Mastering Energy and Power System Optimization in GAMS
- 5.5 hours on-demand video
- 27 downloadable resources
- 2 Practice Tests
- Full lifetime access
- Access on mobile and TV
- Certificate of Completion
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- How to start coding in GAMS?
- How to fix your GAMS code ?
- How to mathematically formulate your problems in GAMS?
- Solve Optimal AC/DC power flow
- Model Energy Storage in GAMS
- How to formulate and implement the demand response in GAMS?
- is Multi-Objective Optimization covered in this course ? YES
- PMU allocation is implemented in GAMS
- How to model and implement Unit commitment ?
- How to formulate the environmental constraints in energy problems ?
- Build a complete understanding of GAMS from the ground up!
- Learn advanced GAMS features, like conditional statements, options, reporting
- How to turn optimization skills to income for yourself ?
- No extensive prior knowledge of GAMS is required
- A desire to learn new concepts like GAMS coding
- A passion for decision making and optimisation
- A laptop or PC to run your code.
- No need to have a full GAMS licence to run your codes
**Brand New For June 2020 - The Bestselling Power system optimization GAMS Course on Udemy**
Join over 18,000 of your fellow optimization experts in the energy and power system industry in learning the fundamentals of the power system and energy optimization.
I will walk you through every step of GAMS coding with real-life case studies, actual experiments, and tons of examples from around different disciplines.
By the end of this course, you'll be able to:
Code your own optimization problem in GAMS.
Receive your official certificate
The developed course is suitable for you even if you have no background in the power systems.
In this Energy and Power System Optimization in GAMS course you will learn:
How to formulate your problem and implement it in GAMS and make optimal decisions in your real-life problems
How to code efficiently, get familiarised with the techniques that will make your code scalable for large problems
How to design an action block with a clearly defined conversion goal
How to run sensitivity analysis in GAMS to predict the outcome of a decision if a situation turns out to be different compared to the key predictions.
For your convenience the course is broken into two sections :
General GAMS coding (Pure GAMS, elements, loops, multi-objectives, conditional statements, Examples)
Power system GAMS coding (Static/dynamic economic/environmental dispatch, AC/DC OPF, Storage, DR, PMU, ...)
... and much, much more!
By finishing this course, you will have the power to transform your coding skills into a powerful decision making machine. .
If you think this GAMS coding is complicated, it's not.
If you think GAMS coding is time-taking, it's not.
If you think watching this course won't make a difference in your professional career ... think again.
I've consulted with several companies and researchers around the world and have consulted them on how to use optimization techniques in their business. Trust me, I learned all this the hard way.
Along with the video content of the course, there are many bonuses.
Downloadable resources and guides
An audio version of the course to listen on the go
Q&A videos the answer your specific questions
Assignments that make you productive while taking the course
An instructor who truly cares about your success
This is the course on landing page design I wish I had when I was first starting out!
OUR PROMISE TO YOU
We'll be here for you every step of the way. If you have any questions about the course content or anything related to this topic, you can always post a question in the course or send me a direct message.
We want to make this the best course on how to use GAMS. So if there is any way we can improve this course, just tell us and we'll make it happen.
Enroll today and enjoy:
Lifetime access to the course and all future updates
Over 6 hours of high quality, up to date video lectures
Exercises and feedback
Access to the student-only discussion forum
30 day, no questions asked, money-back guarantee
Over 11,000 students enrolled
4.5 average student rating
With our 30-day 100% money-back guarantee, there's no reason to hesitate.
I'll give you two more reasons why you should enroll right this second:
Your investment in this course will quickly be paid back even just by implementing some of the techniques I share with you. There are hundreds of gold nuggets to choose from, making this course the best investment in your own education and future success.
While today is still the best day you can get started with GAMS coding, it will get harder for engineers as the markets get more and more competitive. You want to start as soon as you can (like now) to take advantage of this growing market. Instead of struggling and trying to do everything yourself, just learn from someone who has already figured it out.
I CAN'T WAIT TO SEE YOUR SUCCESS
See you inside!
- Anyone who needs to make some sort of decisions
- Any discipline that requires optimization and decision making
- Power system academics or industry experts
- Beginner students in power system operation and planning
- PhD/MSc students in power system operation and planning
- PhD/MSc students in energy systems
- Power system utility R&D staffs
- Business Owners involved in Energy industry
What is the decision making?
Some practical examples
What is the objective function?
What is the constraint?
This video explains how to install GAMS on a windows machine
In this lesson, you will get familiar with the general structure of each GAMS code
In this session you will learn how to code a linear programming problem in GAMS
“A woman at a point A on the shore of a circular lake with radius 2 mi wants to arrive at the point C diametrically opposite A on the other side of the lake in the shortest possible time (see the figure). She can walk at the rate of 4 mi/h and row a boat at 2 mi/h. For what value of the angle θ shown in the figure will she minimize her travel time?“
(Steiner) In the plane of a triangle, find a point such that the sum of its distances to the vertices of the triangle is minimal.
The travelling salesman problem (TSP) asks the following question: "Given a list of cities and the distances between each pair of cities, what is the shortest possible route that visits each city and returns to the origin city?"
Each city should be met only once
Every city should be visited
In this video you will learn how to find and have access to Power system optimization library in GAMS website.
This session provides a solution for increasing the power system observability by allocation of Phasor Measurement Units (PMU) problem in GAMS. The PMU is able to measure the voltage phasor at the connection bus and also it measures the current phasor of any branch connected to the bus hosting the PMU.