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Free Download Udemy - Energy Storage for Electric Vehicles (2025) Published: 4/2025 Created by: Tanzeel Ur Rehman . MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Level: All | Genre: eLearning | Language: English | Duration: 40 Lectures ( 2h 36m ) | Size: 897 MB Master Energy Storage Systems Used in Electric Vehicles-From Basics to Advanced Concepts What you'll learn Define energy storage and its role in electric vehicles. Explain the working principles of lithium-ion, solid-state, and other EV batteries. Describe the structure of an EV battery pack, including cells, modules, and cooling systems. Understand charge/discharge cycles, C-rate, state of charge (SoC), and depth of discharge (DoD). Requirements Familiarity with EV components like motors, batteries, and inverters is useful but not mandatory. A basic grasp of electricity concepts like current, voltage, power, and energy will help in understanding battery systems. No prior experience required, just curiosity about how EV batteries work and evolve. Ability to understand simple equations and units related to energy, efficiency, and power. This course focuses on concepts and applications, not coding or simulation tools (unless specified in advanced modules). Description Electric vehicles (EVs) are transforming the transportation industry, and at the heart of every EV lies a powerful and intelligent energy storage system. This course, "Energy Storage for Electric Vehicles," offers a comprehensive introduction to the technologies, components, and principles behind energy storage systems used in modern EVs.Whether you're a student, engineer, EV enthusiast, or professional entering the electric mobility space, this course is designed to provide you with practical, easy-to-understand knowledge-starting from the basics and gradually advancing to more complex topics.In this course, you'll dive into battery technologies such as lithium-ion, solid-state, and emerging alternatives. You'll learn how EV batteries are structured-from individual cells to entire battery packs-and how they store and deliver energy. We will also explore critical concepts like energy density, power density, state of charge (SoC), depth of discharge (DoD), and C-rate.A major focus of this course is understanding the Battery Management System (BMS)-the brain behind the battery pack. You'll discover how BMS ensures safe operation, monitors health, balances charge levels, and prevents hazards like thermal runaway.Additionally, you'll gain valuable insights into charging technologies including Level 1, Level 2, and DC fast charging, as well as the role of supercapacitors and hybrid storage systems. We'll also cover thermal management systems, safety standards, and recycling practices that are critical to the longevity and sustainability of EV batteries.What You'll Learn:The role of energy storage in electric vehiclesWorking principles of various EV battery chemistriesBattery pack architecture: cells, modules, and configurationKey performance metrics of EV batteriesFunctions and design of Battery Management Systems (BMS)Charging methods and infrastructureSupercapacitors and hybrid energy storage systemsThermal management and safety systemsFuture trends: solid-state, sodium-ion, and second-life batteriesWho this course is for :Engineering students and graduates (electrical, electronics, mechanical, etc.)EV enthusiasts and hobbyistsAutomotive and energy industry professionalsEntrepreneurs and product developers in the EV domainResearchers, educators, and policy-makers interested in EV technologiesNo prior experience with EVs or battery systems is needed-just a curiosity and eagerness to learn! The course is structured to explain technical concepts in simple, visual, and engaging ways, with real-world examples and applications.By the end of the course, you'll have a solid understanding of how energy storage works in electric vehicles and how it is shaping the future of clean transportation.Enroll now and become part of the EV revolution! Who this course is for Especially those in electrical, mechanical, electronics, automotive, or renewable energy streams who want to build a strong foundation in EV battery systems. Individuals passionate about electric vehicles who want to understand how energy storage works in EVs-from battery chemistry to charging technologies. Engineers and technical staff looking to transition into or grow within the electric mobility industry. Those working in energy, sustainability, or electric vehicle research and development. Founders and product developers who want a practical, technical understanding of energy storage systems to inform business decisions. People involved in EV policy, sustainability planning, or urban mobility who want to learn the technical basics to better guide strategies and decisions. Homepage: https://www.udemy.com/course/energy-storage-for-electric-vehicles/ [b]AusFile[/b] https://ausfile.com/6667f50utsn7/hnber.Energy.Storage.for.Electric.Vehicles.2025.rar.html Rapidgator https://rg.to/file/ddf79013b10b94bc314233aaef8bbee4/hnber.Energy.Storage.for.Electric.Vehicles.2025.rar.html Fikper Free Download https://fikper.com/g4ZG2QnWYK/hnber.Energy.Storage.for.Electric.Vehicles.2025.rar.html No Password - Links are Interchangeable

Free Download Udemy - Ultimate Electric Power Generation Engineering Masterclass Published: 4/2025 Created by: Amr Saleh MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Level: All | Genre: eLearning | Language: English | Duration: 210 Lectures ( 30h 45m ) | Size: 13.1 GB Your guide in Electrical Generating Stations, Economics, and Control: Steam, Gas, Hydro, Nuclear, Solar, Wind, and MORE! What you'll learn Understand the role of electric power generation in modern life Identify the different sources of energy used for power generation Learn how energy is converted into electric energy Explore the main units of energy and how they relate to each other Realize the calorific value of fuels Discover how a steam power station works from start to finish Recognize the function of each component in a steam power plant Understand how to choose a suitable site for a steam power plant Learn how to calculate the efficiency of steam power stations Explore the basics of nuclear energy and how nuclear fission generates power Identify the key parts of a nuclear reactor and their functions Understand the safety measures and risks in nuclear power generation Learn how internal combustion engines are used to generate electricity Realize the role of diesel and gas turbines in IC power stations Understand how combined cycle power plants improve efficiency Explore the working principle of hydroelectric power generation Identify all the main components in a hydro power plant Differentiate between various types of hydro power stations Calculate the power and energy output of a hydro station Dive into how solar photovoltaic (PV) systems generate electricity Explore the design and equipment of utility scale PV power plants Learn how solar panels are installed and maintained Understand how concentrated solar power (CSP) plants operate Discover the different types of CSP systems Discover the different types of solar thermal receivers Explore how thermal energy storage is used in CSP systems Understand the working of wind turbines and wind energy conversion Identify the wind turbine design and equipment Identify the best sites for wind power generation Analyze wind turbine characteristics and power output curves Learn how geothermal energy is extracted and converted to electricity Explore the different types of geothermal power plants Understand how biomass is used to produce electricity Identify the technologies involved in biomass combustion and gasification Understand how alternators work inside power stations Explore the construction and types of alternators Analyze alternator performance parameters and power angle curves Discover how alternator voltage and frequency are controlled Learn how load frequency control (ALFC) and automatic voltage regulation (AVR) work Identify different types of exciters used in power stations Understand load curves, connected load, maximum load, and average demand Understand demand factor, load factor, diversity factor, capacity factor Determine how to select the number and size of generating units based on load data. Learn the difference between peak power plants and base load plants and when each is used. Explore fixed, and running costs involved in power generation. Calculate total generation cost, depreciation, and interest using real examples. Understand how electricity tariffs are structured and why they vary by consumer type. Realize different factors affecting the tariff selection Compare different types of tariffs, such as flat rate, block rate, demand , power