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Adjust the power_MATLAB_2013

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"The power supply will depend according to the generation priority. The following generation will get the maximum priority (upper one will get 1st priority) for power supply.

1) Wind Power

2) Solar Cell

3) Fuel cell

4) Battery

5) Grid

 When the generation is more than the demand load then calculate the surpassed production

 Calculate the amount of surpassed production

 Calculate the maximum discharge from the battery

 Derive power flow to the Battery unit and calculate it

 When the storage unit will be full charged then power flow supply to the battery unit will turned off.

 Then the surpassed power will supply to the Grid

During the control design, following points must be consider

o Control P and Q set points for the energy hub (inverter/rectifier system)

o P > 0 the inverter feeds P into the network

o P < 0 the rectifier charges the battery

o And similar for Q

• Depending on the demand (or set point in the energy hub)

o Build small PID – type controllers (or just monitors in the case of wind and PV)

 Each controller will have:

• P setpoint (e.g. P_setpoint_battery) – only to curtail for wind and PV

• P measured (e.g. P_measured_battery)

If you want to do the project I will pay you $120 as 30 hours at $4/hr rate

Habilidades: Engenharia Química, Engenharia, Matlab and Mathematica, Engenharia Mecânica, Física

Ver mais: to the maximum, the n and o, production hub, pid controller matlab, pid controller design matlab, pid controller design in matlab, p hub, o.n.e. network, maximum flow network, hub network, get power point, flow the one, flow in network, the hub, solar pv, solar power system, solar off grid, PV, PV system design, POWER SUPPLY, power inverter, off the grid, off grid power, matlab power system, matlab network

Acerca do Empregador:
( 361 comentários ) KANPUR, India

ID do Projeto: #5095747

Premiar a:

dimitarpartenov

Hired by the Employer

$4 USD / hora
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