# Modelon

> Clarifo company profile — qualitative business description generated from
> the company's filings. Financial statements, charts and ratios are
> available on Clarifo (https://www.clarifo.com/en/companies/modelon).

## Overview

Modelon is a Swedish software company that develops cloud-based system simulation tools for physics-based modeling, analysis, and optimization of complex technical systems. Its products are used through a combination of software subscriptions, legacy licenses, and consulting services, with operations centered in Lund and a small global office network across Europe, the U.S., Japan, and India.

## Products & services

• Modelon Impact cloud-native system simulation platform
• Modelica- and FMI-based model libraries and components
• Legacy multi-platform simulation software
• Physics-based engineering consulting services
• Excel Add-In for simulation setup and analysis

- **Cloud simulation software** (55%) — Modelon Impact and related SaaS offerings for browser-based system simulation and analysis.
- **Legacy software licenses** (25%) — Older multi-platform simulation products sold under recurring or license-based arrangements.
- **Engineering services** (15%) — Complementary consulting and implementation support for modeling, simulation, and workflows.
- **Model libraries and add-ons** (5%) — Reusable component libraries, standards-based models, and productivity extensions such as Excel integration.

- Modelon Impact cloud-native system simulation platform
- Modelica- and FMI-based model libraries and components
- Legacy multi-platform simulation software
- Physics-based engineering consulting services
- Excel Add-In for simulation setup and analysis

## Customers

Modelon sells to engineering-intensive companies that need to model, simulate, and optimize complex physical systems before building them. Its customer base includes industrial and technology groups in automotive, HVAC, energy, data center cooling, and broader systems engineering, as well as advanced users in research and development organizations. Buyers typically use the software to shorten design cycles, test system behavior, and reuse validated models across teams.

- **Automotive and mobility engineering** (primary) — Buys simulation tools for vehicle dynamics, system design, and validation workflows.
- **HVAC and thermal systems** (primary) — Uses Modelon Impact for thermofluid modeling, cooling, and building-system analysis.
- **Energy and industrial systems** (secondary) — Buys physics-based simulation for energy supply, process design, and operations.
- **Data center infrastructure** (secondary) — Uses simulation to design and operate cooling and thermal management systems.
- **Research and advanced engineering teams** (secondary) — Adopts standards-based modeling tools for complex studies and reusable libraries.

- Automotive OEMs and suppliers using vehicle dynamics and system studies
- HVAC and building-technology companies modeling thermal systems
- Energy and industrial firms simulating complex technical processes
- Data center operators and hyperscalers designing cooling systems
- R&D and engineering teams needing reusable models and workflows

## Geography

Modelon is headquartered in Lund, Sweden, and operates through offices in Sweden, the U.S., Japan, Germany, and India. The business is global in customer reach, with reported exposure across Europe, the United States, and Asia, and the U.S. is highlighted as an important market for simulation software. Its geography matters because sales depend on access to engineering hubs, while product development and support are distributed across several countries.

- Headquartered in Lund, Sweden, with group administration and product development there
- Six offices across five countries support sales, delivery, and development
- Customer reach spans Europe, the U.S., and Asia
- The U.S. is a key market for simulation software adoption
- Distributed footprint supports local customer access and technical support

## Strategy

Modelon’s strategy centers on Modelon Impact as the core platform and on expanding recurring software revenue through a SaaS-oriented model. The company is also pushing into new application areas such as data center cooling, energy, HVAC, and advanced vehicle dynamics, while using AI-enabled workflows and open standards to improve usability and integration.

- **Scale Modelon Impact as the main growth engine** (medium-term) — Recurring SaaS revenue is central to the company’s long-term business model and customer retention.
- **Win in new engineering domains** (medium-term) — Growth depends on broadening use cases beyond legacy customers into higher-potential applications.
- **Improve product usability and workflow integration** (short-term) — Easier setup, analysis, and interoperability can increase adoption across engineering teams.
- **Maintain openness through standards and libraries** (long-term) — Modelica and FMI support reuse, ecosystem partnerships, and customer lock-in through technical workflows.

- Grow recurring revenue through Modelon Impact subscriptions
- Expand into data center cooling, energy, and HVAC use cases
- Use AI agents to speed up simulation setup and analysis
- Keep open standards like Modelica and FMI at the core
- Reduce dependence on legacy products and services

## Risks

Modelon faces competition from larger software vendors with broader sales organizations and wider platform offerings, which can make it harder to win enterprise budgets. The business is also exposed to customer concentration, renewal risk in legacy products, dependence on key technical staff, and the need to keep investing in product development while transitioning to a more recurring model.

- **Competition from larger software vendors** [high] — Rivals with bigger sales and marketing organizations can sell broader solutions higher in the customer organization.
- **Renewal and legacy-product churn** [high] — The business still has legacy products and oneseat customers that may not renew, reducing recurring revenue.
- **Customer concentration** [high] — Losses at a few large accounts can materially affect ARR and revenue trends.
- **Dependence on key personnel** [medium] — The company relies on specialized modeling and software expertise that is difficult to replace.
- **Financing and liquidity needs** [medium] — Ongoing product development and operating cash use can require external funding if growth lags.

- Large competitors can bundle broader software suites into customer accounts
- Legacy product renewals can decline as customers migrate or churn
- Customer concentration can amplify the impact of a few account losses
- Product development is technically complex and hard to time precisely
- Key-person risk is high in a specialized engineering software business
- Global operations expose the company to regulation, IT, and legal risk

## Accounting

Modelon’s reporting is shaped by recurring software revenue, legacy licenses, and service revenue, so revenue mix and renewal timing matter for quarter-to-quarter comparability. The company also expenses all R&D as incurred, which makes reported earnings sensitive to development spending, while ARR is a key non-IFRS indicator that investors use to track the subscription base.

- **ARR measurement** — Important for evaluating subscription momentum and churn
- **Revenue mix between software and services** — Affects quarterly revenue quality and comparability
- **Expensed research and development** — Directly affects EBIT and makes product investment visible in the P&L
- **Constant-currency reporting** — Helps isolate underlying demand from FX effects

- ARR is a key operating metric and can diverge from reported revenue
- Recurring vs service revenue mix affects quarterly comparability
- All R&D is expensed, so development spend flows directly through EBIT
- Legacy license renewals can create timing swings in revenue
- Foreign exchange affects constant-currency ARR comparisons

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*Last updated: 2026-08-11T04:04:54.276138+00:00*