factor and time-of-use tariffs. Understand what power factor means and how it affects electrical systems. Recognize the problems caused by a low power factor, such as increased losses and poor efficiency. Learn practical methods to improve power factor using capacitor banks and synchronous condensers. Identify the most economical power factor for minimizing energy costs and maximizing annual savings Requirements Basic knowledge of electrical engineering Passion to learn almost everything about power generation engineering area No advanced math needed Description Hi and welcome everyone to our course " Ultimate Electric Power Generation Engineering Masterclass"In this course, you are going to learn everything about electrical power generation area starting from understanding how electric power is generated using a wide range of technologies and energy sources through power stations, moving to realize everything about alternators and their control systems in power plants, ending with analyzing loads on power stations focusing on power plant economy and electricity pricing structures.Thus, this course will be your complete guide in one of the main areas of power engineering: (power generation engineering) The course Structure Each section is clearly structured, loaded with solved examples, and explained in simple terms to help you master each concept with confidence. The course consists of 16 sections as follows:____1. Introduction to power engineering____Get the basics right through learning about energy sources, how electricity is generated, and how different units of energy relate to each other. All these outlines are discussed:Importance of electrical energyGeneration of electrical energySources of energyUnits of energyEfficiencyCalorific value of fuelsE- book of the course____2. Steam (Thermal) Power Stations____Understand how steam power plants work, the role of boilers, turbines, condensers, and more. Learn about their advantages, limitations, and how to choose a suitable site through the following topicsTypes of generating stationsPrinciples of steam power plantsAdvantages and disadvantagesEquipment of steam power stationsChoice of site for steam power plantsEfficiency of thermal power plants____3. Nuclear Power Stations____Dive into nuclear fission, the structure of reactors, safety systems, and the pros and cons of nuclear energy through the following outlines: What is nuclear energy ?Concept of nuclear fissionChain reactionNuclear reactorAdvantages and disadvantagesSelection of Site for Nuclear Power Station____4. Internal Combustion Power Stations____Explore diesel, gas turbine, and combined cycle power plants and their working principles.How internal combustion engines are used to generate electricityThe working and equipment of gas power plantUnderstand how combined cycle power plants improve efficiencyThe working and equipment of diesel generator____5. Hydro Power Stations____Learn how water is used to generate electricity, different types of hydro plants, and how to calculate their power and energy output.Working principle of hydro power plant.Equipment of hydro power plant.Storage (Reservoir) Hydro-powerRun of River hydro powerWaterfall Hydro-powerPumped Storage Hydro powerEnergy and power calculations____6. Solar Photovoltaic (PV) Power Plants____This detailed section explains everything about solar energy from solar cell basics to system design and installation of utility scale PV power plants.Global contribution of renewable energy sources.Working of PV power plant.PV systems configurationsEquipment of large-scale PV power plantPV panels.Grid tied inverters (GTI).Pros and Cons.Efficiency of PV solar power plant.____7. Concentrated Solar Power (CSP) Plants____Understand how CSP systems work, their types, and the role of thermal storage. The following outlines are discussed:Working principle of solar thermal plants.Equipment of solar thermal power plants.Parabolic trough systemsLinear Frensal systemsPower tower systemsParabolic dish/engine systemsTypes of Solar receivers.Examples of largest solar thermal power plants____8. Wind Power Plants ( Wind Farms)____Master wind energy through covering turbine design, site selection, and output analysis.Working of wind power plants.Types and sizes of wind turbines.Wind turbine design.Wind turbine power calculations.Wind turbine power curve.Planning of wind power plants.Types of wind farms.Energy production of wind power plant.____9. Geothermal Power Stations____Learn how heat from the earth is converted into electricity and the different plant types used through the following topics:What is geothermal energy ?Working principle of geothermal power plants.Dry steam power plants.Flash steam power plant.Binary cycle power plant.Advantages and disadvantagesExamples of geothermal power plants____10. Biomass Power Stations____Explore how organic materials are turned into electrical energy using various technologies.Biomass as an energy source.Working principle of biomass power plants.Biomass power generation technologiesAdvantages and disadvantagesExamples of largest biomass power plants.____11. Alternators in Power Stations____Understand alternator construction, operation, modelling, and performance features through the following topics:Construction and working principle of alternators.Types of alternators.Generated voltage equation.Alternator model.Performance of alternators.Power angle curve of alternator.____12. Alternator Control Systems____Learn about alternator control systems for voltage and power regulation and different types of exciters used in alternators.Automatic voltage regulator (AVR)Automatic load frequency controller (ALFC)Types of excitersDC exciterBrushless exciterStatic exciter____13. Loads on power stations____Analyze demand, diversity, and load factors. Understand load curves, peak and base loads, and how to plan generating capacity through the following detailed topicsVariable loads on power stationsLoad curvesTerms related to loading conditionsFactors related to variable loadingLoad duration curveSelection of number and sizes of generating unitsBase load and peak load plants____14. Power Plant Economy____Learn to calculate generation costs, depreciation, and interest, and understand the economics behind power production.Economics of power generation.Fixed and running costsCost of electrical energy.Interest and depreciation.Methods of determining depreciation.____15. Electricity Tariff____Explore how electricity is priced, what affects tariff structures, and the various types of tariffs used.Tariff objective and characteristics.Factors affecting Tariff selection.Types of Tariff.____16. Power Factor Correction____Understand what power factor means, its impact, and how to improve it using capacitor banks and synchronous condensers.Power factor definition.Effects of low power factor.Power factor improvement.Capacitor banksSynchronous condenserMost economical power factor.So, if you are Looking for a COMPREHENSIVE course about Electric Power Generation Engineering ?If your answer is YES, then you're definitely in the right place. Who this course is for Electrical engineering students who want a solid understanding of power generation systems Professionals and engineers looking to refresh or expand their knowledge in energy and power plants. Instructors or educators who want a structured and example-rich resource to teach from. 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Free Download Udemy - Alternative Energy for Electric Vehicles Published: 4/2025 Created by: Tanzeel Ur Rehman . MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Level: All | Genre: eLearning | Language: English | Duration: 40 Lectures ( 2h 21m ) | Size: 848 MB Drive the Future: Powering EVs with Clean, Green Energy What you'll learn Learn how EVs work, their types, and how they differ from conventional internal combustion engine vehicles. Gain knowledge about solar, wind, hydro, and bioenergy, and how they can be harnessed to power EVs. Study different battery technologies and storage solutions used in EVs, especially in combination with alternative energy. Understand how to design systems where alternative sources directly or indirectly charge EVs. ssess the carbon footprint, lifecycle analysis, and overall sustainability of using alternative energy for EVs. Requirements Familiarity with fundamental concepts in physics and chemistry can aid in grasping topics related to energy generation and storage. While not mandatory, having a basic knowledge of electric vehicle components and operations can enhance comprehension. Description Step into the future of clean transportation with Alternative Energy for Electric Vehicles! This course is your gateway to understanding how green energy sources like solar, wind, and bioenergy are revolutionizing the electric vehicle (EV) landscape.Whether