top of page

Your Guide to DC Fast and UltraFast chargers in Kosovo

Two DC Ultrafast chargers in display

DC Fast and Ultrafast chargers are crucial for meeting the rapidly growing demands of electric vehicles (EVs) in today's transportation landscape. These chargers offer significantly higher charging capacities compared to standard chargers, making them essential for reducing charging times, especially for commercial and public use. Below you can find few considerations for installing DC chargers in Kosovo.

Assessing Vehicle Compatibility and Charging Outputs

Before selecting a DC charger, assess the compatibility with the target EVs. Evaluate the charging outputs required, considering the amperage and voltage specifications of the vehicles you intend to charge. Understanding connector types, such as CCS2 or CHAdeMO, and the number of connector you need is vital as certain EV models are compatible only with specific connectors.

Site Preparation and Infrastructure Evaluation

A critical step in installing DC chargers involves evaluating the site's readiness. Analyze the infrastructure's capabilities concerning power supply, amperage, and voltage requirements. Additionally, factor in the potential need for substation upgrades and compliance with local regulations.

Types of Chargers and Environmental Considerations

Consider the charger's specifications, including outputs ranging from 200A to 500A and different power outputs, like 50kW and above. Assess whether liquid-cooled or dry versions are suitable for the environmental conditions in which the chargers will be installed.

Lead Times, Installation, and Regulatory Compliance

Procuring DC chargers often involves lead times, requiring careful planning for installations. Consider the duration required for site preparation, including substation upgrades, obtaining necessary permissions, and ensuring compliance with local regulations.

Modularity, Scalability, and Connectivity

Explore the modularity features available in DC chargers. Assess the scalability options, especially concerning power pack arrangements, ensuring flexibility in operations and future expansions. Connectivity features for remote monitoring, maintenance, and management play a pivotal role in efficient and seamless operations. Consider your future plans to determine the number of EVs you plan to serve at the same time, and accordingly decide if you go for standalone or distributed HPC DC chargers.

Authentication Systems and Operational Efficiency

Evaluate authentication systems for user access and billing purposes. Robust authentication systems should seamlessly integrate with existing infrastructure. Make sure that OCPP 1.6 and above is supported so you can benefit from onboarding your charger into ECHARGE Platform. Assess the charger's efficiency under various conditions and its ability to operate optimally in different environmental scenarios.

Purchasing DC Fast or Ultrafast chargers requires meticulous planning and consideration of technical, regulatory, and operational aspects. A thorough evaluation of usage scenarios, site readiness, modularity, connectivity, and efficiency ensures the optimal setup of a reliable and efficient charging infrastructure.

Please do contact us if you need to consult your project or needs prior to making a decision. Make sure you acquire the right DC charger for your needs and you implement the proper infrastructure making your investment future proof.

For more information on our DC charger offering please click here!


bottom of page