Tank Farm Layout & Stress Analysis

Welcome to your course "A to Z design of rooftop solar power plant" this course is designed for the students who wants to endeavour their knowledge in rooftop solar power plant designing for their projects, for the solar technician who wants to know optimum power generation from the solar power plant, for the job seekers who wants to get jobs in solar industry, for the entrepreneur who wants to make career in solar energy.This course is the explains the very basic concept belongs to rooftop solar installation design. The one who is completing the course will able to do all manual design calculation which are required for designing any solar rooftop power plant. The learner of course will get scientific idea of each an every components needed for rooftop solar power plant.This course consist of 30 Sessions and 175 Lectures with practical demonstration of installation and connection of each an every components needed for solar rooftop power plant. It also includes the detail installation of solar power plant. One of the most importantly A case study of Design and installation of 10kW rooftop solar power plant with detail formula based calculation of Yearly Energy yield estimation, Specific Yield Estimation, Performance ratio, Decision of optimum capacity, sizing of Solar Panel, Solar Inverter, Solar Preassemble DC Cable, Main DC cable with Ampacity and voltage drop calculation, DC combiner box, AC combiner box, LT armoured cable Ampacity and voltage drop calculation, Net meter selection, Placing of solar array with optimum tilt angle, Graph of Monthly energy yield estimation and many more.What You’ll Learn (Curriculum Highlights)This course takes you from foundational theory through to hands-on application. You will master:Solar Fundamentals RadiationGHI, DNI, DHI, light spectrum, irradiation calculation formulas.Sun-Earth Angles Solar TimingAzimuth, Zenith, Air ma

Hi and welcome everyone to our course "Ultimate Power System Operation and Control"In this course, you are going to learn everything about power system operation and control starting from analyzing power system stability moving to system voltage and frequency control, ending with building an optimal economical power network.The course is structured as follows:Firstly, an overview on the power system stability is illustrated through the following topics:What is power system stability ?Types of disturbances affecting the power systemPower system stability classificationRotor angle stabilityFrequency stabilityVoltage stabilityThen, the next topic will be about the swing equation - the most important equation in power system transients. The following topics will be covered:Synchronous machine modellingTypes of synchronous machinesMachine reactances during transients.What is rotor angle ?Swing equation analysisAccelerating torque.Then, the next section will be about the single machine infinite bus system (SMIB) which is very important in power system studies. The following topics will be covered:Classical model for stability studiesPower angle curveSMIB before faultsSMIB during faultsSMIB after faultsThen, you are going to learn the everything about small signal stability analysis (SSSA). The following topics will be covered:Damping powerLinearization of swing equationSmall signal modelChecking system stabilityThe system time domain response

This course will take you onboard with World's Most Popular open source Learning management System - Moodle which is used by more than 400 million users around the globe. We will start from the scratch by getting Moodle installed on your system, followed by a gradual introduction to Moodle LMS.Moodle is a versatile and user-friendly platform trusted by educators and trainers worldwide for its robust features and customizable nature. Whether you're a teacher, trainer, entrepreneur, or industry expert, this course will walk you through the process of creating your very first online course using Moodle.Then we will dive deep into managing your Moodle course, we will also discuss about different activities and resources available in Moodle and how you can use them to create learning material for your students. We will cover all activities such as Assignment, Forum, Glossary, Wiki, Survey, Database, Lesson, Quiz, BigBlueButton etc. including all resource types such as Book, Page, URL, File, Folder etc.We will also cover Moodle Quiz, Question Bank and various Question types available in Moodle LMS before wrapping up with the introduction to Moodle gradebook.By the end of this course you will gain sufficient knowledge to start using Moodle on your own for teaching your students online through Moodle.

