Introducing the myenergi Zappi, a reliable and eco-friendly charging solution designed to accommodate the needs of electric vehicle owners. This innovative charger offers a range of user friendly features, making it an ideal choice for residential and commercial customers seeking a sustainable and efficient charging option. With smart integration capabilities, the Zappi charger can connect to your home's solar or wind generation system, allowing you to utilise surplus green energy to charge your vehicle. This versatile charger is compatible with all electric vehicles using a Type 2 connector.
The myenergi Zappi charger is designed to deliver an effective charging performance, offering adjustable power levels up to 22kW for rapid charging times compared to standard Level 1 chargers. This versatile charger is compatible with all electric vehicles using a Type 2 connector, making it suitable for a wide range of vehicle models. The Zappi charger boasts a modern design and a durable, weather-resistant enclosure, ensuring that it is suitable for both indoor and outdoor installations.
With a focus on sustainability and energy efficiency, the myenergi Zappi charger incorporates advanced features that allow you to optimise your energy consumption. Its Eco and Eco+ modes enable you to charge your vehicle using only surplus energy generated by your solar panels or wind turbines, reducing your reliance on grid electricity and minimising your carbon footprint. Additionally, the charger's built-in load balancing and overload protection features ensure a safe and seamless charging experience for users, while adhering to local electrical regulations.
Although the installation process for the myenergi Zappi charger is typically straightforward, certain technical challenges may arise, such as the need for a dedicated electrical circuit, suitable cable sizing, and compliance with local electrical standards. However, our team of skilled and experienced installers are well-equipped to address these challenges and ensure a smooth installation process.