The inception of power and energy generation has fueled sustainable electricity maintenance. Although power and energy, are two diverse fields they work together in the same way a peanut is covered in its shell. So for a better understanding of this field, we’ve provided free online courses in power and energy engineering herein.
Meanwhile, both are products of electrical engineering used to produce backup powers, storage, and usage electricity. So, if you’ve been longing to understand the similarity, differences, and collaboration effects of energy and power engineering, you can hang tight to this article.
So, our group of professionals has carefully written this page to answer the different queries we’ve been receiving regarding power and energy engineering. They include;
- What are energy and power engineering?
- How do I become a power and energy engineer?
- Is power engineering a good career?
- How long does it take to be a power engineer?
Hence, we’ve answered all these queries herein and many more. We have also provided a good list of free online courses in power and energy engineering you can apply for to learn more about this engineering field. Thus, we advise you to relax and carefully read this article and learn about power and energy engineering and how to become one successfully.
What is Power and Energy Engineering?
In a nutshell, shell, when we talk about power in engineering the first thing that sparks our minds is electricity. Thence that’s right. Power has to deal with the concept of electronic engineering used to generate electricity for storage and usage. A typical example of a power electronics device is an inverter. Meanwhile on the second hand when we talk about the energy it’s the aspect of electrical engineering that uses electronics and mechanical devices to transform natural resources into electricity or storage. Thus, examples of such instances include windmills fossil fuels, solar energy, etc.
Additionally, power engineering is also called power systems engineering. It is a subfield of electrical engineering that focuses on the transmission, generation, distribution, and utilization of electric power, also the electrical apparatus connected to such systems. So power engineering brings out the majority of its conceptual basis from electrical engineering.
Hence, Energy and power engineers work hand in hand to maintain power generation. Also, energy and power engineers work with several natural resources likes, like fossil fuels or petroleum, to enhance the use of sustainable or renewable energy sources such as solar, wind, wave power, biomass, hydroelectricity, or nuclear power.
Why Enroll In Free online Courses In Power and Energy Engineering?
They are many beneficial purposes why you must enroll in free online courses in power and energy engineering. Thus, this is a very vast engineering field and would require you to gain lots of knowledge. Also, after the completion of the online courses, credible certificates will be awarded to participants of the program.
Meanwhile, across the globe, there is a high demand for power and energy engineering as it’s a very critical branch of electrical electronics engineering. So there is a clarion call for more knowledgable practitioners in the field to enhance the development of power sustainability.
Additionally, this is an opportunity to obtain a degree tight by experts from profound works class universities from across the globe for free. Therefore, it is beneficial to enroll in free online courses in power and energy engineering.
How Do You Become A Power and Energy Engineer?
Becoming a power and energy engineer requires years of rigid learning and practice. Considering that it deals with a good combination of power and energy which are broad fields stand alone. Therefore, you should experience several difficult calculations and brain-racking.
Nonetheless, to become a power and energy engineer you must first complete your secondary school education. Thus, you must have been in the science field where you offer biology, physics, maths, etc. Thereafter, you are required to obtain a bachelor’s degree in Electrical and Electronics Engineering (in power and energy option) in a government-accredited institution. That is be it online or on campus. So, this is why we’ve provided free online courses in power and energy engineering for you to grip your head around.
The next thing is to complete a master’s degree. While doing this, be sure if getting enough experience you can apply as an intern in the power and energy industry.
Top 10 Free Online Courses in Power and Energy Engineering With Certificates
See below for the list of free online courses in power and energy engineering. Although, in no particular order.