you're a student, engineer, sustainability enthusiast, or just curious about the eco-friendly tech behind EVs, this course breaks down complex energy systems into easy-to-understand concepts. You'll explore how alternative energy powers vehicles, how storage systems like batteries and supercapacitors come into play, and what it takes to create a sustainable energy infrastructure for electric mobility.Packed with real-world examples, technical insights, and future-forward ideas, this course will give you the tools and knowledge to drive innovation in the EV and renewable energy space.This course explores alternative technologies for electric vehicles (EVs) beyond traditional lithium-ion batteries, covering innovations like solid-state batteries, hydrogen fuel cells, supercapacitors, and metal-air batteries. Students will analyze the advantages, challenges, and future potential of these solutions, gaining insights into their feasibility, environmental impact, and commercialization status. Designed for engineers, entrepreneurs, researchers, and EV enthusiasts, the course combines expert-led video lectures, case studies, and interactive discussions to provide a comprehensive understanding of next-generation energy storage and propulsion systems shaping the future of sustainable transportation. Who this course is for Particularly those in electrical, mechanical, energy, or environmental engineering, who want to understand the intersection of renewable energy and electric vehicle technology. Anyone passionate about electric vehicles and curious about powering them with sustainable energy sources. Individuals working in EV manufacturing, renewable energy companies, or energy policy roles looking to expand their knowledge in this growing field. Teachers, professors, or trainers in the fields of green technology, sustainability, or transportation systems. People committed to reducing carbon footprints and promoting clean energy solutions. Start-up founders or business-minded individuals interested in renewable energy applications, electric mobility, or green infrastructure. Homepage: https://www.udemy.com/course/alternative-energy-for-electric-vehicles/ [b]AusFile[/b] https://ausfile.com/f7pkjjazkhm3/mwqsg.Alternative.Energy.for.Electric.Vehicles.rar.html Rapidgator https://rg.to/file/2b7b02d12ba9297f926ac80828e98b81/mwqsg.Alternative.Energy.for.Electric.Vehicles.rar.html Fikper Free Download https://fikper.com/RbKQVShqV4/mwqsg.Alternative.Energy.for.Electric.Vehicles.rar No Password - Links are Interchangeable

Free Download Udemy - Electric Vehicle (EV) Infrastructure and Charging Systems Published: 3/2025 Created by: ProjectEngPro Engineering and Project Management MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Level: Beginner | Genre: eLearning | Language: English | Duration: 24 Lectures ( 4h 10m ) | Size: 1.75 GB Master EV charging systems, site planning, ROI models, V2G, policy, fast charging & wireless tech for real-world use. What you'll learn Understand EV charging types, levels, and standards like CCS, CHAdeMO, Type 2, and DC fast charging across global markets. Learn how to plan and deploy EV charging stations, including site selection, grid integration, and hardware components. Explore business models for EV charging networks, from subscription plans to pay-per-use and free charging models. Analyze EV charging ROI, costs, and revenue streams with real-world case studies and a hands-on ROI calculator. Study EV infrastructure regulations, incentives, and policies shaping deployment in the U.S., Europe, and China. Discover how smart charging, load balancing, and grid demand management enhance network efficiency. Understand vehicle-to-grid (V2G) and wireless charging technologies driving the future of EV charging. Learn from case studies like Tesla's Supercharger network and China's nationwide fast-charging rollout. Explore investment opportunities and market trends in EV charging for entrepreneurs and professionals. Design a small-scale EV charging business model in the final project to apply your knowledge practically. Requirements No prior EV knowledge needed - this course starts with the basics and builds up to advanced EV charging infrastructure concepts. Basic understanding of energy or engineering concepts is helpful, but not required-everything is clearly explained step-by-step. An interest in electric mobility, sustainability, or infrastructure planning will help you get the most out of the learning experience. Description Unlock the future of transportation and energy with the EV Charging Infrastructure & Business Masterclass - your complete guide to the fastest-growing sector in clean mobility.Electric vehicles (EVs) are transforming the global transportation landscape, and at the heart of this revolution is one critical enabler: charging infrastructure. Whether you're an engineer, entrepreneur, policymaker, or energy professional, understanding how EV charging systems work-and how to plan, deploy, and monetize them-is becoming essential.This comprehensive course is designed to turn you into a well-rounded EV infrastructure expert. You'll gain deep insights into charging technologies, infrastructure deployment, business models, regulations, smart grid integration, and emerging innovations like wireless charging and vehicle-to-grid (V2G).What you'll learn:The fundamentals of EV charging and why infrastructure is key to adoptionCharging types and global standards (AC, DC, Level 1-3, CCS, CHAdeMO, GB/T)How to plan, design, and deploy charging stations for public and private networksGrid integration, energy demand management, and smart charging techniquesBusiness models, ROI strategies, and case studies of profitable charging networksGlobal policy frameworks and regulations shaping the EV charging ecosystemReal-world case studies from Tesla, China, Europe, and the U.S.Future tech: Wireless charging, ultra-fast networks, battery swapping, and moreHow to develop your own EV charging business or contribute to national infrastructureWho this course is for :Engineers and technicians in EV, power, or renewable energyEntrepreneurs, startup founders, and investors targeting the EV sectorUtility professionals and smart grid plannersUrban planners, sustainability officers, and policymakersAutomotive professionals and anyone passionate about the EV transitionWhy This Course Matters:The global EV market is projected to exceed 300 million vehicles by 2030. As demand surges, the need for accessible, reliable, and smart charging infrastructure will skyrocket-creating massive opportunities in engineering, infrastructure development, policy, and business.This course not only equips you with the technical knowledge to understand EV charging-it also gives you the tools to plan, implement, and lead real-world projects. With included tools like ROI calculators, infrastructure templates, and access to exclusive reports, you'll be empowered to take action.Join thousands of professionals building the infrastructure for the clean mobility future. Whether you want to build a business, land a new job, or understand the most critical pillar of the EV ecosystem, this course is your roadmap.Enroll now and take charge of the EV revolution. Who this course is for Engineers and technicians in the EV, power, or energy sector looking to deepen their knowledge of EV charging infrastructure. Entrepreneurs and investors exploring opportunities in the rapidly growing EV charging industry and mobility sector. Urban planners and policymakers seeking to understand how EV charging networks impact city design and sustainability. Utility and grid professionals aiming to integrate EV charging into smart grid and load management strategies. Automotive professionals and OEMs interested in charging technologies, connectors, and standards. Renewable energy professionals who want to expand their knowledge into the intersection of EVs, solar, and grid storage. Students in energy, electrical, or mechanical engineering looking to build real-world knowledge of EV charging systems. EV charging station operators or installers aiming to understand planning, ROI, and hardware selection. Government officials and regulators working on transport electrification policies and EV infrastructure deployment. 