– Firmware 6.3 or higher must be installed.
– Active load balancing must be active
– Load balancing must be connected to the p1 port of the digital meter.

– The charging point must be wired (utp) connected to the customer’s network.

– Eve connect app install on smartphone.

– Device password


Alfen’s solar solutions are designed to integrate renewable energy sources, particularly solar energy, into electric vehicle (EV) charging systems. Their charging stations, combined with solar panels, allow users to charge their vehicles with clean, renewable energy, reducing their carbon footprint.

Key features of Alfen’s solar charging solutions include:

• Smart energy management: Alfen systems can manage the distribution of energy between the household, EV charging and storage, optimizing the use of solar energy. They support Active load balancing, which ensures efficient energy distribution within homes and businesses, especially during periods of high solar production.
  
• Bi-directional charging (Vehicle-to-Grid): Alfen’s bi-directional charging technology makes it possible not only to use solar energy to charge vehicles, but also to feed excess energy back to the grid(V2G). This turns the EV into a solar energy storage unit, supporting grid stability and allowing users to store excess solar energy for later use.
  
• Scalability for businesses and homes: Alfen’s charging solutions, such as the Eve Single and Eve Double models, are scalable for both private homes and larger installations, such as solar parks or businesses with rooftop solar panels. These charging stations can be connected to solar inverters, making them highly efficient.
  
• Future-proof: With compatibility for the latest standards (such as ISO 15118), Alfen’s charging stations are ready for future developments in smart energy solutions, ensuring that they remain compatible with evolving renewable energy technologies.
  

By integrating solar energy into EV charging systems, Alfen enables users to reduce their dependence on traditional energy sources and contributes to the transition to a more sustainable energy supply