السلام عليكم ورحمة اللهاهلاً بك في كورس رصد تغير خط الساحل باستخدام نظم المعلومات الجغرافية والاستشعار عن بعد ، هذا الكورس موجة إلى كل من يهتم بتطبيقات نظم المعلومات الجغرافية والاستشعار عن بعد ، كما انه موجه أيضاً إلى طلاب تخصص الجغرافيا والهندسة المدنية ، و إلى طلاب الدراسات العليا خاصة الذين يهتمون بدراسة المناطق الساحلية .هنعرف في هذا الكورس ازاي نقوم بعمل هذا المشروع خطوة بخطوة بداية من تجميع البيانات الخاصة به حتى انتاج الخرائط ، وهذه الخطوات هي :1 – تجميع المصادر المختلفة لاستخراج خط الساحل .2 – معالجة البيانات .3 – التطبيق العملي على بيانات اللاندسات ، ومعرفة الطريقة الآلية واليدوية لإستخراج خط الساحل من هذه البيانات .4 – تحميل وتثبيت الأداة الخاصة بتحليلات خط الساحل ( DSAS ) Digital shoreline analysis system Tool .5 – استخدام اداة DSAS في معرفة التطور الذي حدث لخط الساحل ، وذلك بمعرفة مسافة التقدم والتراجع لخط الساحل في كل قطاع متعامد على خطوط السواحل ، وذلك بإنشاء قاعدة بيانات شخصية Personal Geodatabase ، حيث تتعامل هذه الأداة مع هذا النوع من قواعد البيانات فقط ، ثم يتم فيها تجميع خطوط السواحل ذات التواريخ المختلفة .6 – تأتي أخر و أهم خطوة في المشروع ، و هي الإخراج الفني للخرائط Layout ، سيتم في هذا المشروع انتاج ثلاث خرائط : توضح الخريطة الأولى ، معدل صافي حركة خط الساحل NSM والذي يحسب المسافة بالمتر ما بين أقدم وأحدث خط للساحل . أما الخريطة الثانية ، تبين مساحة التغير في المنطقة الساحلية ما بين تاريخين لخطين ساحليين . وأخيرا ، خريطة التنبأ بخط الساحل .

This course provides an introduction to GIS and especially the QGIS working environment. QGIS is open-source software and is one of the best software for beginners who are just starting their journey to learn GIS. The user-friendly interface with simplicity and flexibility to work even on sophisticated data makes it easier for beginners to learn the software.Apart from it, as we are using open-source software, you don have to pay anything in order to download and use it. All, the tools offered are free of cost . Today learning GIS is an absolute necessity in every field whether it's the environment, technology, natural resource management, earth science, or geology. GIS has applications in almost every field. The course is the first course introduced to students in a series of upcoming courses on QGIS. 1.This course is specially made for students, who want to start working with GIS software but are confused about where to start and what to learn first. 2. Each tool in QGIS will be explained with all the basic terminology and concept behind it .3. You will be able to generate a 2D map in QGIS.At the end of this course, students will be going to have a good understanding of all important tools used in QGIS and I assure you that they will hone their skills much better if they will follow each tutorial till the end and then practice that tutorial themselves. Only then you will be confident in what you have learned.

Description:Do you find GIS and Spatial Analysis books and manuals too vague? Do they lack or miss detailed explanations? Are they expensive and not practical? Are you looking for a course that will take you step-by-step through a real-life project that will help you master the skills and confidently approach problems on your own? If yes, then this might be the course for you.I am excited you found my raster analysis course. It provides a PRACTICAL approach to real-life raster data analysis tasks in popular and FREE, open-source software platforms.This course uses satellite datasets, downloaded from the USGS Earth Explorer, of the Casablanca, Morocco region. They will be used to provide practical hands-on experience in working with real-life raster datasets and demonstrate what questions raster data can help us answer.This practical hands-on course will provide you with the skills you’ll need to start analyzing raster data in your own projects. We will focus on learning the most important and widely encountered raster data analysis tasks in both SAGA GIS and QGIS. You can also IMPRESS your employer with an actual example of your raster data analysis capabilities!TAKE ACTION TODAY! I will personally support you and ensure your experience with this course and future courses you take are a success.What you will receive:High-quality step-by-step course instructions and guidance,A copy of the data used in this course for reference and/or to use in your own analysis projects,Help on where to obtain free raster datasets, andUnlimited access to this program through Udemy.