| 摘要 |
<p>The aim of the above-mentioned project is to make it possible to manage in total autonomy an industrial activity with an high energy consumption (or energy-consuming) as a logistics storehouse for low temperatures products (so called "colds"), disconnecting it from the necessary energy requirements and the consequent forced connection to the electric distribution network. Photovoltaic energy in this case represents one of the key elements to realize this aim, taking the place of the current classic system of energy powering. The management system named "Energy Management" actually provides for the regulation of the information interchanges and the various energy flows involved. The last but not the least element of the utility model is represented by the refrigeration section (system of generation, distribution and accumulation of the cold needed for the activity in question) adapted to regulate its own consumption by tracking the availability of photovoltaic energy. The advantage of the innovation of such a project lies in the twisting of this concept, in fact without altering the main characteristics of a cold logistics hub, the Energy Management system, managing the consumption (and thus the output of each operating machinery) will regulate the energy distribution and storage on the basis of the availability of the photovoltaic energy produced.</p> |