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Free Download Udemy - Solar Energy for Electric Vehicles Published: 3/2025 Created by: Tanzeel Ur Rehman . MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Level: All | Genre: eLearning | Language: English | Duration: 40 Lectures ( 1h 51m ) | Size: 678 MB Harnessing Solar Power for EV & Charging: Sustainable Solutions for Clean Mobility What you'll learn Understand the basics of solar energy and its potential in transportation. Learn about different types of electric vehicles (EVs) and their energy Requirements. Explain how solar panels generate electricity and convert sunlight into usable energy. Understand the efficiency and performance factors of photovoltaic (PV) systems. Learn how solar energy can be integrated into EV charging. Explore the role of solar-powered charging stations and their impact on EV adoption. Learn about cars with built-in solar panels and their practical applications. Understand how solar energy is stored and managed for EV charging. Gain practical knowledge in designing a small-scale solar charging system. Identify the technical and economic challenges of solar energy for EVs. Requirements Familiarity with concepts like voltage, current, and power. No prior experience needed, but a passion for EVs and solar power is beneficial. Ability to perform simple calculations related to energy consumption and solar panel efficiency. Awareness of how electric vehicles work can help but is not mandatory. The course is designed for beginners, professionals, and enthusiasts alike. Description As the world transitions toward sustainable transportation, solar energy is emerging as a key solution for powering electric vehicles (EVs). This course explores how solar power can be used to charge EVs, reduce energy costs, and promote a cleaner future.What You'll Learn:Basics of Solar Energy - How solar panels convert sunlight into electricityEV Charging with Solar Power - Home-based, commercial, and vehicle-integrated solutionsSolar-Powered Charging Stations - How they work and their role in EV infrastructureVehicle-Integrated Photovoltaics (VIPV) - EVs with built-in solar panelsBattery Storage & Energy Management - Storing solar energy for EV useEconomic & Environmental Benefits - Cost savings and sustainability impactChallenges & Future Trends - Innovations in solar-powered mobilityWho Should Take This Course?EV Owners & Enthusiasts - Learn how solar charging can reduce fuel costsSustainability Advocates - Discover clean energy solutions for transportationStudents & Researchers - Gain insights into solar-powered EV technologiesSolar & EV Industry Professionals - Expand your knowledge of renewable energy integrationEntrepreneurs & Business Owners - Explore opportunities in solar EV chargingWhy Take This Course?Beginner-friendly - No prior technical experience requiredReal-world Applications - Learn from practical examples of solar EV systemsFuture-focused - Stay ahead of innovations in clean energy mobilityBy the end of this course, you will have a comprehensive understanding of how solar energy can power electric vehicles, reduce carbon footprints, and transform transportation.Enroll now and start your journey into solar-powered electric mobility. Who this course is for Individuals who own or plan to buy an electric vehicle and want to explore solar-powered charging options. People passionate about clean energy and sustainability looking to understand how solar energy can power transportation. Engineering, physics, and environmental science students wanting to learn about solar energy applications in mobility. Technicians, engineers, and consultants in the solar and EV industry. Startups and companies exploring opportunities in solar-powered EV charging stations and infrastructure. Government officials, policymakers, and city planners focusing on sustainable transportation solutions. Homepage: https://www.udemy.com/course/solar-energy-for-electric-vehicles/ Rapidgator https://rg.to/file/ccb36bd4cf7a521948de7f408579c2ce/kjjwu.Solar.Energy.for.Electric.Vehicles.rar.html Fikper Free Download https://fikper.com/QkuGbX6Y0B/kjjwu.Solar.Energy.for.Electric.Vehicles.rar.html No Password - Links are Interchangeable

Free Download Udemy - Hybrid Electric Vehicle Design and Analysis Published: 3/2025 MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Language: English | Duration: 8h 1m | Size: 5.05 GB Fundamentals of Electrical System, Matlab and Simulink, System Modelling and Battery Management System, E-Scooter Design What you'll learn Fundamentals of Electrical Systems and Electrical Terminology MATLAB Basics Simulink Basics System Modeling and Simulation using Simulink and Simscape Introduction to Battery Technology for Electric Vehicle E-Scooter Design EV and ICE Vehicles Requirements BE/B. Tech Students and fresh engineering graduates who want to launch their careers in the EV industry. No skills or experience required for taking this course. Description This is the course where student can learn about Electric Vehicle, their performance, market values, their Structure knowledge, Basics of Electric Vehicle, their application, Matlab and Simulink Modelling, Learning of Battery Management system. The Hybrid Electric Vehicle field has a great demand in the Engineering sector where students can specialize in multiple fields such as Designing, CAE, CFD, FEA Design, etc. To be eligible for Hybrid Electric Vehicle Courses students should pursue a bachelor's degree in relevant disciplines like BTech, EV Manufacturing, etc.This Course is offers a comprehensive understanding of the principles, technologies, and applications of electric mobility. This course is designed for students, professionals, engineers, and enthusiasts who seek to explore the rapidly evolving field of electric and hybrid electric vehicles (EVs and HEVs) and their pivotal role in sustainable transportation. Electric and hybrid electric vehicles represent a paradigm shift in the automotive industry, aiming to reduce carbon emissions, dependence on fossil fuels, and mitigate environmental impact. Through a series of engaging lectures, interactive assignments, quizzes, and discussions, parti[beeep]nts will embark on a journey to explore the following key topics: By the end of the course, parti[beeep]nts will have gained a holistic understanding of electric and hybrid electric vehicles, enabling them to contribute to the advancement of sustainable transportation solutions. Who this course is for BE/B. Tech Students and fresh engineering graduates who want to launch their careers in the EV industry and working professionals who are looking to upskill and transition into a career in EV Industry ideal for candidates from engineering disciplines like electrical, electronics, mechanical and automobile engineering. Homepage: https://www.udemy.com/course/hybrid-electric-vehicle-design-and-analysis/ Rapidgator https://rg.to/file/6071fde0ac1b630512fcee3f6261e5c1/jwcch.Hybrid.Electric.Vehicle.Design.and.Analysis.part1.rar.html https://rg.to/file/0b93994bb53bc1daad111edaf0e8d886/jwcch.Hybrid.Electric.Vehicle.Design.and.Analysis.part2.rar.html https://rg.to/file/c546f1b66fc324fa6b8bcda3f860b475/jwcch.Hybrid.Electric.Vehicle.Design.and.Analysis.part3.rar.html https://rg.to/file/f2cf58b1599dcb36f30a28c7f4895cbc/jwcch.Hybrid.Electric.Vehicle.Design.and.Analysis.part4.rar.html https://rg.to/file/094dd9a94de6a22834276538f5ccb3bc/jwcch.Hybrid.Electric.Vehicle.Design.and.Analysis.part5.rar.html https://rg.to/file/2a7a2f50d07c31ad4f4db53ddd059c80/jwcch.Hybrid.Electric.Vehicle.Design.and.Analysis.part6.rar.html Fikper Free Download https://fikper.com/zaWzusydIy/jwcch.Hybrid.Electric.Vehicle.Design.and.Analysis.part1.rar.html https://fikper.com/llJPZVL8Uw/jwcch.Hybrid.Electric.Vehicle.Design.and.Analysis.part2.rar.html https://fikper.com/2nbukImp4U/jwcch.Hybrid.Electric.Vehicle.Design.and.Analysis.part3.rar.html https://fikper.com/EiGpRbybnS/jwcch.Hybrid.Electric.Vehicle.Design.and.Analysis.part4.rar.html https://fikper.com/ownfIJZnLg/jwcch.Hybrid.Electric.Vehicle.Design.and.Analysis.part5.rar.html https://fikper.com/UlfycgPTTX/jwcch.Hybrid.Electric.Vehicle.Design.and.Analysis.part6.rar.html No Password - Links are Interchangeable

