My Interest in Microgrid Research

The picture was taken from Pixabay.com - I think I'm trying to say that I finally started it.

One of the research areas that I'm very fascinated with is Microgrid research. there are several reasons for this long fascination.

I heard about them in my final year group project in uni (UoM, Sri Lanka) and who can forget their FYP? (However, I was a lazy undergraduate and didn't do much about it)
They appear to solve many problems in the modern electric grid with high penetration of renewable energy sources.
Their islanded operation can provide electricity even in grid outages, which is both fascinating and helpful to critical loads. (eg. Hospitals, Water supply,..)

(Keep in mind that above is not the full potential of microgrids and I will compile a post on the full potential of microgrids in the future)

I'm currently working on microgrid research in UoM. The current research is "Design and development of a new Reconfigurable Architecture for Solar Photovoltaic Microgrid" and "Fast Demand Response in an Islanded Microgrid".

I'm planning to write about this research and many more areas related to engineering and sometimes other areas in this blog. This will be my own take on these areas and potentially help someone get some inspiration or knowledge.

Comments

How to program in R language in Jupyter Notebooks using Conda environments

In this blog post, we will discuss how to use conda environments to install the R kernel and program in R in Jupyter notebooks. 1. Install conda The first step in using conda environments is to install conda itself. You can download the conda installer from the Anaconda website and follow the instructions to install it on your system. Once you have conda installed, you can create and manage virtual environments. 2. Create a new conda environment To create a new conda environment, you can use the following command in your terminal: conda create -n myrenv This will create a new environment called "myenv" that you can use to manage your packages and dependencies. You can activate this environment by using the following command: conda activate myrenv 3. Install the R kernel Now that you have an active conda environment, you can use it to install the R kernel. You can do this by using the following command (you may have to press Enter key several times to finish the process): c...

Webinar Series on Smart Grid and Microgrids by Smart Grid Research Lab, University of Moratuwa

This webinar series is created by the Smart Grid Research Lab of the University of Moratuwa , Sri Lanka. As a research assistant and a Ph.D. student, I had the honor of organizing the series. The webinar series is titled "Discussion forum on Smart Grid and Microgrids". It will cover the fundamentals of Smart Grid and Microgrids and the research areas of Smart Grid Research Lab. The webinars will be uploaded to YouTube and created as a playlist . Check out the introduction to the webinar series and the lab by Prof. K. T. M. U. Hemapala.

Cracking the Black Box: Six Lenses for Understanding Deep Learning

Deep learning has revolutionised technology, giving us everything from uncannily smart chatbots to medical imaging that can spot diseases better than the human eye. Yet, for a long time, a central mystery has haunted the field: why do these enormous models work so well? According to classical statistics, a model with billions of parameters—far more than its training data—should fail spectacularly. It ought to memorise the data, noise and all, and be unable to generalise to new, unseen examples. But deep neural networks defy this wisdom. They generalise brilliantly. How do we explain this apparent magic? There isn't one single answer. Instead, researchers view the problem through several different theoretical "lenses." Here are six of the most important ones. 1. The Linearisation Lens: The Neural Tangent Kernel (NTK) ⚙️ The NTK offers a startling insight: what if, under the right conditions, a massively complex neural network is just a simple, linear model in disguise? The...

Kalhan's Blog

Search This Blog