#1. Introduction to Power Electronics
Introduction to power electronics is on the top of our list of free online courses in power and energy engineering. This course briefly introduces the basic theories of switched-mode converter circuits for controlling and converting electrical power with great efficiency. Also, precepts of converter circuit analysis are taught and are developed for discovering the steady-state current, voltages, and efficiency of power converters. Thus, assignments include analysis of an inverting dc-dc converter and simulation of a dc-dc converter. Also, the modeling and efficiency inspection of an electric vehicle system with a USB power regulator. Upon completion of this course, you will;
- Grasp what a switched-mode converter is and its basic operating principles
- Be able to solve for the steady-state voltages and currents of step-down, step-up, inverting, and other power converters
- Know how to develop an averaged equivalent circuit model and solve for the converter efficiency
Provider: Offered by the University of Colorado through Coursera
Subject: Introduction to Power Electronics
Duration: 12 hours
Start Date: Self-placed
Apply Now Here
#2. Introduction to battery-management systems
This free online course in power and energy engineering will provide you with a firm background in lithium-ion cell terminology and its purpose. You’d also get a good knowledge of battery-management-system requirements. Upon completion of this course, you will be able to:
- Analyze an inverting dc-dc converter, also the major functions provided by a battery
- Management system and state their purpose
- Fit battery terminology to a list of descriptions
- Identify the main components of a lithium-ion cell and their purpose
- Know how a battery-management system measures temperature, current, and isolation, also how it controls contactors
- Identify electronic components that can provide protection and stipulate a minimum set of protections needed
- Calculate stored energy in a battery pack
- List the manufacturing phases of different types of lithium-ion cells and probable failure modes
Provider: Offered by the University of Colorado Boulder through Coursera
Subject: Introduction to battery-management systems
Duration: 25 hours
Start Date: Self-placed
Apply Now Here
#3. Renewable Energy Futures
Renewable energy’s prospect is yellow, yet uncertain. So, will it continue to develop rapidly? Are current advancements sufficient to attain climate stabilization? How do similar technologies, like electric vehicles and heat pumps, fit in? Thus, this course will throw light on the many confusing and at times erratic claims and predictions for renewable energy. Therefore this is one of the most productive free online courses in power and energy engineering.
Furthermore, we will review assuring new renewable technologies and methods. Hence, examples include building-integrated photovoltaics (PV), floating platforms for wind turbines, and pointing out key opportunities and constraints. Also, we’ll take a close look at possible prospects of facilitating technologies such as electricity electric vehicles, storage, electric vehicles, and hydrogen, which can help and improve renewables.
Additionally, we will unravel major trends and new methods, which include distributed energy and electrification. Also, explain how they influence renewable energy’s future. Renewable energy, supported by stimulating technologies will eventually monopolize energy systems worldwide. In this course, you’ll learn the new status and likely prospective paths of renewable energy. With this knowledge, you’ll be able to identify the opportunities in this vital industry and be at the forefront of the change.
Provider: Offered by the University of Colorado through Coursera
Subject: Renewable Energy Futures
Duration: 16 hours
Start Date: Self-placed
Apply Now Here
#4. Equivalent Circuit Cell Model Simulation
This is yet another one of the tremendous free online courses in power and energy engineering. Thus, here you will learn the advantage of each component in an equivalent circuit model of a lithium-ion battery cell. Also, how you can specify their parameter values from lab test data, and how to use them to experimentally see cell behaviors under various load profiles. Upon completion of this course, you will be able to:
- State the objective for each component in an equivalent-circuit model
- Calculate approximate parameter values for a circuit model employing data from a simple lab test
- Determine the Coulombic efficiency of a cell from lab test data
- Use the given Octave/MATLAB script to compute the open-circuit voltage connection for a cell from lab test data
- Use the given Octave/MATLAB script to calculate optimized values for dynamic parameters in the model
- Simulate an electric vehicle to produce conclusions of range and to identify drivetrain components
- Simulate battery packs to recognize and predict characters when there is cell to cell variation in parameter values
Provider: Offered by the University of Colorado through Coursera
Subject: Equivalent Circuit Cell Model Simulation
Duration: 27 hours
Start Date: Self-placed
Apply Now Here
#5. Solar Energy System Design
Here the free online courses in power and energy engineering are introducing solar energy system design. Thus, the course includes fundamental system components and functions, together with some basic system sizing using streamlining assumptions.
Hence, for the most part, of this course will focus on incorporating the ground conditions into energy production considerations, and how to account for these conditions in system design and equipment selection.
Upon completion of this course, you should be able to integrate losses in irradiation due to array configurations with less than optimal position and/or shading and account for divergences in module output due to temperature differences in your system design.
Provider: Offered by the state university of New York through Coursera
Subject: Solar Energy System Design
Duration: 17 hours
Start Date: Self-placed
Apply Now Here
#6. Wind Energy
How much tall is a modern wind turbine and how can it probably generate power from the wind? This course provides an overview of crucial aspects of wind energy engineering. Whether you are searching for common insight into this green technology or you intend to pursue a career in wind energy engineering, then this course is an excellent starting point.
This course will take you on a tour through the most basic practices of wind energy research such as aerodynamics, wind turbine technology, wind measurements and resource assessment, structural mechanics, materials, and financial and electrical systems. You will gain a practical understanding of wind energy engineering. Through practical exercises, you will learn to execute wind energy estimations based on simple models. Working with the several course disciplines will provide you with a taste of what wind energy engineering is all about. This enables you to specify the most relevant aspects of wind energy engineering to be sought in your future studies.
