Concept exploration
Size and simulate power systems fast
Generate application-specific answers and demonstrate performance with unprecedented speed and fidelity.
Case studies
Our customer stories
Automotive
JLR ExCEED Collaboration
Jaguar Land Rover used ZeBeyond’s ePOP to accelerate electric powertrain design — balancing performance, weight, and sustainability before prototyping.
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Automotive
Stellantis Driveline Collaboration
Stellantis and ZeBeyond collaborate to accelerate electrified driveline development through innovative iteration between powertrain component and system level.
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Automotive
Ovako Clean Steel Integration
OVAKO and ZeBeyond used the TGEN toolset to embed low-CO₂, high-strength steels early in a passenger-car OEM program, quantifying weight, package, and carbon-footprint gains from Ovako’s advanced clean steel grades.
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Automotive
Höganäs Steel Innovation
Höganäs used ZeBeyond's ePOP to simulate Somaloy SMC materials in a volume vehicle application, revealing system-level gains in performance, design flexibility, downsizing, and CO2 reduction.
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Pain points
You’re expected to deliver fast, accurate answers, but traditional tools can’t keep up with electrification demands
No way to easily size batteries or compare to alternative using metrics like efficiency, TCO, and packaging.
No simple way to tie component choices to system KPIs to defend a price premium.
No straightforward path to present clear, decision-ready evidence to non-technical decision makers.
Our response
ePOP gives you all the power of a team of simulation experts, so you can deliver quicker than ever
Developed in parallel with the electrification of automotive powertrains, ePOP was shaped by real engineering challenges as they emerged. Now, other sectors can apply a mature, field-proven tool, and avoid repeating the costly, time-consuming trial and error of early adopters.
Solutions
With ePOP, you can:
Core experience
We cut our teeth in automotive
Automotive
Automotive electrification was our proving ground. As OEMs and Tier-1 tackled powertrain challenges, we built and refined ePOP under the industry’s toughest standards for range, efficiency, and scale — experience now driving faster progress across other sectors.
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Tier-1
Validated with OEMs
10+
Years in automotive industry
99.9
%
Reliability proven in production
ISO certified
Global quality standards met
Stationary
Marine
Heatpumps
Off-Highway
Robotics
CV
Aerospace
2-wheeler
Automotive
Few
Number of platforms
Many
High
System efficiency
Low
The concept phase
Use ePOP in engineering - from concept exploration to component specification
1-4
ePOP can display data from benchmark measurements side-by-side with the concepts being explored, allowing teams to easily compare performance metrics.
ePOP has frequently used system level architectures built-in to allow rapid investigations without the need to build models from scratch.
ePOP enables creating, importing, and viewing components in isolation — and combining many into system-level solutions for design exploration.
In its component models, ePOP allows higher fidelity to include detailed design choices (such as material selection) very early in the concepting phase.
Acceptance test
Product maintenance
System verification
Component integration
Why choose us
Accelerate electrification with confidence
ePOP helps engineering teams save time, cut costs, and optimize power systems with physics-based tools and data-driven optimization.
Book a demo
<30 minutes
Set up and start getting answers instantly
>90% system performance
Achieved by aligning neighbouring subsystems through simulation
<5 CO₂e per kg
of mass
Achieved through material-property-level screening
>6 months saved
By prototyping virtually instead of hardware trial-and-error