Industrial decarbonization - beyond the factory walls
Updated: 4 days ago
Industrial decarbonization doesn't stop at the factory door, and pressure to act is growing.
The EU Emissions Trading System already covers power and heat generation, manufacturing and aviation, around 40% of the European Union's total emissions; from 2027, the new ETS2 extends carbon pricing to sectors so far outside direct scrutiny, such as buildings and road transport.
(Source: European Commission, 2026.)
When companies look at decarbonising an industrial site, attention falls naturally on production processes, energy-intensive equipment and buildings. But every site also has infrastructure outside its walls, like access roads, parking areas, logistics zones and lighting — that operates every day and rarely enters the plan.
Start with what is already there.
Often the most practical step is not to replace everything, but to reuse and upgrade what exists. Existing lighting points and electrical infrastructure can be the starting point: by retrofitting outdoor lighting with high-efficiency smart luminaires, a site can modernize its lighting while, in many cases, avoiding deep civil works and unnecessary material use.
This was the approach at a Tetra Pak site in Sweden, where existing points were reused to modernise the outdoor lighting of an industrial site. A concrete example that decarbonisation can also happen through the intelligent reuse of infrastructure already in place.
One point, prepared for more.
Once outdoor lighting is connected and modernized, the same infrastructure can be prepared to support further services, configured to what each site actually needs, not the other way around:
Adaptive lighting: efficient, connected lighting with intelligent control and monitoring - already in place and with monitoring through Omniconnect.
Preview from OmniConnect dashboard. Also prepared to:
EV charging — integrated into the site and, where electrical capacity allows, reusing existing cables and transformers already sized for the power needed.
Smart parking — a real-time view of occupied and available spaces (a potential addition, configured per site).
Connectivity — extending Wi-Fi and digital connectivity across outdoor areas without a separate infrastructure layer.
Sensing — environmental and people-flow sensing processed on the device (aggregated counts only, no facial recognition).
A different approach to industrial sustainability.
For large industrial sites, decarbonization rarely comes from a single intervention. It comes from a series of improvements: reducing consumption, electrifying mobility and making better use of assets already in place.
The Tetra Pak example shows the principle in practice: outdoor lighting today; EV charging, parking, connectivity and sensing as the site evolves.
None of this promises regulatory compliance on its own. But it helps prepare sites for a framework that is tightening and widening, turning existing outdoor infrastructure into a smarter, more efficient and more multifunctional asset.
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