CITA EV offers a comprehensive range of University EV Charging Solutions UK, designed to meet the diverse needs of educational institutions. Our solutions include both Level 2 chargers and DC fast chargers. Level 2 chargers are ideal for staff, students, and visitors who park for extended periods, such as during lectures, administrative work, or campus events.

These chargers provide a steady charge over a longer period, making them perfect for overnight or all-day charging. On the other hand, DC fast chargers are suited for quicker charging needs, providing a rapid charge within 30-60 minutes, allowing for more frequent use of EVs. This flexibility ensures that universities and schools can offer a range of charging options that cater to different usage patterns. Both types of chargers are scalable, meaning that they can be expanded as the demand for EV charging solutions grows on campus.

Installing EV charging stations offers multiple benefits for educational institutions, supporting sustainability, convenience, and enhancing their role in promoting modern technology:

Environmental Responsibility: By offering EV charging stations, schools and universities demonstrate a commitment to sustainability and reducing carbon emissions. This aligns with broader environmental goals and can serve as an educational tool for promoting eco-friendly practices among students, staff, and visitors.

Convenience for Staff and Students: With EV ownership on the rise, providing on-campus charging stations makes it more convenient for students, faculty, and staff to charge their vehicles. This amenity encourages EV adoption within the campus community and supports those who may not have access to home charging.

Attracting Students and Faculty: Prospective students and faculty increasingly consider environmental initiatives when choosing institutions. EV chargers show a forward-thinking approach, potentially boosting recruitment and retention by appealing to environmentally-conscious individuals.

Enhanced Community Engagement: Schools can open their charging facilities to the local community, creating partnerships and increasing campus engagement. This approach helps integrate the institution into local sustainable initiatives, fostering stronger ties with the community.

Educational Opportunities: Charging stations can serve as practical learning tools in programs focused on environmental science, engineering, or renewable energy. Students can learn about sustainable energy management, EV technology, and related fields, bridging theoretical knowledge with practical applications.

Future-Proofing Campus Infrastructure: As EV adoption continues to grow, early adoption of EV charging infrastructure prepares the institution for future needs, reducing the necessity for extensive future upgrades.

Yes, CITA EV chargers are well-suited for both staff and student parking areas within educational institutions. They offer a range of charging solutions, including Level 2 AC chargers (7kW, 11kW, and 22kW) and DC Superfast chargers (60kW to 360kW), catering to various charging needs and usage patterns. These chargers are compatible with a wide array of electric vehicles, ensuring accessibility for all users. Additionally, CITA’s Charging Point Management System (CPMS) allows institutions to monitor and manage charging activities effectively, providing features such as user authentication, scheduling, and usage analytics. This comprehensive approach supports the growing demand for EV charging infrastructure among students, staff, and visitors, promoting sustainability and convenience on campus.

Installing CITA EV chargers on campus involves several key considerations to ensure safety, compliance, and optimal performance:

Electrical Infrastructure Assessment: Evaluate the campus’s existing electrical capacity to determine if it can support the additional load from EV chargers. This may involve consulting with a certified electrician to assess power availability and the need for potential upgrades.

Site Selection: Choose accessible and convenient locations for both staff and students, ensuring compliance with local regulations and accessibility standards. Consider factors such as proximity to electrical panels, parking space availability, and user safety.

Compliance with Regulations: Ensure that the installation adheres to UK regulations and standards, including obtaining necessary permits and approvals from local authorities. CITA chargers are UKCA and CE certified, meeting UK and EU safety and quality standards.

Professional Installation: Engage certified installers experienced with EV charging infrastructure to handle the installation process, ensuring proper setup and adherence to safety protocols.

Network Connectivity: Establish reliable internet connectivity for the chargers to enable features such as remote monitoring, user authentication, and software updates.

User Access and Management: Implement a system for user authentication and access control, such as RFID cards or mobile apps, to manage who can use the chargers and monitor usage.

Maintenance Planning: Develop a maintenance schedule to ensure the chargers remain in optimal working condition, including regular inspections and software updates.

By addressing these requirements, educational institutions can effectively integrate CITA EV chargers into their campus infrastructure, providing reliable and efficient charging solutions for their community.

Yes, CITA EV chargers are designed to accommodate a wide range of electric vehicles (EVs) and offer various charging speeds to meet diverse needs:

Vehicle Compatibility: CITA chargers utilize the Type 2 charging connector, which is standard across Europe and the UK, ensuring seamless integration with most electric vehicles, including those from manufacturers such as Tesla, Nissan, BMW, Audi, Mercedes, Hyundai, and Kia. This compatibility ensures that your CITA EV Charger can efficiently charge a variety of vehicles without the need for additional adapters or modifications.

