Should be constituted of different generation systems (wind and photovoltaic) and should be supervised by software for parametrizing, control and storage of measures actuated in specific points of the electrical network using adequate protocol;

Should allow exercises relating to the study and the understanding of concepts related to the intelligent management of the generation, distribution and intelligent use of electrical energy.

Should simulate the possibility to dynamically and immediately redistribute any excess of energy produced in different geographical areas of the network.

The modules should present the corresponding serigraphy on the front. The elements / modules must have compatible characteristics between you and must have consistency and logical sequence.

It should include generation system of simulated hydroelectric power by alternator, thermal energy generation system simulated by three-phase power module

All energy generation systems must be integrated in the network and supervised with Modbus communication protocol.

Modules that have standard interface rs485 must be programmable via supervisory and should allow to parametrize the electrical network in terms of such variables like: current, on voltage, difference of phases between generators, noise levels to be supported, etc.

Modular didactic system for the study and training in generation, transformation, transmission, protection, use and micro generation of energy in a smart grid electrical network

Must be modular and used vertical metal frames for quick fitting of modules without the use of screws or tools;

Do not provide electrically disclosed parts

Intelligent management with control and monitoring of the electrical network, distributed generation management;

Possibilities transformation and transmission tests with transmission line losses, study of the effects of transmission load variation, electric line compensation method.