Analysis of life cycle assessments (LCA)
To reduce this impact, we have made eco-design a priority. With a target of having 100% of new products eco-designed by 2025
From the initial study phase, we systematically conduct a Life Cycle Assessment (LCA). This LCA, compared to the product’s previous version, helps us identify key eco-design challenges. At the end of the design phase, we conduct a new LCA to measure progress.
100% of our R&D teams were trained in eco-design in 2024, and we continue to train our experts (hardware, mechatronics, embedded systems, cloud technologies, etc.)
Example of the new Sofrel LogUp data logger
- Electronics: Compact design, energy optimization, 3D antenna, digitalization of use cases.
- Mechanics: Enhanced ergonomics and waterproofing (patented).
- Software: Digital integration, edge processing (patented).
- Logistics: Sustainable materials, packaging, and local suppliers.
The new SOFREL LogUp data logger underwent an in-depth eco-design process, leading to the optimization of integrated circuits as well as a reduction in the number and surface area of printed circuit boards (PCBs).
As a result, the overall environmental impact of the solution has been reduced by 74% compared to the previous generation data logger.
Eco-design applied to intelligent lighting solutions
The eco-design of the Smart Lighting Central Management Unit “UCG Lite”, manufactured in France at the Symbiose factory in Beaupréau, reduces the overall environmental footprint by 31%, following the European Commission’s PEF 3.1 method.
In addition, we have also rethought the manufacturing process. We have integrated recycled materials into our modules, connectors, and connected nodes. Our last three innovations—PS-PAK, Eazy-Pak, and TZX—contain 80% recycled plastic. The eco-design of these smart lighting solutions reduces the environmental footprint by 45% for an equivalent product range, in accordance with the European Commission’s PEF 3.1 method.
- Rightsizing :
We are Minimizing hardware to essential needs and lowering product mass. - Optimized logistics :
We used reused packaging and avoided unnecessary transport, in particular due to the ‘milk run principle. - Digital Sobriety :
We optimized communication of data by transmitting only the essential information. - Design ensuring long product life
With enhanced sealing (IP68) and extended battery life to limit unnecessary demands. We also offer repair solutions to extend their lifespan.
End-of-life Management
Our end-of-life products, powered by mains electricity, batteries, or accumulators, become Waste Electrical and Electronic Equipment (WEEE). Batteries are classified as hazardous waste.
As a manufacturer of professional electrical and electronic equipment (EEE) and an importer of batteries into the French market, we have several administrative obligations.
To meet these requirements, we have partnered with two eco-organizations:
Ecosystem : Establishes and funds collection points for recycling electrical equipment
Key figures for small electrical and electronic devices :
73.3% recycled/reused
85.5% recovered.
Batribox (used to be Screlec) : Specializes in battery management and recycling, particularly lithium batteries.
Key figures: 78% of each battery’s weight is recovered
Through these partnerships, we actively contribute to the recovery and recycling of end-of-life systems.