Free Download Learn Guitar Chords Electric & Acoustic for All Levels Published 10/2024 Created by Marc Barnacle MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Genre: eLearning | Language: English | Duration: 19 Lectures ( 1h 55m ) | Size: 2.48 GB Master beginner, intermediate, advanced guitar chords. Open chords, sus and add chords, 7ths, inversions, music theory What you'll learn Open chords in the 1st position Suspended Chords Add Chords 7ths Inversions Music Theory Scale Shapes Order of Chords An emphasis on expressing yourself & discovering your own creative abilities Requirements Limited experience required Complete beginners, up to intermediate players can take this course Even more advanced players can take ideas & inspiration from what is covered Description Guitar chords are a thing of beauty! They improve guitar technique, expand your knowledge of music theory and help you discover that something special when delving in to the world of songwriting. And with some simple changes, you're able to open up the guitars fretboard and unlock a huge variety of tones, moods and musical possibilities.If you're a beginner who can play a few open guitar chords, then this course will help expand your knowledge and overall playing ability. If you're more towards an intermediate level of playing, then there will be a range of ideas and tips for how you can maximise your musicianship and gain some new understanding along the way. Even more advanced guitar players can take something from this course. This course will cover:Open chords in the 1st positionSuspended chordsAdd chords7thsInversionsSome introductions to music theory with scale shapes & the order of chordsAn emphasis on expressing yourself & discovering your own creative abilitiesBy the end of this course, you will have fully explored the fretboard, improved your overall playing ability & increased the creative options available to you.For your reference, there is a chord box pdf attached.I love hearing from students and am available for any questions, so please reach out any time on Udemy or email.I wish you all the best with your guitar learning journey!P.S. Your journey doesn't need to end here. I have multiple courses covering other instruments. So if you would like to take your musical development further, then visit my profile or search the titles below:GUITARBeginner Guitar Lessons: Learn Guitar - The Complete GuideFingerstyle Guitar Lessons - Beginner FingerpickingBASS GUITARBeginner Bass Guitar Lessons: A Complete GuideUKULELEBeginner Ukulele Lessons: Complete Guide To Playing UkuleleBackground music used:Music track: Imagine by LukremboFree Vlog Music Without CopyrightMusic track: Dreamscape by PufinoCopyright Free Music for VideosMusic track: Jay by LukremboCopyright Free Background Music Who this course is for Guitar players looking to build confidence & creativity Homepage https://www.udemy.com/course/learn-guitar-chords-electric-acoustic-for-all-levels/ Screenshot Rapidgator https://rg.to/file/4f44f5391822185c1fbca9485a2f5654/mkucn.Learn.Guitar.Chords.Electric..Acoustic.for.All.Levels.part2.rar.html https://rg.to/file/5bf891c29616c6de9819d83707169f84/mkucn.Learn.Guitar.Chords.Electric..Acoustic.for.All.Levels.part3.rar.html https://rg.to/file/70382c679555daca96a618e547d3ca40/mkucn.Learn.Guitar.Chords.Electric..Acoustic.for.All.Levels.part1.rar.html Fikper Free Download https://fikper.com/MtDah2Ohpe/mkucn.Learn.Guitar.Chords.Electric..Acoustic.for.All.Levels.part3.rar.html https://fikper.com/hNvzxA9Ilc/mkucn.Learn.Guitar.Chords.Electric..Acoustic.for.All.Levels.part1.rar.html https://fikper.com/ncMplBOtGZ/mkucn.Learn.Guitar.Chords.Electric..Acoustic.for.All.Levels.part2.rar.html No Password - Links are Interchangeable

Free Download Everything About Electric Power Steering Published 10/2024 Created by Automotive Diagnosis MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Genre: eLearning | Language: English | Duration: 26 Lectures ( 1h 27m ) | Size: 744 MB EPS Introduction, Application, Components and Diagnosis What you'll learn You will learn to explain the main features and operation of electric power steering. You will learn to identify the type of electric power steering including the "Column type" , "Pinion Type" and "Rack type". You will learn to identify all components of EPS and explain their functions. Including torque and steering angle sensors, EPS ECU, EPS motor. You will learn to read and analyze the EPS wiring diagram. You will learn to diagnose EPS with scan tool & perform calibration. You will learn to explain fault codes on electric power steering. Requirements Anyone can learn from this course. Description This course covers everything about "Electric Power Steering System".We start by talking about power steering system evolution by addressing Hydraulic, Electrohydraulic and Electric Power Steering systems.Then we dive into all different types of electric power steering system.Generally there are three main designs of EPS including Column Type, Pinion Type and Rack Type EPS System. In this course we talk about all those designs, how they function and how to diagnose them.Some components inside an EPS assembly play important roles in EPS operation, they include Torque sensor, Steering angle sensor, EPS ECU and EPS Motor.In this course we talk about Magnetic and Optical Torque sensor and how they function.We will also see how we can read and analyze the EPS wiring diagram. We will see the diagram in detail for one car, and wiring layout for two more cases.We have a practical approach in this course, so we dismantle two EPS assemblies to discuss the internal components and operation.We also show you how you can use a scan tool to diagnose the EPS system, using the Live Data or by performing the steering angle sensor calibration.We also take a look at EPS possible fault codes and we discuss the possible causes for those fault codes. Who this course is for Automotive Engineers Automotive Students Automotive technicians Automotive Electricians Automotive Mechanics Automotive Diagnosticians Electrical Technicians Homepage https://www.udemy.com/course/everything-about-electric-power-steering/ Screenshot Rapidgator https://rg.to/file/82fe70f7bcc729163381af61cc5f5594/proaa.Everything.About.Electric.Power.Steering.rar.html Fikper Free Download https://fikper.com/cqEp8ZeKNH/proaa.Everything.About.Electric.Power.Steering.rar.html No Password - Links are Interchangeable

Free Download Ev Basics - Understanding The World Of Electric Vehicles Published 10/2024 MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz Language: English | Size: 2.12 GB | Duration: 3h 43m Introduction to Electric Vehicles What you'll learn Understand key forces acting on EVs and apply them to calculate the required motor power for efficient vehicle operation. Identify and explain different motor types used in EVs and understand their operational principles. Explore EV motor control systems, covering essentials of speed, torque, and efficiency management. Learn battery pack design fundamentals, the role of battery management systems, and the basics of EV charging stations. Requirements There are no prerequisites for taking this course! All you need is a passion for learning about electric vehicle technology and a curiosity to explore the fundamentals of EV systems. Whether you're a complete beginner or have some background in engineering, this course is designed to guide you step-by-step into the world of electric vehicles. Description This Introduction to Electric Vehicles course provides a comprehensive foundation in electric vehicle technology, perfect for beginners and those looking to start a career in the EV industry. As electric vehicles reshape the transportation landscape, understanding their fundamentals has become crucial. This course begins with an exploration of the key forces acting on EVs and how they influence motor power requirements, giving you insight into efficient vehicle design. You will then dive into the various types of motors used in EVs, covering their unique operational principles and strengths for different EV applications.Additionally, you'll learn about the essentials of battery technology, including the design of battery packs, the role of battery management systems (BMS) in maintaining battery health, and best practices for battery safety. The course also introduces the different types of EV charging stations, focusing on their functions, efficiency, and usage scenarios. Finally, you'll explore future trends in EV technology, including advancements in motor control, new charging methods, and emerging sustainable practices in the EV sector.By the end of this course, you'll have a well-rounded understanding of the essential components and design considerations of electric vehicles, empowering you with the knowledge to either pursue further studies in EV technology or kickstart a career in this exciting and rapidly growing field. Overview Section 1: Course Overview Lecture 1 Structure of Course Section 2: Introduction Lecture 2 Types of Electric Vehicles Lecture 3 Different types of Forces Lecture 4 Calculation of Traction Force Lecture 5 Motor Torque Calculation Lecture 6 Peak Power Calculation of EV Section 3: Electric Motors and Controls Lecture 7 Types of Electric Motors Lecture 8 Controls system of Motors Lecture 9 Power Electronic Converters in EV's Section 4: Batteries and Battery Management System (BMS) Lecture 10 Basics of Batteries Lecture 11 Battery Pack Lecture 12 Battery Management System Section 5: EV Charging Technologies and Future Trends Lecture 13 Charging Technologies Lecture 14 Future Trends in Electric Vehicles This course is for anyone interested in understanding the basics of electric vehicles, from curious beginners to aspiring professionals. It's perfect for students, engineers, or professionals looking to start a career in the EV industry and gain foundational knowledge of EV technology, including forces, motors, control systems, batteries, and future trends. If you're passionate about the future of sustainable transportation, this course will provide a strong starting point for your journey into the world of electric vehicles. Screenshot Homepage https://www.udemy.com/course/ev-basics-understanding-the-world-of-electric-vehicles/ Rapidgator https://rg.to/file/4ce5e01fcf7b8ae8f35a3bea09fc329c/ylsbk.Ev.Basics.Understanding.The.World.Of.Electric.Vehicles.part2.rar.html https://rg.to/file/c86284a216a9bfbdf3140124056e562d/ylsbk.Ev.Basics.Understanding.The.World.Of.Electric.Vehicles.part1.rar.html https://rg.to/file/cc217b071d8b32f1ad1ac315487f9c20/ylsbk.Ev.Basics.Understanding.The.World.Of.Electric.Vehicles.part3.rar.html Fikper Free Download https://fikper.com/G4cKkfBxHs/ylsbk.Ev.Basics.Understanding.The.World.Of.Electric.Vehicles.part2.rar.html https://fikper.com/PU1R2B02OL/ylsbk.Ev.Basics.Understanding.The.World.Of.Electric.Vehicles.part1.rar.html https://fikper.com/uKzY4bDkf4/ylsbk.Ev.Basics.Understanding.The.World.Of.Electric.Vehicles.part3.rar.html No Password - Links are Interchangeable

