DECA offers its customers intelligent charging stations, designed and developed by DRIWE for all types of electric vehicles. Safer and quicker than simple sockets, they are designed to suit individual mobility and space requirements and can keep track of all access data, enabling users to share or refund charging costs.
The stations have been tested to withstand long charging cycles and to deliver only the energy your vehicle needs. There is no risk of overcharging, fuses breaking or fire hazards. Batteries work better and last longer.
Depending on the type of station and connection, charging columns are 2 to 10 times faster than standard sockets, which can only deliver a limited amount of energy. For cars with high capacity batteries, they are an essential choice.
Stations log all transactions and keep track of each access based on the credentials of individual users. Stations can be shared with other users and expenses can be split according to each user's access and consumption. Company cars can be recharged at home and costs can then be refunded.
Home, office, garage or public area: there may be different applications. Each charging station is designed to adapt to different needs. Contact us to discover the right one for you.
In addition to its own photovoltaic systems, DECA can also offer customised data collection solutions, which allow customers to constantly monitor their own system's operation and evaluate its efficiency. In the most comprehensive version, the system provides remote data collection, thus ensuring that Deca can monitor performance and take immediate action to restore operations.
Detection systems are chosen according to the type of inverter being used:
Software appositamente realizzato per poter gestire e memorizzare i dati dei sistemi Fotovoltaici in configurazione mono e/o multi inverter.
The software has been specifically designed to manage and save the data generated by Photovoltaic systems in either single or multi-phase inverter configurations. In addition to providing basic monitoring functions required to save, display, evaluate and compare all the key operating values of the photovoltaic generator and inverters, it can also be configured to allow operators to provide remote management and assistance (e.g. by executing commands and tests). This includes functional tests of the inverter(s) and any necessary cut-offs to ensure full safety of part or all of the installation.
The basic elements of the control system are
The perfect and professional PC-based display and control solution.