Iberdrola Engineering is responsible for the SMART PLAN project, an initiative aimed at developing a graphic tool for the design of telecommunications networks in the form of Smart Grids.

The project, which is being led by Iberdrola Engineering?s Department of Services and Other Products (SEOP), is based on GIS systems that are independent of those operated by the client, which means they can be used in systems that are integrated with other GIS systems, as well as being integrated with Google Earth.

This tool also assists and automates the design of BPLC (Broadband Power Line Communications) cells, the PLC used for the medium-voltage system on the STAR project.

The tool has been tested through the creation and validation of 80 telecommunications designs for Iberdrola?s Smart Grid Project (STAR).

The SMART PLAN collects information from the client?s GIS and designs the BPLC connection with transformer centres. The result is overlaid onto Google Earth to allow a more intuitive analysis of the network.

A suitably designed telecommunications network is fundamental to the viability of a Smart Grid project in which one is seeking to provide a telecommunications solution for each element in the low- and medium-voltage electricity distribution networks. In this context it is essential to communicate efficiently at the lowest possible cost, without any impairment of the telecommunications required in each case. The sheer volume of facilities involved is remarkable, and in a network such as Iberdrola?s there are around 80,000 Transformer or Distribution Centres.

Smart Grids are a strategic objective for Iberdrola Engineering, which at present is engaged in some of the most advanced projects in the sector. In addition to working in this area for Iberdrola?s STAR project, the company is also beginning to work for third parties (we recently reported the agreement with Kahramaa, the Qatari distributor).