Free Download Electric Vehicle (EV) Charging Infrastructure Planning Published 10/2024 Created by OSS Academy MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Genre: eLearning | Language: English | Duration: 69 Lectures ( 3h 30m ) | Size: 2.48 GB Guide for your Sustainable Learnings What you'll learn Introduction to Electric Vehicles and Charging Infrastructure Introduction to Electric Vehicles (EVs) Types of Electric Vehicles Advantages of Electric Vehicles Evolution of the Electric Vehicle Market Importance of Charging Infrastructure for EV Adoption Challenges and Opportunities Regulatory Landscape Role of Stakeholders in EV Adoption International Perspectives Types of Electric Vehicle Charging Overview of Charging Technologies Slow vs. Fast Charging Charging Standards and Connectors Charging Infrastructure Deployment Strategies Role of Smart Charging in Infrastructure Development Site Selection for Charging Stations Business Models for Charging Infrastructure Economic Considerations Regulatory and Policy Considerations Grid Capacity and Integration Issues Future Trends in Charging Infrastructure Successful Charging Infrastructure Deployments Site Selection and Planning Factors Influencing Site Selection Regulatory Considerations Infrastructure Requirements and Constraints Integration with Existing Infrastructure User Experience and Convenience Future-Proofing and Scalability Cost-Benefit Analysis Public Outreach and Community Engagement Security and Safety Measures Analysis of Successful Site Selection and Planning Grid Integration and Power Management Understanding the Electrical Grid Grid Impact Assessment Power Management Strategies Energy Storage Integration Vehicle-to-Grid (V2G) Technology Grid Interoperability Grid Resilience and Reliability Overcoming Grid Constraints Data Management and Analytics Grid Integration Challenges and Solutions Technology and Equipment Overview of Charging Station Components Charging Station Architectures Charging Station Installation EV Charging Connectors and Cables Communication Protocols Smart Charging Technologies Advanced Charging Technologies Battery Technologies Thermal Management Systems User Interface and Experience Maintenance and Monitoring Systems Business Models and Funding Business Models for EV Charging Infrastructure Revenue Generation Strategies Funding Sources for EV Charging Infrastructure Financial Planning for Charging Infrastructure Funding Allocation and Budgeting Business Strategies and Market Positioning Risk Management Strategies Case Studies and Best Practices Importance of Case Studies in EV Charging Infrastructure Case Studies on Successful Charging Infrastructure Deployments Lessons Learned from Past Charging Infrastructure Projects Best Practices in Planning and Design Operational Excellence and Maintenance Financial Sustainability and Funding Strategies Inclusivity and Social Impact Environmental Sustainability Technological Innovation and Integration Requirements No prior experience is needed. You will learn everything about Electric Vehicle (EV) Charging Infrastructure Planning of Solar Power Plant in this course Description In this course you will learn following points in detail:Introduction to Electric Vehicles and Charging InfrastructureIntroduction to Electric Vehicles (EVs)Types of Electric VehiclesAdvantages of Electric VehiclesEvolution of the Electric Vehicle MarketImportance of Charging Infrastructure for EV AdoptionChallenges and OpportunitiesRegulatory LandscapeRole of Stakeholders in EV AdoptionInternational PerspectivesTypes of Electric Vehicle ChargingOverview of Charging TechnologiesSlow vs. Fast ChargingCharging Standards and ConnectorsCharging Infrastructure Deployment StrategiesRole of Smart Charging in Infrastructure DevelopmentSite Selection for Charging StationsBusiness Models for Charging InfrastructureEconomic ConsiderationsRegulatory and Policy ConsiderationsGrid Capacity and Integration IssuesFuture Trends in Charging InfrastructureSuccessful Charging Infrastructure DeploymentsSite Selection and PlanningFactors Influencing Site SelectionRegulatory ConsiderationsInfrastructure Requirements and ConstraintsIntegration with Existing InfrastructureUser Experience and ConvenienceFuture-Proofing and ScalabilityCost-Benefit AnalysisPublic Outreach and Community EngagementSecurity and Safety MeasuresAnalysis of Successful Site Selection and PlanningGrid Integration and Power ManagementUnderstanding the Electrical GridGrid Impact AssessmentPower Management StrategiesEnergy Storage IntegrationVehicle-to-Grid (V2G) TechnologyGrid InteroperabilityGrid Resilience and ReliabilityOvercoming Grid ConstraintsData Management and AnalyticsGrid Integration Challenges and SolutionsTechnology and EquipmentOverview of Charging Station ComponentsCharging Station ArchitecturesCharging Station InstallationEV Charging Connectors and CablesCommunication ProtocolsSmart Charging TechnologiesAdvanced Charging TechnologiesBattery TechnologiesThermal Management SystemsUser Interface and ExperienceMaintenance and Monitoring SystemsBusiness Models and FundingBusiness Models for EV Charging InfrastructureRevenue Generation StrategiesFunding Sources for EV Charging InfrastructureFinancial Planning for Charging InfrastructureFunding Allocation and BudgetingBusiness Strategies and Market PositioningRisk Management StrategiesCase Studies and Best PracticesImportance of Case Studies in EV Charging InfrastructureCase Studies on Successful Charging Infrastructure DeploymentsLessons Learned from Past Charging Infrastructure ProjectsBest Practices in Planning and DesignOperational Excellence and MaintenanceFinancial Sustainability and Funding StrategiesInclusivity and Social ImpactEnvironmental SustainabilityTechnological Innovation and Integration Who this course is for Electric Vehicle Manufacturers Engineering Students Electric Vehicle Investor Electric Vehicle Developer Electric Vehicle Engineers Homepage https://www.udemy.com/course/electric-vehicle-ev-charging-infrastructure-planning/ Screenshot Rapidgator https://rg.to/file/01625b8c51f6253c8088f34fe5a931bd/xnqye.Electric.Vehicle.EV.Charging.Infrastructure.Planning.part1.rar.html https://rg.to/file/2c1cff65dd2623a8b45fe799444f26e8/xnqye.Electric.Vehicle.EV.Charging.Infrastructure.Planning.part2.rar.html https://rg.to/file/7a9c0e00b7b8789985d470abfd9bff21/xnqye.Electric.Vehicle.EV.Charging.Infrastructure.Planning.part3.rar.html Fikper Free Download https://fikper.com/GRkf2Hg70r/xnqye.Electric.Vehicle.EV.Charging.Infrastructure.Planning.part3.rar.html https://fikper.com/OaYQ6D45ps/xnqye.Electric.Vehicle.EV.Charging.Infrastructure.Planning.part2.rar.html https://fikper.com/Z4y2TKVYVY/xnqye.Electric.Vehicle.EV.Charging.Infrastructure.Planning.part1.rar.html No Password - Links are Interchangeable

