The European Union’s Carbon Border Adjustment Mechanism (CBAM) is reshaping industrial competitiveness through what the source describes as a “carbon clock.” Under the mechanism, each year without decarbonisation increases the cost burden for exporters selling into the EU. The impact is framed as both a challenge and an opportunity for Serbia’s electricity-dependent manufacturing base. The immediate challenge highlighted is the carbon intensity of Serbia’s electricity mix, described as among the highest in the Western Balkans.
CBAM coverage expected to extend beyond raw materials
CBAM compliance is expected to move beyond raw materials, according to serbia-business.eu. Over the decade referenced, the mechanism is likely to expand to manufactured components, semi-finished goods, fabricated structures and certain machinery categories. The source links these product areas to sectors where Serbia is described as having strengths. It also states that if Serbia does not decarbonise its electricity, exporters could face carbon costs that cannot be passed on to buyers.
Electricity use across production and testing drives embedded emissions
The source identifies electricity as a key variable for CBAM exposure in Serbia’s industries. It lists fabrication, metallurgy, machinery, HVAC systems, electronics and EV components as sectors that rely heavily on electricity during production. It adds that electricity is also used during testing and validation processes. As serbia-energy.eu notes, FAT cycles, environmental testing, high-voltage labs and industrial validation benches consume large amounts of energy.
It further states that when electricity is carbon-intensive, embedded emissions rise quickly. This increase is described as triggering higher CBAM exposure for relevant products. The source connects this mechanism to how emissions associated with electricity use can translate into additional costs under CBAM. Those costs are presented as increasing exposure for exporters tied to carbon-heavy power generation.
Renewable PPAs positioned as a hedge and procurement advantage
Renewable power purchase agreements (PPAs) are described as serving both defensive and offensive roles in managing CBAM-related cost risks. Defensively, they are said to shield exporters from carbon-cost escalation. Offensively, they are linked to positioning Serbian manufacturers as low-carbon suppliers in a market where green procurement increasingly influences access. The source contrasts outcomes between producers using wind-powered PPAs and those relying on lignite-heavy grid power.
The source gives examples of how renewable electricity use could affect competitiveness in specific contexts. It states that a battery-housing producer operating under a wind-powered PPA would outcompete a similar producer using lignite-heavy grid power. It also says a machinery producer using renewable electricity could gain scoring advantages in European tenders. For fabrication firms, it adds that low-carbon documentation could support access to projects requiring ESG transparency.
Industrial timelines tied to energy transition and PPA market development
The source emphasizes that CBAM timelines will not align with Serbia’s energy-transition schedule. It states that faster deployment of renewable generation, expansion of grid capacity and facilitation of industrial PPA markets would provide more insulation for exporters. Conversely, slower transition is described as leading to higher carbon penalties for Serbian manufacturers. It also links these penalties to potential erosion of nearshoring advantage in a competitive global environment.
EU sourcing shifts and Serbia’s regional positioning
A geopolitical dimension is also described in the source narrative around EU procurement choices. As the EU reduces reliance on external high-carbon suppliers, it is said it will favour nearshore partners with low-carbon manufacturing capabilities. Serbia is described as ideally positioned geographically, but geography alone is presented as insufficient within the account. The source states that green electricity needs to become central to Serbia’s industrial identity.
It adds that aligning energy policy with manufacturing needs would be required for Serbia to become a preferred supplier in Europe’s decarbonised industrial system. The source frames this alignment as tied to how exporters can respond within CBAM-driven market access conditions. It concludes that the carbon clock remains active while carbon costs continue to reshape access based on progress toward green electricity.