Charging Speeds: CITA offers a range of chargers to meet different charging requirements:

AC Chargers: Available in 7kW, 11kW, and 22kW models, these chargers are ideal for home and workplace environments, providing efficient charging for daily use.

DC Fast Chargers: Ranging from 60kW to 360kW, these chargers are suitable for rapid charging needs in commercial settings, significantly reducing charging time.

By offering versatile charging solutions, CITA EV chargers cater to a wide array of electric vehicles and charging requirements, ensuring efficient and reliable service across various applications.

Schools and universities can monitor usage and manage access to EV chargers effectively with CITA’s Charging Point Management System (CPMS), which offers several key features tailored to institutional needs:

Real-Time Monitoring: CPMS provides real-time data on charger usage, including charging status, energy consumption, and user activity. This allows facility managers to oversee charging sessions and analyze trends in EV usage on campus.

Access Control: Institutions can manage who has access to the chargers through user authentication options such as RFID cards or mobile app integration. This ensures that only authorized individuals, such as students, staff, or visitors, can use the charging facilities.

Scheduling and Load Management: CPMS allows schools to schedule charging times during off-peak hours, optimizing energy usage and reducing costs. Dynamic load balancing also helps distribute power effectively across multiple chargers to prevent system overloads.

Usage Reporting and Analytics: The system provides comprehensive reporting tools that detail charging sessions, user patterns, and energy consumption. This data is valuable for understanding demand and making data-driven decisions about future infrastructure needs.

Remote Management and Support: Facility managers can control charging sessions remotely, allowing them to start, stop, or prioritize charging for specific users or vehicles as needed. This is particularly useful for managing access during busy periods or events.

By leveraging these features, schools and universities can efficiently manage their EV charging stations, provide controlled access, and optimize energy use, aligning with sustainability goals and supporting EV adoption among students and staff.

Yes, educational institutions in the UK have access to several grants and incentives to support the installation of electric vehicle (EV) charging infrastructure:

Workplace Charging Scheme (WCS) for State-Funded Education Institutions: This grant provides up to 75% off the cost of purchasing and installing EV chargepoints, capped at £2,500 per socket, with a maximum of 40 sockets across all sites. Eligible institutions include state-funded schools, colleges, nurseries, and academies. Applications are open until 31 March 2025.

Electric Vehicle Infrastructure Grant for Staff and Fleets: Independent schools and other educational institutions not covered by the WCS can apply for this grant. It offers funding for the infrastructure and installation costs associated with EV chargepoints, covering up to 75% of the cost, capped at £15,000. This grant is particularly beneficial for institutions aiming to provide charging facilities for staff and fleet vehicles.

Local Authority Funding: Some local councils offer additional funding or support for installing EV charging infrastructure. It’s advisable to consult with local authorities to explore any region-specific incentives or programs available to educational institutions.

By leveraging these grants and incentives, educational institutions can significantly reduce the financial burden of installing EV charging stations, promoting sustainable practices and supporting the transition to electric mobility within their communities.

CITA’s Education EV Charging Solutions are equipped with advanced safety and security features to ensure reliable and secure operation within educational environments:

Overload and Surge Protection: Built-in safeguards prevent electrical overloads and power surges, protecting both the charging infrastructure and connected vehicles.

Temperature Monitoring: Sensors continuously monitor the charger’s internal temperature, automatically adjusting or shutting down the unit if overheating is detected, thereby preventing potential hazards.

Durable, Weather-Resistant Construction: Chargers are designed with robust, weather-resistant casings, making them suitable for both indoor and outdoor installations, and ensuring longevity and reliability in various environmental conditions.

User Authentication and Access Control: Features such as RFID card readers and mobile app integration allow for secure user authentication, ensuring that only authorized individuals can access the charging stations.

Real-Time Monitoring and Alerts: The integrated Charging Point Management System (CPMS) provides real-time monitoring of charging activities, with instant alerts for any irregularities or faults, enabling prompt response and maintenance.

Compliance with Safety Standards: CITA chargers are certified and comply with UK safety regulations, including UKCA and CE certifications, ensuring adherence to established safety and quality standards.

Yes, CITA’s Education EV Charging Solutions comply with UK regulations, ensuring safe and reliable operation within educational institutions. Key certifications include:

UKCA Marking: Indicates adherence to UK safety and quality standards, essential for products sold within the United Kingdom.

CE Certification: Demonstrates compliance with European Union safety, health, and environmental protection standards, allowing distribution within the EU.

OZEV Approval: Approval from the Office for Zero Emission Vehicles in the UK, qualifying CITA chargers for government grants aimed at promoting electric vehicle infrastructure.

These certifications underscore CITA’s commitment to quality, safety, and regulatory compliance, making their chargers a trusted choice for EV charging solutions in educational settings across the UK.