Free Download Electric Power System Stability - Fundamentals Published 10/2024 MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz Language: English | Size: 4.28 GB | Duration: 5h 16m Power system stability What you'll learn Identify, interpret, and predict the performance of electrical power systems during steady-state and transient conditions. Identify the modeling requirements for studying various steady-state and transient phenomena. Outline and interpret different ways for representing power system components including various controllers. Outline and interpret various concepts related to power system stability. Predict and estimate suitable criteria for analysis of power systems for different parameters, operating, and initial conditions. Identify, analyze, and evaluate acceptable solutions of problems based on physical and operational limits of power system components. Use of computer software in solving power system problems. Requirements Basics of electrical engineering. Description The course provides detailed presentations of steady-state performance and stability analysis of electric power systems. The handled problems cover the effects of various controllers and conditions on the performance and stability of power systems. The considered issues include but are not limited to, steady-state performance and equilibrium, and various stability studies as well as ways and measures for enhancing power system stability. The use of software tools is carefully considered in this course for validating the theories as well as practical considerations. The objectives of the course include but are not limited to, 1. Model, simulate, and analyze electric power systems as affected by different steady state and electromechanical transient phenomena.2. Study the effect, and propose mitigation techniques for some problems related to power systems in steady state and transient conditions.3. Perform, analyze, and evaluate steady-state and transient conditions in electric power systems equipped with different types of excitation and speed control systems.4. Analyze and predict the performance of simplified power systems using different stability criteria.5. Understand various stability phenomena and use suitable approaches for analyzing them and enhancing the stability levels.5. Use software tools such as PSAT and ETAP to solve power system stability problems. Overview Section 1: Introduction Lecture 1 Introduction to electric power system stability Section 2: Steady-State Lecture 2 Steady-state performance and equilibrium of simple electric power systems Section 3: Small-Signal Stability Analysis (SSSA) Lecture 3 SSSA - Part 1: Classical Model Lecture 4 SSSA - Part 2: Field Dynamics Section 4: Transient Stability (TS) Lecture 5 TS - Part 1: EAC & TD Simulation Lecture 6 TS - Part 2: Enhancement Section 5: Voltage Stability (VS) Lecture 7 VS simplified analysis Section 6: Other Stability Studies: Frequency, Converter-driven, and Resonance Lecture 8 Other Stability Studies Section 7: Exam Electric power & energy engineers.,Electric power & energy students.,Operation engineers. Screenshot Homepage https://www.udemy.com/course/electric-power-system-stability-fundamentals/ Rapidgator https://rg.to/file/5f1333c6f11de143dacad4d2d8502607/pqpuf.Electric.Power.System.Stability..Fundamentals.part5.rar.html https://rg.to/file/6efef36d994d073e855d411e16049dc9/pqpuf.Electric.Power.System.Stability..Fundamentals.part2.rar.html https://rg.to/file/846212f0d40d784369ebb80d604b2834/pqpuf.Electric.Power.System.Stability..Fundamentals.part1.rar.html https://rg.to/file/b9dc700aad3878d2ab4a85977faf48bd/pqpuf.Electric.Power.System.Stability..Fundamentals.part4.rar.html https://rg.to/file/cbbb58786da4d40af7fb3f4817215752/pqpuf.Electric.Power.System.Stability..Fundamentals.part3.rar.html Fikper Free Download https://fikper.com/FgU6WLo6XZ/pqpuf.Electric.Power.System.Stability..Fundamentals.part1.rar.html https://fikper.com/Yn9CTjROXh/pqpuf.Electric.Power.System.Stability..Fundamentals.part3.rar.html https://fikper.com/bTICmbChOK/pqpuf.Electric.Power.System.Stability..Fundamentals.part4.rar.html https://fikper.com/gCLMS3B6RK/pqpuf.Electric.Power.System.Stability..Fundamentals.part2.rar.html https://fikper.com/moSJCvdnKC/pqpuf.Electric.Power.System.Stability..Fundamentals.part5.rar.html No Password - Links are Interchangeable

Free Download Electric Guitar Kickstart Conquer Rgt Step Grade Published 10/2024 MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz Language: English | Size: 3.62 GB | Duration: 2h 7m Unlock Your Guitar Potential with Step-by-Step Lessons for Aspiring Musicians What you'll learn How to pass Step Electric Guitar for Registry of Guitar Tutors Exam Learn your first guitar chords Learn your first guitar scales Learn how to improvise lead guitar Learn how to play rhythm guitar Requirements No experience needed. You will learn everything you need to know. An electric guitar is ideal, but at this level, any 6 string guitar will be fine. Description Are you ready to kickstart your journey into the world of electric guitar? This comprehensive course is designed to guide you through the foundational levels of the Registry of Guitar Tutors (RGT) syllabus, covering Step Grade. Whether you're a complete beginner or looking to solidify your basic skills, this course provides everything you need to confidently progress through these essential grades.What You'll Learn:Step Grade: Begin your journey with the basics, including how to hold and tune your guitar, understanding open strings, and playing simple melodies and chords.Course Highlights:Step-by-step video lessons that break down each topic into easy-to-follow segments.Practice exercises and backing tracks to help you apply what you've learned.Tips and techniques to improve your playing and ensure you're ready for your RGT exams.Guidance on how to approach RGT exams, including what to expect and how to prepare effectively.By the end of this course, you'll have a solid understanding of the key concepts and techniques required for RGT Step Grade. Whether you're preparing for exams or simply looking to improve your skills, this course is your gateway to becoming a confident electric guitarist.Enroll now and take the first step towards mastering the electric guitar! Overview Section 1: Welcome to the course! Lecture 1 Welcome video - Please watch this first! Section 2: Scales Lecture 2 A Natural Minor Scale Lecture 3 C Major Scale Lecture 4 G Pentatonic Major Scale Lecture 5 E Blues Scale Section 3: Chords Lecture 6 All the Chords Lecture 7 Chord Sequence 1 Lecture 8 Chord Sequence 2 Lecture 9 Chord Sequence 3 Lecture 10 Chord Sequence 4 Lecture 11 Chord Sequence 5 Lecture 12 Chord Sequence 6 Lecture 13 Chord Sequence 7 Lecture 14 Chord Sequence 8 Lecture 15 Chord Sequence 9 Lecture 16 Chord Sequence 10 Lecture 17 Chord Sequence 11 Lecture 18 Chord Sequence 12 Lecture 19 Chord Sequence 13 Lecture 20 Chord Sequence 14 Lecture 21 Chord Sequence 15 Section 4: Rhythm playing Lecture 22 Strum Patterns Lecture 23 Rhythm Patterns Lecture 24 Rhythm Guitar Sequence 1 Lecture 25 Rhythm Guitar Sequence 2 Lecture 26 Rhythm Guitar Sequence 3 Lecture 27 Rhythm Guitar Sequence 4 Lecture 28 Rhythm Guitar Sequence 5 Lecture 29 Rhythm Chord Sequence 1 Lecture 30 Rhythm Chord Sequence 2 Lecture 31 Rhythm Chord Sequence 3 Lecture 32 Rhythm Chord Sequence 4 Lecture 33 Rhythm Chord Sequence 5 Lecture 34 Rhythm Chord Sequence 6 Lecture 35 Rhythm Chord Sequence 7 Lecture 36 Rhythm Chord Sequence 8 Lecture 37 Rhythm Chord Sequence 9 Lecture 38 Rhythm Chord Sequence 10 Section 5: Lead playing Lecture 39 Guitar Solo - A Natural Minor Lecture 40 Guitar Solo - C Major Lecture 41 Guitar Solo - E Blues Lecture 42 Guitar Solo - G Pentatonic Major Section 6: Spoken Test Lecture 43 Overview of Spoken Test Section 7: Aural assessment Lecture 44 Overview of Aural assessment Complete beginners wanting to learn how to play the guitar Screenshot Homepage https://www.udemy.com/course/rokbox-electric-guitar-rgt-step-grade/ Rapidgator https://rg.to/file/663cb399f3cbddbc1cbc20908345d50b/zsygx.Electric.Guitar.Kickstart.Conquer.Rgt.Step.Grade.part2.rar.html https://rg.to/file/9adb31264ab0a43550d569891ef9348a/zsygx.Electric.Guitar.Kickstart.Conquer.Rgt.Step.Grade.part4.rar.html https://rg.to/file/a563e7ea36618580d72ccff2a0a8d49c/zsygx.Electric.Guitar.Kickstart.Conquer.Rgt.Step.Grade.part1.rar.html https://rg.to/file/abd99dd4dcad30dc28a76420540f34b3/zsygx.Electric.Guitar.Kickstart.Conquer.Rgt.Step.Grade.part3.rar.html Fikper Free Download https://fikper.com/5F7KCOrvZ6/zsygx.Electric.Guitar.Kickstart.Conquer.Rgt.Step.Grade.part2.rar.html https://fikper.com/NV1G8o0o4b/zsygx.Electric.Guitar.Kickstart.Conquer.Rgt.Step.Grade.part4.rar.html https://fikper.com/fxSZUE9U6L/zsygx.Electric.Guitar.Kickstart.Conquer.Rgt.Step.Grade.part1.rar.html https://fikper.com/rxPxIcWzkW/zsygx.Electric.Guitar.Kickstart.Conquer.Rgt.Step.Grade.part3.rar.html No Password - Links are Interchangeable

