Serbia—The EU Candidate’s Compliance Path: CE-Aligned Standards, AERS Review, And The Draft Alternative Fuels Law

Target Keywords: Serbia EV charger compliance, AERS EV charging, Serbia alternative fuels law, Type 2 charger Serbia

Serbia is frequently treated as a "pre-accession market" that will become compliant once EU membership arrives. That framing misses the current operational reality. Serbia already operates a CE-aligned product framework, already requires project-level review for grid-connected charging assets, and is currently drafting the first comprehensive legal framework for alternative fuel infrastructure. Each of these layers imposes a different requirement, and none of them can be satisfied by a generic European compliance file.

The Product Layer: CE-Aligned, Not CE-Identical

Serbia's technical regulations for electrical equipment are modelled on the EU CE framework. Low Voltage Directive and EMC evidence is generally the baseline expectation for EV charging equipment. The relevant Serbian standards have adopted or are adopting the IEC 61851 series, which covers conductive charging system safety and performance.

The connector question is more concrete. Serbia follows the European EV interface ecosystem: IEC 62196-2 Type 2 for AC charging, and CCS Combo 2 for DC fast charging where the operator, fleet, or public tender specifies it. A charger built around GB/T 20234 cannot be presented as Type 2-ready without re-evaluating connector hardware, cable thermal rating, locking and proximity circuits, control-pilot behaviour, labels, and safety evidence. This is not a labelling issue. It is a hardware and protocol issue.

Our wall-mounted chargers are built on a Type 2 platform as standard for European-aligned markets, including Serbia.

The Project Layer: AERS and EMS Review

Serbia adds a requirement that sits outside product certification entirely. Charging projects connected to public networks or grid-connected assets typically undergo site and charging-service review through AERS (the Energy Agency of the Republic of Serbia) and EMS (Elektromreža Srbije) procedures. This review covers power interconnection, protection settings, remote monitoring interfaces, metering logic, energisation, commissioning, and tariff and compliance reporting.

A charger that carries CE-aligned product evidence does not automatically satisfy this project-level review. Exporters and their Serbian partners need to provide EMS route mapping, site electrical project files, grid studies, protection matrices, telemetry plans, commissioning logs, and Serbian-language acceptance checklists. Treating a charger grid-test report as a complete market-access decision is the most common misunderstanding in this market.

The practical implication for distributors is that product selection cannot stop at the connector and the certificate. The supplier's ability to support the project documentation package-or at least to provide the technical inputs that the local partner needs to assemble it-determines whether the charger can actually be commissioned.

The Legislative Layer: The Draft Alternative Fuel Infrastructure Law

In June 2026, Serbia published the Draft Law on the Introduction of Alternative Fuel Infrastructure, the first comprehensive framework for EV charging and hydrogen infrastructure in the country. The public consultation ran until 25 June 2026. The draft contains several provisions that will shape product demand once adopted.

The draft introduces incentives for charging stations powered by solar panels, subsidises missing grid infrastructure and grid reinforcement for new EV chargers, and recognises smart charging-adjusting charging power in real time according to the state of the power system. It also identifies aggregators as market participants that combine consumption and production to participate in energy markets.-10

For publicly accessible charging along the TEN-T network, the draft sets a maximum interval of 60 kilometres between stations, with a 100-kilometre allowance where traffic is below 3,000 light vehicles per day. Minimum power requirements are 150 kW for passenger vehicle charging points and at least 350 kW for freight vehicle chargers. Cities with more than 50,000 inhabitants will be required to provide at least one public charging station with five charging points within two years of the law entering into force.

These provisions target DC fast charging for the public network. For AC wallbox suppliers, the relevant signals are the solar charging incentives, the smart-charging recognition, and the grid reinforcement subsidies - all of which point toward products that can integrate with photovoltaic generation, respond to load-management signals, and support the aggregator model that the law anticipates.

 For Serbian residential and backup scenarios outside the public-network buildout, our portable chargers offer adjustable current control and Type 2 compatibility.

What This Means for Product Strategy

Serbia is not a single-segment market. The public TEN-T network will be dominated by DC fast charging at 150 kW and above, driven by the draft law and likely funded through infrastructure subsidies. The residential and commercial segments will be driven by AC wallboxes, where the product differentiator is not peak power but solar integration, smart-charging readiness, and project-documentation support.

A supplier that arrives with a Type 2 wallbox, CE-aligned LVD and EMC evidence, and a willingness to provide the technical inputs for AERS and EMS review is in a stronger position than a supplier offering a lower price on a GB/T platform with no project documentation.