The first phase of the project entails the analysis of the entire network in order to find a representative cluster of service stations to be used in a pilot project for a feasibility study. This will provide an idea of the possible size of the project and could involve a study of no less than 5 sales points.

The second phase entails an in-depth analysis of the representative cluster involving an on-site inspection, and the preparation of a reconversion plan, including a costs benefits study. A pilot project may be undertaken to provide an idea of the potential of the technology proposed.

The third phase entails a further study of the structure of the network, both  if run by the utility or by an agent, and an energy analysis of the service stations.

Documentation and information required

• Type of single plant;
• Location;
• Collecting technical documentation of existing lay out;
• Collecting utility bills from previous year with a view to establishing energy costs;
• Conformity of electrical plant and related plans, last biennial inspection*

To be done

• Photographic documentation
• Check and update plans
• List of  present lighting with technical details and position
• Illumination study
• Design solution with location of new lighting
• Savings calculation with relative Business Plan
• Estimation of overall cost and return on investment
• Calculation of value of Certificati Bianchi over 5 years

* in the case of no conformity certificate or any incongruity, further updating of the electrical plan (cabinet, wiring and so on) will be carried out.

Forth phase entails submitting all the paper work  to the GSE for the Certificati Bianchi, and start of the monitoring period of ex-ante consumption required for the definition of the baseline  on which to calculate savings once the conversion has been completed.

Fifth phase entails the installation up-and-running (including required conformity certificate) of the whole new lighting system including the bulbs on the sites covered by the project. In the case in which optional extra work regarding updating the existing electrical documentation not covered in the original estimates, is agreed upon, besides producing a conformity certificate for the work carried out, the overall documentation for bringing the electrical system up to the norm will be produced.

Sixth phase sees the activation, on our PMS portal,  of the client’s access to the system for managing and monitor consumption and savings.

EOS technology automatically forms a wireless network  which brings together all existing  Bever innovations. This allows the user to utilise operations and processes to control and analyse LED innovations from Bever, through the EOS manager app.

EOS Manager allows the user to calculate and analyse the behaviour of the lighting installed with the aim of optimising energy savings,  extracting statistics on consumption and facilitating maintenance. This app. Gives the user total control on who has access to the data, and how it is used by the EOS devices.

EOS Bridge allows the user to connect external tools for control and analysis to the EOS network, thereby creating flexible integration with all kinds of company process and making available an unlimitled number of functions.

With EOS technology, the user can not only control and analyse every individual LED product from Bever Innovations, but can also be master of the entire network. It is possible to connect various plant to a single sensor, monitor the devices and plan the maintenance  via WiFi or protected on-site network. The possibilities are endless.