Unity
Revolutions are born in the streets and squares. Dazebox Share brings the energy of change to shared spaces: apartment buildings, hotels, public or corporate parking lots. Where people come together.
Revolutions are born in the streets and squares. Dazebox Share brings the energy of change to shared spaces: apartment buildings, hotels, public or corporate parking lots. Where people come together.
One, for all: Dazebox Share allows you to manage access, monitor consumption and regulate the loads in dynamic mode, controlling up to 100 chargers connected to the same meter. Energy sharing is possible.
Dazebox Share combines the latest technological research with human-centred design. The efficiency of the performance becomes more accessible thanks to the fluidity of the user experience. Sharing will be the best choice.
A 4.3” display that lets you monitor the charging rate and power and manage the lock and release functions. And an app that lets you control all the features, whenever you want, and wherever you are.
The energy transition is a road we travel together. A common experience. A shared space. That's why every community can become an efficient eco-system.
With its Power Sharing feature, Dazebox Share ensures intelligent load balancing among all grid-connected chargers.
And that's not all: it connects wallboxes so they can share information and charging statistics, allowing the entire network to update itself in bulk.
With Bluetooth and WiFi connectivity, Dazebox Share can be controlled through the Daze app, available in major online stores. You will always have all features and updates at your fingertips.
Recharge only on the days and times you prefer. By setting the auto-block feature, you can select the time slots when recharging is most practical and convenient. Don't let time slip through your fingers.
Monitor consumption, accesses and the energy being supplied, whenever you want, and wherever you are. The Daze app provides you with up-to-the-minute charging statistics, whenever you need them.
Scenario
Shared
Nowhere is too far away, no journey is too long. We’ll put you in touch with the person who will install the system directly at your house, wherever you live.
The vehicle charging point procedure is divided into two stages: installing the power supply line and installing the Dazebox. The Dazebox must be connected to the main switchboard via a dedicated power line, protected against overloads and short circuits by a safety switch associated with a differential circuit breaker (in the case of domestic installations, a 3 conductor line must be used, consisting of phase, neutral and protective earth, protected by a dedicated safety switch). This work must be carried out by a qualified electrician since it is necessary to issue a declaration of conformity when modifying a switchboard and installing a new line, and this may only be done by an authorised person. Once the line is ready, it is possible to begin installing the Dazebox itself. First, open the cover and mount the unit on the wall, as described in the instructions. Next, feed the power line conductors through the dedicated opening and connect them to the input terminals inside the Dazebox, at this point, it is possible to close the cover again. If you are also installing the Dynamic Power Management unit, it is necessary to install another line connecting the switchboard to the Dazebox. Connect this cable to the Power Management Unit inside the switchboard and to the respective terminal block inside the Dazebox. To ensure it is installed correctly, the Dazebox power supply circuit must comply with the applicable regulations and be certified by a qualified electrician.
Yes, Dazebox has been designed for both indoor and outdoor installations, provided an awning is used to protect it from the rain.
Use the following simple formula to estimate the charging time: Charging time (h) = Battery capacity (kWh) / Charging power (kW)
In practice, the battery charging power may vary, depending on the available power and the battery life optimisation function of the vehicle electronic systems. For more information, the following link provides a detailed explanation of how to calculate charging times.
The Dazebox electrical circuit board includes a series of DIP-switches that can be used to configure the charging power, as well as other settings, such as the presence of the Dynamic Power Management unit and the Solar Boost. The procedure is described in detail in the installation manual supplied with your Dazebox device. Alternatively, it is possible to set-up certain parameters even more simply using the Daze app.
Dazebox Share S /