For Simulation in the electrical consumption, it should have lamps and test loads.

The main components of the module must be:

Charge controller of 10A for the photovoltaic panels

Charge controller for the wind generator

Stationary battery 12 V 18Ah

Single phase distribution module

Single phase Plug

Lamp modules

Photovoltaic panels polycrystalline 95 Wp

Solar module polycrystalline 10 W with halogen lamp

Wind generator with power 350 W

Bipolar circuit breaker

Duplo switch modules

Grid tie micro inverter 2030 W

Simulation module with power supply single phase

Data acquisition module that can allow voltage and current readings using voltage and current transducers

Wind generator module coupled to three phase motor of 1.5 steam horse

Power supply with protection against short circuit, overcharge and electrical discharges

Adjustable Supporting beams to hold and fix the adjustable modules

Pumping bank module photovoltaic

All in one with Windows System (PC)

Monitoring software and operation of the whole Module

All the module structure should be in anodized aluminum, carbon steel and medium density panels (MDP Panels)

All the modules should be IP20 protection, high resistance lamination, and laser marked identification with back holding mounting

The supervision software should work like this:

For the learning experience in the selection of circuit “Off Grid” it should visualize a diagram of the circuit, showing in real time the values of voltage, current and power for each part of the circuit.

Photovoltaic pumping module: mounted in auto supporting structure of anodized aluminum and should allow the water pumping using a photovoltaic panel.

For the learning experience in the selection of photovoltaic pumping, it should visualize a diagram of the circuit, showing the values of voltage, current and power of each part of the circuit, besides the volume of water in the upper water deposit, medium caudal, total performance, looses and time of the experiment, all shown and visualized in real time.

For the learning experience in the selection of the circuit as “Grid Tie” it should visualize the diagram of the circuit, showing in real time the values of voltage, current and power of each part of the circuit, indicate in a graphical diagram the relations between the generation and consumption of energy, and the net electrical energy remaining received or transmitted from the electrical network.