Power management and reliability Matlab project

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Project Description

Write a Matlab program with GUI (graphical user interfaces) to solve (1) economic dispatch problems, and (2) power flow problems.

(1) Economic dispatch using Lambda-iteration method:

Input: Quadratic fuel cost function; Total load demand; Generation limits.

Output: Optimal output of each generating unit (kW or MW); incremental cost ($/kWh or $/MWh); Total fuel cost ($/hour); Plot IC curves.

Please find the needed input data or make reasonable assumption.

(2) Power flow: a sample system is shown in Figure 1.

Input: Bus data (Table 1); Line data (Table 2); Select power flow solution algorithms


• Newton-Raphson – power flow solutions (see Table 3) and total power losses in MW and MVAR.

• Decoupled power flow – power flow solutions (see Table 4) and total power losses in MW and MVAR.

• DC (linear) power flow – power flow solutions.

Fundamental design principles

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  • Explain how each fundamental design principle is integral to process improvement within the logistics and distribution industry.
  • Explain why adhering to the four fundamental design principles are important considerations when developing secure applications.


CoSysMo prediction

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CoSysMo is a detailed, systems engineering planning tool. It predicts person months by looking at size and effort factors. The SolarSPELL project at ASU needs your help in predicting how much it will cost to set-up SolarSPELL in Fiji, Comoros, Puerto Rico, and Tonto Creek Camp. In addition, your design contribution is realizing that while SolarSPELL has a functional Web server, you need to develop solar charging stations for the laptops and devices that access SolarSPELL in remote locations with no electrical grid power. They have past data for the“calibration” factor called “A” in the equation from previous projects. The resources you have to help you are

Please develop a CoSysMo prediction of person months (pm) required given the following data:

i.Previous performance against CoSysMo predictions that used an “A” = 1 are as follows:

Prediction using A = 1                     Actual PM Required

125 pm                                                           150 pm

85 pm                                                              102 pm

105 pm                                                            126 pm

ii.Economies of Scale are nominal at 1.0

iii.Requirements are balanced between normal and difficult with 100 of each.

iv.Estimate the number of interfaces and decide how many are easy, normal, and difficult, and why you reached these conclusions.

v.We have only two (2) nominal algorithms to develop.

vi.Describe and estimate the number of scenarios that must be managed and decide how many are easy, normal, and difficult, and why.

vii.SolarSPELL has done something similar in the past so our understanding of the requirements is nominal.

viii.The technical risk and architectural understanding are low for this effort.

ix.Because of student help and instructor turn over at remote locations, continuity of our team has been low and must be addressed, but you need to validate these assumptions.

x.There are also other effort cost drivers, please estimate those and their level of severity, and show why.

(Hint: please use the CoSYSMo equation to express the final estimate instead of letting me guess wrong what you were thinking).

Construction Management

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Please select an emerging green building material or product available in CA and write a 3-page essay addressing the following key points:

(1). Why is it green/sustainable?

(2). Manufacturing process

(3). Material properties

(4). Current applications (Case projects)

(5). Future potential uses

Here are formatting requirements for the paper:

  • Include a short (250 word maximum) abstract at the beginning of the paper.

Telecommunication engineering

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Write an assignment  on the topic telecommunication engineering

Electrical Troubleshooting Assessment

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1. Aircraft Schematics and Wiring Diagrams

2. Troubleshooting Theory

Ethics in Engineering

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Ethics in Engineering On YouTube, there are many videos of engineering ethics problems and situations. Some of these are acted out simulations (using student actors) of an ethical dilemma facing an engineer. Select one of these “acted out” videos, describe the ethical issue, what was done about it in the video, and your feelings about what you would have done if confronted with the same situation.