<p>The Business Line “<b>Global Infrastructure and Networks</b>” of <b>Enel </b>has a wide presence in Europe (Italy, Spain, Romania) and South America (Argentina, Brazil, Chile, Colombia, Peru), as of today manages electricity transmission and distribution - over 2.5M km of lines and 72M of customers.</p><p><br></p><p>Over the Enel’s networks, especially in some regions of Brazil, the airborne salinity levels are very high. Brazil has a central role for the Enel’s Infrastructure and networks with 25 millions of customers (11,7 only in Cearà and Rio) and over 100.000 Km of overhead lines.</p><p><b>A better prediction of salinity levels</b> could allow to perform the network cleaning in a more efficiency way and consequently reduce the costs related to this operation. How we can get a more confident prediction?  </p><p><br></p><p><br></p><p>This challenge provides contribution to the following <b>SDGs</b>:</p><ul><li><a href="https://sustainabledevelopment.un.org/sdg9" target="_blank"><b>SDG 9</b></a> - Industry innovation and infrastructure. Build resilient infrastructure, promote inclusive and sustanainable industrialization and foster innovation</li></ul>

We are looking for new <b>technologies</b>, <b>architectures</b> and <b>control strategies</b> to lower energy storage costs and to improve the way our Energy Storage assets are built, operated and maintained, in order to maximize their profitability.

<p>Small scale actions and huge financial resources meet to address earth’s biggest challenge.</p>