DIENEL provides a solution in the field of management of electric power with the purpose of forming a new landscape that guarantees consumers that their expectations are met, and to the companies that their interests will be, also favored. DIENEL, as well as providing energy saving solutions provides a new method for the use of a scarce resource that must be shared following a series of criteria that are related to the utility, sustainability and social benefit, among others.
DIENEL is an intelligent electrical energy distribution. As an object, it's a device TICC (information, communications and control technologies) that receives the values of the magnitudes of the electrical distribution network, interprets the correlation between the context of demand and supply, and reconfigures the distribution pattern so that the quality objectives are met. The dealer performs tasks of monitoring, analysis, communication with other dealers or distributor networks and control of the electric distribution according to the parameters set. All this with response times that are optimized to the type of installation. The core of the Distributor is a layer software that uses the paradigm based on using intelligent agents which has developed a modular architecture of specialised layers, which perform acquisition of context, analysis, decision, control, communication and power distribution facilities and machines.
The TICC nature of product favors that it can be seen either as device or system. Operationally, DIENEL consists of a set of intelligent agents that implement each of the generators or consumer centers and running through dynamic interaction protocols being able to establish negotiation processes in order to satisfy the particular objectives of each Center, subordinated to the common goal.
There where there are generation and demand of electric power, imposed manage distribution rationally, especially before the proliferation of renewable energy sources and the use of (chemical batteries in mobile systems) storage media since they represent an extra cost, so optimization can be crucial for the viability of the system. Therefore, any electricity distribution network provides the potential market:
Territorial distribution of medium and high voltage networks.
Institutional facilities service medical, educational, sports, administration, large public buildings, shopping malls, stations transport, etc.
Developments, neighborhoods, industrial areas, tertiary sector, etc.
Home, car, robotics mobile, manufacturing chains, multi-system devices; and any other area of the domain of "smartgrid".
Organizations that have facilities scattered throughout the territory.