CITA EV Chargers offer tailored EV charging solutions for schools and universities, designed to support both the academic community’s transportation needs and sustainability goals. Their range includes Level 2 AC chargers in 7, 11, and 22 kW capacities, ideal for standard charging at campuses where vehicles are typically parked for extended periods. These chargers are compatible with all electric vehicles and come with IP65 and IK10 ratings, ensuring robust performance and durability.

For institutions seeking faster charging options, CITA EV provides DC charging solutions from 60 kW to 150 kW, enabling quicker top-ups for EVs in high-demand areas. These chargers are perfect for busy locations like main campus car parks and visitor areas.

The CITA Charging Point Management System (CPMS) enables schools and universities to monitor, manage, and optimise their charging stations effectively. With real-time data, scheduling, and usage analytics, institutions can streamline access to charging points, encourage EV adoption, and support green initiatives.

Moreover, CITA EV offers installation support and a 2-year extendable warranty for DC chargers, ensuring reliable service and maintenance, making them an ideal choice for educational facilities focused on sustainability and future-forward infrastructure.

EV charging stations bring multiple benefits to educational institutions, supporting sustainability initiatives, enhancing campus facilities, and fostering innovation. By installing EV chargers, schools and universities signal a commitment to environmental responsibility, aligning with their sustainability goals and appealing to eco-conscious students, faculty, and staff. This commitment not only reduces the carbon footprint of campus transportation but also positions the institution as a leader in green infrastructure.

Charging stations also improve campus facilities, offering convenience for EV-driving students and staff, as well as visitors. As EV adoption grows, having accessible charging points can become a valuable campus amenity, supporting those with electric vehicles and potentially attracting more students and faculty who prioritise sustainable transport options.

Yes, CITA EV chargers are highly suitable for both staff and student parking areas in educational institutions. CITA offers a versatile range of Level 2 AC chargers (7, 11, and 22 kW) and DC fast chargers (60 to 150 kW) that can cater to various charging needs and usage patterns, making them ideal for mixed-use environments. For student parking, where vehicles are typically parked for extended periods, Level 2 chargers provide efficient, steady charging, ensuring vehicles are ready by the end of the day.

In staff parking areas, where faster turnaround times might be required, CITA’s DC fast chargers offer quicker charging solutions, accommodating busier schedules. Additionally, the CITA Charging Point Management System (CPMS) enables easy monitoring, scheduling, and access control, ensuring organised usage across both areas. With robust, IP65-rated hardware, these chargers provide reliable, durable performance, catering seamlessly to both students and staff alike.

Yes, CITA EV chargers are designed to support multiple vehicle types and offer flexible charging speeds to meet diverse needs. Their AC chargers, available in 7, 11, and 22 kW options, are compatible with all EV models using standard connectors, making them ideal for daily, steady charging. For faster options, CITA’s DC chargers range from 60 kW up to 360 kW, providing rapid and super-fast charging for EVs with higher capacity requirements.

These chargers cater to both universal connectors (Type 2 for AC and CCS/CHAdeMO for DC) to ensure broad compatibility, accommodating a wide variety of EV brands and models.

Schools and universities can effectively monitor usage and manage access to EV chargers using CITA EV’s software solutions, including the CITA EV App and Charging Point Management System (CPMS). The CITA EV App provides real-time monitoring, allowing institutions to track charging sessions, energy consumption, and costs, while also enabling users to locate available charging stations on campus. This app simplifies access for students, staff, and visitors, providing seamless control over their charging experience.

The CPMS offers institutions comprehensive management tools for all chargers on campus. Through the CPMS dashboard, administrators can allocate user permissions, set access schedules, and monitor station performance metrics. This system enables efficient load management, helping to prevent power overloads during peak times and allowing institutions to optimise charger utilisation. With these software solutions, CITA EV ensures that schools and universities can manage their charging infrastructure efficiently, supporting both operational needs and environmental goals.

Yes, many grants and incentives are available for educational institutions to install EV chargers, with support varying by region. In the UK, schools and universities can access funding through the OZEV (Office for Zero Emission Vehicles) Workplace Charging Scheme, which provides up to 75% off installation costs for qualifying institutions. Similarly, local councils and sustainability-focused grants may offer financial support for EV infrastructure on campus.

In the Middle East, incentives are developing rapidly. Countries like the UAE and Saudi Arabia are introducing grants and regulatory incentives to encourage EV adoption, often including educational institutions. These grants reduce installation expenses, making it easier for schools and universities to promote sustainable transport options on their campuses. Consulting with local authorities and energy bodies can help institutions identify and leverage available funding opportunities for EV charger installations.

CITA’s Education EV Charging Solutions prioritise safety and security, incorporating robust features to ensure secure, reliable operations on school and university campuses. Key safety and security features include:

Durable Construction: Chargers are IP65 and IK10 rated, providing protection against dust, water, and vandalism, ideal for high-traffic campus environments.

Overcurrent and Short-Circuit Protection: Advanced protections prevent power surges and short circuits, ensuring safe charging for all connected vehicles.

User Authentication: Access control through the CITA EV App and Charging Point Management System (CPMS) allows institutions to restrict charging station access to authorised students, staff, and visitors.

Real-Time Monitoring: The CPMS enables continuous monitoring of each charger, alerting administrators to any irregularities or unauthorised access attempts.

Smart Locking Mechanism: Charger cables are securely locked during sessions, preventing tampering or accidental disconnection.
Emergency Stop: Easily accessible emergency stop functions allow users to halt charging immediately if needed.

Yes, CITA Education EV Charging Solutions are compliant with local EV regulations across various regions, ensuring they meet specific quality, safety, and operational standards required in educational and public spaces. In the UK, CITA chargers are OZEV-approved, meeting the stringent quality standards set by the Office for Zero Emission Vehicles, and are compatible with widely used UK safety standards.

In the Middle East, CITA chargers comply with certifications from regulatory bodies such as ADQCC in Abu Dhabi and SASO in Saudi Arabia, ensuring they adhere to local safety and environmental standards. These chargers are rigorously tested to ensure they meet high durability standards, including IP65 and IK10 ratings, making them suitable for both indoor and outdoor educational settings.

CITA’s commitment to local compliance ensures educational institutions can install and operate EV chargers confidently, knowing they align with local regulatory requirements and support broader regional sustainability goals.