruption, risk and cost

We open a new paradigm in electric motor design. Our lead time to deliver manufacturable designs is six months, thanks to a robust and proven operational ground for innovation. We are breaking the trade-off between disruption, risk and cost

1. ORIGINALITY

Month 1

Mission Framing

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Mission Framing

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Month 3

Optimal Design

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Optimal Design

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2. MANUFACTURABILITY

Month 6

Optimal Design to Factory

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Optimal Design to Factory

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We are four breakthroughs ahead

We are four breakthroughs ahead

Generative

We makes generative design a reality for manufacturing disrupting electric motors, letting computers invent superior shapes with no human intervention.

Manufacturable

We deliver manufacturable designs in six months. Close collaboration with industry partners enables us to integrate their constraints into our designs while maintaining optimal performance.

Multi-Material

Our exclusive topology optimization algorithm master free form repartition of iron, copper and magnet to identify the optimal designs allowed by nature.

Agile

We provide a solid foundation for innovation with our robust and tested operational framework, speeding up the time-to-market, lowering expenses, and significantly  diminishing the risks linked with innovation.

Reach us at :

Reach us at :

+33647970598

+33647970598

thomas.baudin@deeperpulse.com

thomas.baudin@deeperpulse.com

+1(301)828-7486

+1(301)828-7486

arnaud.benhamou@deeperpulse.com

arnaud.benhamou@deeperpulse.com

DEEPER
PULSE

© 2024 Deeper Pulse.

© 2024 Deeper Pulse.

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