Reducing energy consumption and CO₂ footprint with simulation

In times of increasing demands for energy efficiency and climate protection, minimizing the CO2 footprint of machines and systems is a crucial factor. Fluidon supports companies in sustainably optimizing their fluid power systems by using simulation tools. With DSHplus and Fluidon Cube, we offer powerful tools that can be used specifically to analyze and improve the energy consumption of fluid power systems.

Our range of services

With our simulation tools DSHplus and Cube, we offer you a wide range of options for optimizing the sustainability of your fluid power machines and systems:

• Energy consumption analysis: With DSHplus, we measure the total energy consumption of your fluid power systems and analyze the energy losses of each individual component in detail. This enables you to make informed decisions for a sustainable reduction of the CO₂ footprint as early as the planning phase.

• Identify optimization potential: Using parameter variations and DoE analyses, our simulations show which components and sizes have the greatest influence on energy efficiency. The targeted replacement or adaptation of these components directly leads to a reduction in energy consumption and CO₂ emissions.

• Optimizing hybrid and electric drives: Our simulations support you in integrating fluid power systems into hybrid or electric drives. This allows you to effectively reduce the energy consumption of these modern drive systems and further minimize CO₂ emissions.

• Digital twin: Create a digital twin of your machine with DSHplus and Cube. By linking to your control system, energy-saving potential can be identified in real time and adjustments can be tested directly in the virtual

DALL·E - An injection molding machine in an Industry 4.0 and IIoT context

Your benefits

With these services, we not only help you to reduce the operating costs of your machine or plant, but also to make an active contribution to climate protection. Discover with Fluidon how you can make your machines and plants more efficient and sustainable.