Get updates on Eligibility, Admission, Placements Fees Structure
Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
A microgrid is an electricity distribution system that is locally operated in a regulated way and includes electricity users and electricity producers (renewable electricity generation). More often than not, photovoltaic systems are integrated into microgrids. To learn more about this integration process, take the Solar Energy: Integration of Photovoltaic Systems in Microgrids certification course.
The Solar Energy certification syllabus covers topics like AC microgrids, DC microgrids, smart grids, virtual power plants, distribution networks, control strategies, markets, components, power electronics interfaces, etc. All this material is available free of cost for all learners for a limited period of time. However, verified learners get access to more advanced content, practical exercises, simulation assignments, and peer reviews.
To learn about photovoltaic energy conversion systems and technologies, and all other aspects of photovoltaics (relevant from a physics and engineering standpoint), take the Solar Energy Engineering MicroMasters program. The Delft University of Technology offers both the Solar Energy: Integration of Photovoltaic Systems in Microgrids online course and the MicroMasters program.
The Highlights
- Case study
- Nine-week course
- 10-11 hours/week
- Instructor-led learning
- Scheduled program
- Self-paced course
- Audit the course for free
- Video lectures with English transcripts
- Simulation assignment for verified learners
- Completion certificate available for purchase
- Offered by the Delft University of Technology
- Exercise and peer review for verified learners
- Part of the Solar Energy Engineering MicroMasters
Programme Offerings
- Scheduled programme
- case study
- Instructor-led learning
- Nine-week Course
- 10-11 hours/week
- Video lectures with English transcripts
- Audit the course for free
- Offered by the Delft University of Technology
- Paid completion certificate
Courses and Certificate Fees
| Fees Informations | Certificate Availability | Certificate Providing Authority |
|---|---|---|
| USD 250 | yes | Delft University of Technology |
- Learners can audit the Solar Energy online course and access most of the learning material for free.
- However, those who pay the certification fee will have full access to advanced course content, practical exercises, and the simulation assignment with peer review.
Solar Energy: Integration of Photovoltaic Systems in Microgrids Program Fee Structure
Training | Fees in INR |
Solar Energy: Integration of Photovoltaic Systems in Microgrids program | NA. |
Certification Fee | $250 |
Eligibility Criteria
A Science/Engineering bachelor’s degree is a prerequisite for joining the Solar Energy: Integration of Photovoltaic Systems in Microgrids program. Alternatively, you could complete the PV2x, PV1x, and PV3x programs, or otherwise study the three courses’ content, to the point where you have a firm grasp.
What you will learn
Learners will have a detailed comprehension of the following after completing the Solar Energy training:
- Centralized and decentralized control
- Topologies and layouts for microgrids
- Voltage regulation and active power control
- Microgrid protection and adaptive protection
- Microgrids and the ancillary services they provide
- Forecasting and evaluating different market policies
- Power electronics converters and their role in microgrids
- Advantages and disadvantages of implementing DC microgrids
- Fault current limitation and consequences of using a fault current source
- Differences between a virtual power plant, a microgrid, and a passive distribution grid
Admission Details
Step 1: To learn more about the Solar Energy: Integration of Photovoltaic Systems in Microgrids course, and to apply, go to the official edX website or click on this link: https://www.edx.org/course/solar-energy-integration-of-photovoltaic-systems-i
Step 2: To proceed to the registration page, click on the ‘Enrol’ button.
Step 3: If you are applying to a course on edX for the first time, you will have to enter your details and create an account. Another way is to use your existing Apple/Facebook/Microsoft/Google account to register. If you already have a registered account on edX, click on ‘Sign in’.
Step 4: Further instructions will appear on your screen. Keep following them till you get a message that confirms your enrolment with edX.
Application Details
Instead of filling out a full-length application form for the Solar Energy course, you only need to enter your basic information and create an account on edX. An even easier option is to register directly using your existing account on any of the following: Apple, Facebook, Microsoft, Google.
The Syllabus
- Welcome to PV4x
- MicroMaster Community
- Introduce Yourself
- Webinars
- Useful resources
- 1.1 Introduction to Microgrids
- 1.2 Definition of a Microgrid
- 1.3 Basic Concepts
- Microgrid Control Assignment 1
- 2.1 Components in Distribution and Transmission
- 2.2 Energy Storage Technologies
- 2.3 Optimal PV and Wind Sizing
- 2.4 Microgrid Layouts
- Microgrid Control Assignment 2
- 3.1 Power Electronic Interfaces
- 3.2 DC-DC Converters
- 3.3 DC Transformer
- 3.4 AC-DC and DC-AC Converters
- Microgrid Control Assignment 3
- The Exam
- 4.1 Traditional Frequency Control
- 4.2 Local Microgrid Control
- Microgrid Control Assignment 4
- 5.1 Microgrid Control
- 5.2 Centralized Control
- 5.3 Stability & Power Quality
- 5.4 Ancillary Services
- Microgrid Control Assignment 5
- The Exam
- 6.1 DC Technology & Standards
- 6.2 DC & Hybrid Layouts
- Microgrid Control Assignment 6
- 7.1 Protection Devices and Criteria
- 7.2 Protection Methods and Grounding
- 7.3 Faults in Microgrids
- 8.1 Examples of Microgrid Protection
- 8.2 Demonstration Sites
- The Exam
- What's next?
Instructors
Delft University of Technology Frequently Asked Questions (FAQ's)
You will require a 64-bit computer with 4 GB of RAM, and 5-6 GB of free space on the hard-drive.
The software that you will have to download for this course supports the following operating systems: OSX 10.10 (Yosemite), Windows (7 or newer), or more recent version, and Ubuntu (14.04 or 16.04).
There are four courses in the Solar Energy Engineering MicroMasters program. The Solar Energy course is the fourth and final one.
You will have to give two proctored exams if you apply to the MicroMasters certification program.
No. Only learners who pay the certification fee can participate in the simulation assignment.