List of Altair PSIM (formerly Powersim) Customers
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Since 2010, our global team of researchers has been studying Altair PSIM (formerly Powersim) customers around the world, aggregating massive amounts of data points that form the basis of our forecast assumptions and perhaps the rise and fall of certain vendors and their products on a quarterly basis.
Each quarter our research team identifies companies that have purchased Altair PSIM (formerly Powersim) for Process Simulation from public (Press Releases, Customer References, Testimonials, Case Studies and Success Stories) and proprietary sources, including the customer size, industry, location, implementation status, partner involvement, LOB Key Stakeholders and related IT decision-makers contact details.
Companies using Altair PSIM (formerly Powersim) for Process Simulation include: BMW Group, a Germany based Automotive organisation with 146064 employees and revenues of $163.30 billion, Schneider Electric, a France based Manufacturing organisation with 162970 employees and revenues of $46.05 billion, Eaton, a Ireland based Manufacturing organisation with 92000 employees and revenues of $24.90 billion, BorgWarner Orsenigo, a Italy based Automotive organisation with 171 employees and revenues of $70.0 million and many others.
Contact us if you need a completed and verified list of companies using Altair PSIM (formerly Powersim), including the breakdown by industry (21 Verticals), Geography (Region, Country, State, City), Company Size (Revenue, Employees, Asset) and related IT Decision Makers, Key Stakeholders, business and technology executives responsible for the software purchases.
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| Logo | Customer | Industry | Empl. | Revenue | Country | Vendor | Application | Category | When | SI | Insight |
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BMW Group | Automotive | 146064 | $163.3B | Germany | Altair Engineering | Altair PSIM (formerly Powersim) | Process Simulation | 2020 | n/a |
In 2020, BMW Group deployed Altair PSIM (formerly Powersim) for Process Simulation to support power electronics and electrical system process simulation across its European engineering centers. BMW Group used Altair PSIM to drive engineering and design validation workflows within electrical systems and powertrain engineering, focusing on virtual validation that reduced the need for early physical prototyping.
The Altair PSIM implementation centered on configuring simulation models for power electronics and system-level electrical behavior, supporting circuit-level and system-level analysis, transient and steady-state studies, and virtual prototyping iterations. Operational scope covered BMW Group design and validation processes in Europe, with simulation outputs incorporated into engineering review gates and iterative design sign-offs to streamline validation and reduce early build test cycles.
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BorgWarner Orsenigo | Automotive | 171 | $70M | Italy | Altair Engineering | Altair PSIM (formerly Powersim) | Process Simulation | 2020 | n/a |
In 2020, BorgWarner Orsenigo implemented Altair PSIM (formerly Powersim) for Process Simulation to support electrified powertrain and onboard charger development. The implementation was focused at the Orsenigo engineering site in Italy and aligned directly with ongoing projects in electric drive system design and battery charger prototyping.
Altair PSIM (formerly Powersim) was configured to deliver circuit level power electronics simulation and control loop modeling, enabling model based design workflows for power factor correction and switch mode power supply topologies. Functional capabilities emphasized included PFC control development, SMPS behavior modeling, system level architecture simulation, and testbench-driven verification of control algorithms.
The implementation integrated simulation workflows with MATLAB for system architecture design and simulation verification, supporting work by power electronics system engineers on the 11kW 3 phase bidirectional onboard battery charger prototype and the 7.4kW single phase onboard battery charger prototype. Operational coverage targeted engineering and system architecture teams responsible for electrified power train and onboard charging subsystems.
Governance centered on embedding model based design practices and DFMEA into engineering workflows, with simulation verification used as a gate in design reviews and prototype validation cycles. The rollout emphasized standardizing simulation testbenches and control model handoffs between system architects and control engineers to support reproducible verification across projects.
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Eaton | Manufacturing | 92000 | $24.9B | Ireland | Altair Engineering | Altair PSIM (formerly Powersim) | Process Simulation | 2019 | n/a |
In 2019, Eaton deployed Altair PSIM (formerly Powersim) in its electrical engineering workflow in the United States to simulate power systems and improve design efficiency. The deployment used Altair PSIM to provide Process Simulation capabilities for power system modeling, analysis, and design verification within Eaton's engineering function.
The exact PSIM module scope is not fully enumerated in the source, so some usage is inferred from the stated Altair PSIM adoption. Inferred capabilities aligned with Process Simulation include power system modeling, transient and steady state analysis, power electronics and control simulation, and scenario-based design verification, configured to support iterative engineering design cycles and simulation-driven validation.
Operational coverage was centered on Eaton's United States electrical engineering teams, where Altair PSIM was embedded into engineering workflows for design and validation of power systems. Integrations with other enterprise systems are not specified in the source, governance emphasis focused on embedding simulation into design review and verification processes, and stated outcomes included improved design efficiency.
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Schneider Electric | Manufacturing | 162970 | $46.1B | France | Altair Engineering | Altair PSIM (formerly Powersim) | Process Simulation | 2018 | n/a |
In 2018 Schneider Electric implemented Altair PSIM (formerly Powersim) for Process Simulation, deploying the application in Europe to support electrical and process simulation tied to product and system design. The deployment was positioned within engineering and product design workflows to provide simulation-driven validation during system conception and detailed design phases.
Altair PSIM was configured to support circuit level modeling and power electronics simulation, model based testing of control strategies, and iterative system behavior analysis consistent with Process Simulation capabilities. The implementation leveraged model libraries and scenario playback to accelerate design verification and to support multi domain simulation of electrical subsystems and their control logic.
Operational coverage centered on engineering and product development teams across Schneider Electric in Europe, with the application embedded into product and system design lifecycles. Use cases emphasized electrical subsystem simulation and process behavior analysis as part of system engineering activities.
Governance introduced standardized simulation model management and version control aligned with design review gates, and simulation outputs were incorporated into engineering sign off and iteration cycles. Altair PSIM served as a standardized Process Simulation toolset to align model based engineering practices across distributed European design teams.
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