Energy transition: the impact of digitalising production processes
Digital production for sustainable development
Today's challenges are driving companies to reduce greenhouse gas emissions, optimise their energy efficiency and diversify their energy sources. In this context, digitalisation and the integration of new technologies are playing an increasingly important role at different levels in optimising industrial processes for more sustainable production. Digital design, analysis and simulation systems are essential for integrating environmental criteria from the earliest stages of your project, helping to minimise the energy impact throughout its life cycle. The major challenge of digital design is to reduce the consumption of raw materials, but also the carbon impact of parts.
Design tools to support the energy transition
The digitalisation of processes gives manufacturers access to data on the environmental impact of design, including the use of raw materials, energy, electricity and water. It also provides a clear view of the energy consumption of products after they have been manufactured. In this way, you can optimise the sustainability not only of your final product, but also of its design stages throughout its lifecycle. Find out how digitising your processes can support your projects as part of the energy transition.
Integrating environmental criteria right from the design stage
A CAD system such as Siemens NX makes it possible to integrate environmental criteria from the earliest design phases. Its advanced simulation offers an environmental impact analysis service throughout the life cycle of your project. Many companies in the energy sector are aiming to achieve carbon neutrality by developing renewable energies. Siemens can help you develop equipment adapted to today's market. Find out more about Siemens solutions for the energy industry.
By modelling and testing processes before they are implemented, CAD reduces energy losses and wasted resources. As a result, companies can choose more sustainable materials and compare different solutions for their projects. The reduction in the use of raw materials, which is at the heart of sustainability objectives, leads to a reduction in the amount of waste generated, thereby helping to preserve natural resources.
Storing and sharing data to optimise processes
Digitalisation enables precise planning, optimisation and monitoring of the design and manufacturing stages, contributing to more efficient use of energy. Siemens offers PLM solutions that include carbon footprint analysis tools to help designers make more sustainable decisions. By centralising data, a PLM system enables efficient management of the energy used throughout the lifecycle of your products.
Digitalisation for a more sustainable production
Opting for a digital software solution means recognising its strategic advantages to improve your project. Siemens is positioned as a reference partner for optimising the sustainability of your operations, in particular with its SIMATIC Energy Management portfolio, which enables you to collect, analyse and optimise energy data. Discover how adopting a system like Siemens NX can transform your practices, whatever the sector or size of your network.
- Data analysis technologies: by offering continuous adjustments, AI helps to reduce energy losses and visualise the carbon footprint. NX Sustainability Impact Analysis integrates technologies that enable optimal management of renewable energy and networks, so you can control the impact of your projects on the environment. Among the services offered, you will find tools for analysing electricity, water and oil consumption, as well as energy costs.
- Waste reduction and resource optimisation: the use of digital twins means that processes can be simulated before they go into production, reducing errors and wasted materials. Workflow optimisation improves resource management and overall energy performance.
- Failure prevention: process simulation helps to limit errors and avoid collisions, reducing wear and tear on machines and the frequency of component replacement.
- Energy consumption management: the integration of intelligent sensors and IoT technologies enables continuous monitoring of systems, providing a simplified process and limiting energy consumption and CO2 emissions.
To recap, designing and manufacturing your products using Siemens CAD and CAM solutions reduces the time, cost and energy you invest, while ensuring sustainable production by acting on 3 aspects:
- intelligent resource management and renewable materials to reduce the carbon footprint;
- long-lasting equipment with extended service life to reduce energy losses;
- optimised management of processes and machines to minimise your energy losses.