Provider: Offered by Technical University of Denmark through Coursera
Subject: Wind Energy
Duration: 36 hours
Start Date: Self-placed
Apply Now Here
#7. Electric Power Systems
This course introduces you to the principles and agreements of the electric utility industry and gives you the basic terminology used in the business. It also introduces the electric power system, from the production of the electricity to the wall plug. You will learn about the units of the system and popular components like power cables and transformers.
This course is for people seeking a career in the energy field and existing energy category employees with not up to three years of experience who have not obtained similar training and would benefit from a course on background industry concepts.
Provider: Offered by University of Buffalo through Coursera
Subject: Electric Power Systems
Duration: 12 hours
Start Date: Self-placed
Apply Now Here
#8. Hydro, Wind & Solar power: Resources, Variability & Forecast
The development of hydro, wind, and solar power is thriving strongly with one goal to reduce greenhouse gas emissions. All these renewable energies are periodic with more or less intense variability.
Hence, this course gives the purpose for estimating the resource of these varied modes of production and knowing the physical causes of intermittency and periodic variability. The various modes of electricity production are illustrated as well as the sensitivity incited by meteorological variations. Thus, the short medium-term forecast becomes a fundamental problem in the growth of these renewable energies and their build-up into the electricity system. We, therefore, present the techniques and tools used for a credible forecast of the electricity generation of hydro, wind, and solar power plants.
Provider: Offered by Ecole Polytechnique through Coursera
Subject: Hydro, Wind & Solar power: Resources, Variability & Forecast
Duration: 15 hours
Start Date: Self-placed
Apply Now Here
#9. Energy Production, Distribution & Safety Specialization
This course gives elementary knowledge about the energy industry and associated career opportunities. Whether you are enthusiastic about a utility worker role, utility technician, or emerging green energy solutions. The course is aimed at those contemplating a career in the field, and people already working in the industry who have less than three years of experience and have not obtained similar training.
Learners will engage in experimental opportunities and preparatory steps. Creating a roadmap to accomplish personal goals associated with an energy industry career. So this is also another wonderful one on the list of free online courses in power and energy engineering.
Provider: Offered by The University at Buffalo and the State University of New York through Coursera
Subject: Energy Production, Distribution & Safety Specialization
Duration: 4 months
Start Date: Self-placed
Apply Now Here
#10. Renewable Energy Technology Fundamentals
Renewable energy is one of the fastest-growing industries on the planet, with billions of dollars capitalized each year to satisfy international energy sustainability objectives. Thus, this course will give you a solid foundation for discerning and deploying significant renewable energy technologies such as wind and solar. In addition, you will learn a good knowledge of the important energy storage technologies such as pumped hydro, batteries, and hydrogen.
Finally, you will be familiar with the opportunities and difficulties of renewable energy technologies. You will also be comfortable contributing to debates and making decisions regarding these technologies. And the understanding you gain will be a background for further study of renewable energy projects, renewable power systems, and forecasts for the future of renewable energy.
Provider: Offered by the University of Colorado through Coursera
Subject: Renewable Energy Technology Fundamentals
Duration: 13 hours
Start Date: Self-placed
Apply Now Here
Also Read: Top Ten Free Online Courses in Electronics Engineering With Certificates in 2022
Conclusion
Conclusively, Power and energy engineering is one essential branch of engineering that fuels another part of engineering. If there is any way to fall short in this field of engineering then there will be crumbling in the functional system of our daily lives and every aspect of engineering.
Therefore, if you aspire to become a power and energy engineer, do well to take your studies seriously. You can also enroll for one of the free online courses in power and energy engineering featured herein.
Frequently Asked Questions About Free Online Courses in Power and Energy Engineering
Energy and power engineers work with various natural resources, as fossil fuels or petroleum, and try to increase the use of renewable or sustainable energy sources such as wind, solar and wave power, biomass, hydroelectricity, or nuclear power.
As mentioned, there is a shortage of trained Power Engineers. Thus, it is an excellent industry to enter into for career opportunities, offering those who do the ability to acquire a job quickly, access a good wage and benefits, as well as enter into an immediate “high-end” position.
Compared to most jobs, power engineering is not very physically demanding.
A power engineer has an average of four years of training as an apprentice, which includes classroom and on-the-job training.
The path to becoming a Power Engineer requires theoretical classroom education combined with practical hands-on experience. Candidates will need to complete an accredited program with either a recognized college or training provider and pass a provincial certification exam.
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