TotalEnergies ENEOS - Articles

Automotive manufacturing is highly energy-intensive. From welding and robotics to paint shops, HVAC systems, compressed air, and assembly lines, electricity powers nearly every stage of production. As energy costs become more volatile and sustainability expectations continue to rise, automotive manufacturers are looking for more effective ways to manage energy across their operations..

Understanding how electricity is used across the plant is the first step to identifying opportunities for greater efficiency, cost optimisation and emissions reduction. It also helps highlight where onsite solar can deliver the most value.

The apparel and footwear industry is undergoing a structural shift as sustainability and decarbonisation become central to how global brands manage their supply chains. What was once driven primarily by cost, quality, and speed is now increasingly shaped by how emissions are measured, reduced, and reported across manufacturing operations.

As global efforts to combat climate change intensify, carbon border adjustments (CBAs) are becoming an increasingly important part of international trade. Designed to level the playing field by taxing goods based on their carbon content, these measures are set to impact industries worldwide, particularly those in energy-intensive sectors like steel production. For APAC steel producers, this means facing new challenges in maintaining competitiveness while aligning with future carbon regulations and sustainability goals.

Across Asia Pacific, industrial and commercial businesses face the same pressure from every direction: rising electricity tariffs, grid uncertainty, and fast-evolving ESG expectations from regulators, investors, and global customers. 

Asia sits at the heart of the global semiconductor and electronics supply chain, powering everything from smartphones and laptops to electric vehicles and advanced robotics. 

In the automotive industry, energy is a critical input that powers everything from robotics and welding lines to paint shops and testing labs. With the shift toward advanced automation, greater digitalisation and the rise of electric vehicle (EV) production, electricity consumption across automotive manufacturing has surged.

Every sheet of paper comes with a footprint — and it's bigger than most realise.

The pharmaceutical industry is under increasing pressure to align with global sustainability targets — and for good reason. Research shows that the pharma sector generates an estimated 52 megatons of CO₂ emissions annually, for context, this is — roughly equivalent to the yearly emissions of 11 million passenger vehicles.