Shell Recharge Charging Station

In the heart of Archway, North London, lies the Shell Recharge Charging Station, a contemporary hub for electric vehicle (EV) owners seeking a reliable and convenient charging solution. Situated at 21 Tavistock Terrace, this state-of-the-art charging station is operated by ubitricity, a leading provider of charging infrastructure for EVs. Let's delve into the details of this forward-thinking facility, its services, location, and unique features.

• Electric Vehicle Charging: The Shell Recharge Charging Station offers rapid charging services for EV owners. With a power output of up to 50kW, it can charge your vehicle at a speed of up to 100 km for every 30 minutes of charging.
• Convenient Payment Methods: The charging station accepts credit cards and NFC mobile payments, providing a seamless and hassle-free charging experience.
• Maintenance and Support: The station is well-maintained and monitored remotely, ensuring minimal downtime. In case of any issues, ubitricity's customer support team is readily available to assist.

The charging station is nestled in the vibrant neighborhood of Archway, just off the A1 road, making it easily accessible for both local residents and passersby. Its proximity to major transport links, including Archway tube station (Northern line) and Upper Holloway overground station, ensures that EV owners can conveniently charge their vehicles while running errands or commuting.

For those traveling by car, the charging station is easily accessible from the A1 and offers nearby parking options. However, it's essential to note that on-site parking is limited, and drivers may need to use nearby street parking or pay-and-display car parks.

• Sustainability Focus: The Shell Recharge Charging Station is committed to reducing its environmental impact. It sources 100% renewable energy and encourages EV adoption, helping to lower carbon emissions.
• User-friendly App: The ubitricity app allows users to locate available charging points, start and stop charging sessions, monitor their energy usage, and manage their payments all in one place.
• Real-time Monitoring: The charging station is equipped with advanced technology that enables real-time monitoring of charging sessions, ensuring optimal performance and minimal downtime.

• Address: 21 Tavistock Terrace, Archway, London N19 4BZ, United Kingdom
• Phone:8000246279
• Website:ubitricity.com
• Operating Hours: The charging station is operational 24/7, allowing EV owners to charge at their convenience.
• Charging Speed: Up to 50kW, providing a charging speed of up to 100 km for every 30 minutes of charging.

As of now, the Shell Recharge Charging Station has not received any reviews on Google My Business. However, the parent company, ubitricity, has a positive reputation in the industry, with customers appreciating the convenience, reliability, and sustainability-focused approach of their charging infrastructure.

Some of the positive aspects that users have highlighted in their reviews of ubitricity's charging stations include:

• Convenient locations: Many users appreciate the strategic locations of ubitricity's charging stations, allowing them to charge their vehicles while running errands or commuting.
• User-friendly app: The ubitricity app is praised for its ease of use, enabling users to locate available charging points, manage their charging sessions, and monitor their energy usage.
• Reliable charging: Users often commend the reliability of ubitricity's charging stations, with minimal downtime and efficient charging speeds.
• Commitment to sustainability: Many users appreciate ubitricity's focus on reducing their environmental impact through the use of renewable energy and the promotion of EV adoption.

While there are no specific reviews for the Shell Recharge Charging Station at 21 Tavistock Terrace, it is reasonable to expect that EV owners will find this facility to be a convenient, reliable, and sustainable charging solution, given the positive aspects highlighted in reviews of ubitricity's other charging stations.