Our commitment
At Alvier Mechatronics, we work to make our engineering services more resource-efficient and environmentally responsible. Our focus is on electric machines & drive systems, where we aim to reduce unnecessary material use, energy consumption, and emissions throughout the design and manufacturing process. We incorporate sustainability into our work by improving efficiency, making smarter material choices, and extending product lifecycles. Our focus is on making practical, evidence-based improvements that reduce impact and add value for our customers.
ePOP
WHICH ARE YOUR KEY METRICS?
At Alvier Mechatronics, sustainability is built into the way we design and deliver engineering services. We apply six Design for Sustainability principles:
- Increase energy efficiency
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Use sustainable materials
- Eliminate toxic substances
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Reduce waste and encourage reuse
- Lower CO₂ and fossil fuel use
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Create customer value through efficiency and longevity.
Our commitment goes beyond the products we design. In 2025, we hosted our third Sustainability Day in Helsingborg, bringing together more than 60 participants from different industries to discuss how engineering can contribute to a more sustainable future. These conversations help us learn from others who share the same ambition to make technical progress more responsible.
Measuring Our Sustainability
Our sustainability journey began in 2023 with the publication of Alvier Mechatronics’ first Sustainability Report. That report established the foundation for how we approach responsible engineering, transparency, and measurable progress. In 2024, we expanded both the scope of our reporting and the metrics used. In 2025, we are publishing our third report, reflecting a continued focus on data-driven sustainability reporting and the initial steps toward alignment with the Corporate Sustainability Reporting Directive (CSRD). These reports offer a look at the progress we've made and reflect our commitment to doing business in a responsible and future-focused way.
HIGH INTEGRATION
We are pursuing a system-oriented approach consisting of mass reduction, high functional integration and increased efficiency.
- How can the power density of an e-drive be further increased?
That is, how do we succeed in reducing the weight and number of components? - How can we improve motor efficiency and reduce losses in the conversion of electrical energy into mechanical energy?
- In other words, how can we achieve a high level of functional integration and an operating strategy optimized for the application?