As electric vehicles become an everyday reality, universities are being forced to rethink how their campuses support electric car charging. What was once positioned as a future-facing sustainability initiative is now a practical infrastructure requirement. For academic institutions, the real challenge is no longer whether to install EV charging, but how to choose an EV charger for university environments that is reliable, scalable, and appropriate for public use.
Why EV Charging Is Becoming Essential for Universities
Universities are complex organisations. They are places of learning, but also major employers, public destinations, and research hubs. In many cases, they operate like small cities, accommodating students, academics, and visiting researchers every day. This diversity of users places high demands on public charging infrastructure, which must serve both controlled areas, such as private parking, and fully open public chargers across campus.
At the same time, universities face increasing pressure to demonstrate measurable progress on decarbonisation. Transport is one of the most visible areas where this commitment can be shown, and access to reliable EV charging is rapidly becoming an expected part of the university experience.
EV Charging Solutions at Vilnius University Medical Science Centre
Vilnius University recently installed five EV charging stations at its Faculty of Medicine Medical Science Centre in Vilnius, Lithuania. The centre brings together advanced laboratories and interdisciplinary research hubs focused on translating fundamental scientific discoveries into practical medical applications.
This was a high-profile public environment rather than a closed private parking facility. The university required EV chargers capable of supporting continuous use by staff and visitors. Selecting the right charger type was therefore critical.
Selecting an EV Charger for University Use
The CityCharge V2 was selected because it aligned with how electric vehicles are actually used on campus. Delivering dual 22 kW AC charging, the charger allows two electric cars to charge simultaneously during a normal parking period. For most staff, students, and visitors, this charging speed is more than sufficient to fully charge their EV during the day.
The charger’s premium urban design ensures it integrates naturally into the campus environment, while its robust construction supports continuous public use. High visibility and a user-friendly interface make electric car charging intuitive and straightforward, even for first-time EV drivers.
The solution also supports both tethered and untethered configurations. This flexibility allows universities to decide whether users bring their own cable or use a fixed solution, depending on campus policy and usage patterns. In either case, the electric car charger remains compatible with a wide range of electric vehicle models.
Why AC EV Charging Makes Sense for Universities
When universities explore EV charging solutions, DC charging is often considered for its high power and rapid charging capability. However, in the context of university EV use, DC charging rarely offers meaningful advantages.
The vast majority of campus charging sessions involve long dwell times. Staff, researchers, and students typically park for several hours. In this scenario, AC electric car charging delivers the right balance of power and efficiency, allowing an electric vehicle to charge steadily without placing unnecessary strain on the electricity supply.
DC charging also comes at a higher cost and with greater complexity. High-power EV chargers require more extensive installation work, higher ongoing energy costs, and more complex maintenance. For universities seeking to deploy multiple EV chargers across campus, these additional costs quickly outweigh the benefits.
By contrast, AC chargers are easier to install and simpler to scale. They also support smart EV chargers with advanced features such as load balancing, usage monitoring, and intelligent power management. These smart EV chargers help universities manage energy consumption while maintaining a consistent charging experience.
The Benefits of Electric Car Charging for Universities
Installing a reliable EV charger delivers tangible benefits for academic institutions. It supports staff transitioning to electric vehicles, enhances the student experience, and improves accessibility for visiting researchers and partners.
Well-planned EV charging also strengthens sustainability credentials in a highly visible way. Public EV chargers send a clear signal that the institution is committed to reducing emissions and supporting cleaner transport. Over time, this becomes part of the university’s reputation, helping attract environmentally conscious students, staff, and collaborators.
From an operational perspective, AC EV charging allows universities to serve more electric cars at lower cost, maximising the value of available space and power capacity.
A Smarter Approach to Campus Charging Solutions
The Vilnius University Medical Science Centre demonstrates that EV charging should not be treated as an afterthought. Selecting the right charger type, planning the installation process carefully, and prioritising reliability over headline power figures delivers better long-term outcomes.
For universities, the big selling point of AC EV charging lies in its balance: sufficient power, manageable energy usage, lower cost, and easier scalability. Combined with smart features and dependable local support, it provides a robust foundation for long-term public charging strategies.
If your university or academic institution is considering EV charging, our team is ready to help. We deliver reliable EV chargers designed for public charging and private parking environments alike, supported by proven installation processes and responsive local service. If your needs are similar, contact our sales team to discuss how we can support your campus.