Free Download Charging Stations for Electric Vehicles Published 10/2024 MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Language: English | Duration: 3h 29m | Size: 1.43 GB Master the Essentials of EV Charging Infrastructure, Types of Chargers, Installation, and Future Trends in Electric Mobi What you'll learn Learners will gain a solid understanding of how electric vehicle (EV) charging stations work, the different types available, and their essential components. Learners will be able to distinguish between Level 1, Level 2, and DC fast chargers, understanding the key differences in power output, charging time, and use c Students will explore the growing infrastructure for EV charging, including public, private, and workplace charging solutions. Learners will be familiar with the necessary installation requirements for EV charging stations, including electrical grid considerations, permits, and the role Requirements A foundational knowledge of how electric vehicles work, including components like batteries and motors, will help learners grasp charging-related topics more easily. Description Are you curious about electric vehicle (EV) charging stations and their role in the future of transportation? Whether you're an EV owner, a professional in the automotive industry, or simply interested in sustainable energy solutions, this course is designed to provide you with all the knowledge you need about charging stations for electric vehicles.In "Charging Stations for Electric Vehicles," you'll explore the essentials of EV charging infrastructure, from understanding how different types of chargers work to analyzing installation requirements and the future of charging technology. You'll gain insights into key charging networks, installation best practices, and the financial aspects of running a charging station business.What You Will Learn:The basics of EV charging stations and their componentsThe different types of EV chargers (Level 1, Level 2, and DC fast chargers) and their use casesHow to find and use public and private EV charging stationsInstallation requirements and considerations for EV charging stationsMajor EV charging networks and how they operateCost analysis and business opportunities in EV charging infrastructureEmerging technologies in EV charging, including wireless charging and vehicle-to-grid (V2G) systemsEnvironmental and economic benefits of adopting EV charging infrastructureWho This Course is For:Electric Vehicle Owners who want to optimize their charging options and understand the best solutions for their vehicles.Automotive Industry Professionals looking to deepen their knowledge of the EV charging market.Sustainability Enthusiasts who are interested in the role of electric vehicles in reducing emissions.Entrepreneurs and Investors interested in the growing business opportunities in the EV charging industry.Electricians and Installers seeking to specialize in EV charging station installation.Real Estate Developers aiming to add EV charging as a valuable amenity to properties.Policy Makers and Urban Planners looking to incorporate EV infrastructure into future city designs.Anyone curious about the future of electric mobility and sustainable energy solutions.Why Enroll in This Course?The demand for electric vehicles is rising, and the need for charging infrastructure is expanding rapidly. This course gives you the tools and insights to understand the EV charging ecosystem, from the basics of charging technologies to the advanced innovations shaping the future. By the end of the course, you'll be equipped with the knowledge to navigate the growing EV charging industry, whether for personal use, professional growth, or business opportunities.Join us now and become a part of the electric vehicle revolution! Who this course is for Individuals who currently own or are planning to purchase an electric vehicle. Automotive engineers, technicians, or sales professionals working with electric vehicles or interested in transitioning to EV-related roles. Individuals with a strong interest in renewable energy, sustainability, or environmental conservation. Homepage https://www.udemy.com/course/charging-stations-for-electric-vehicles/ Screenshot Rapidgator https://rg.to/file/3d6c8ef537f7d3a34133ce4a1142c1e0/hbwvn.Charging.Stations.for.Electric.Vehicles.part2.rar.html https://rg.to/file/be057bd4542d9595b367df2088b04dac/hbwvn.Charging.Stations.for.Electric.Vehicles.part1.rar.html Fikper Free Download https://fikper.com/oCEPCgSoUZ/hbwvn.Charging.Stations.for.Electric.Vehicles.part2.rar.html https://fikper.com/yItmOIRdFj/hbwvn.Charging.Stations.for.Electric.Vehicles.part1.rar.html No Password - Links are Interchangeable

Free Download Batteries for Electric Vehicles Published 10/2024 Created by Tanzeel Ur Rehman . MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Genre: eLearning | Language: English | Duration: 40 Lectures ( 3h 3m ) | Size: 1.2 GB Master the Essentials of EV Battery Technology: Types, Performance, and Future Trends What you'll learn Learners will grasp the fundamental concepts of how batteries work, including key components and their functions within electric vehicles (EVs). Students will be able to differentiate between various types of EV batteries, such as Lithium-ion, solid-state, and Nickel-Metal Hydride batteries, and their pr They will understand the chemistry behind battery technologies and how different materials affect battery performance, energy density, and lifespan. Learners will be able to assess battery performance metrics such as capacity, range, charging speed, and efficiency, and how these influence the overall perform Requirements Familiarity with basic concepts in electricity and energy, such as voltage, current, and power, will help learners grasp battery technologies more easily. Description Electric vehicles (EVs) are revolutionizing the automotive industry, and at the heart of this transformation is the battery. Whether you're an EV enthusiast, automotive professional, or simply curious about the future of transportation, this course will provide you with a comprehensive understanding of EV battery technology. From the basics of how batteries work to the latest advancements in battery management and charging, this course covers it all.What You'll LearnIn this course, you'll explore different types of batteries used in electric vehicles, such as Lithium-ion and solid-state batteries, and understand how they power modern EVs. You'll also dive deep into important concepts like battery capacity, energy density, charging rates, and the role of battery management systems (BMS) in ensuring safety and efficiency. We will also examine the environmental impact of EV batteries and future trends shaping the industry.By the end of this course, you'll have the knowledge to evaluate EV battery performance, understand the lifecycle and sustainability of these batteries, and stay ahead of emerging battery technologies.Key Topics CoveredIntroduction to EV Battery Technology: Learn the fundamentals of how electric vehicle batteries work and the role they play in the EV ecosystem.Types of EV Batteries: Explore different types of batteries used in electric vehicles, including Lithium-ion, solid-state, and other emerging technologies.Battery Performance Metrics: Understand key performance indicators such as capacity, energy density, range, and efficiency.Battery Management Systems (BMS): Discover how BMS ensures the safety, longevity, and efficiency of EV batteries.Charging Technology: Learn about various EV charging options, including slow, fast, and DC fast charging, and how they impact battery health.Battery Lifecycle and Sustainability: Analyze the lifecycle of EV batteries, from production to recycling, and their environmental implications.Future Trends in Battery Technology: Stay updated with cutting-edge innovations like solid-state batteries, new materials, and ultra-fast charging.Who Should Take This Course?This course is perfect for:EV enthusiasts and hobbyists who want to deepen their knowledge of battery technology.Automotive professionals looking to stay current with the latest EV battery advancements.Engineers and students interested in specializing in electric vehicle technologies.Entrepreneurs, investors, and business professionals exploring opportunities in the electric vehicle industry.Sustainability advocates and policymakers interested in the environmental impact of EV batteries.Why Take This Course?Electric vehicles are the future of transportation, and the demand for EV battery technology is growing rapidly. By understanding the key aspects of EV batteries, you can position yourself at the forefront of this exciting and evolving industry. Whether you're looking to improve your career prospects, make informed investment decisions, or simply stay informed, this course offers the insights and knowledge you need.Enroll today and get ready to unlock the future of electric vehicle battery technology! Who this course is for Individuals interested in electric vehicles and sustainable energy who want to gain a deeper understanding of the battery technologies powering EVs. Engineers, mechanics, and technicians working in or transitioning to the electric vehicle industry who want to enhance their knowledge of EV batteries, charging systems, and battery management. 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Free Download Udemy - Power Electronics for Electric Vehicles Published 9/2024 Created by Tanzeel Ur Rehman . MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Genre: eLearning | Language: English | Duration: 40 Lectures ( 3h 1m ) | Size: 1.36 GB Master the Essentials of Power Electronics for EV Systems: Converters, Motor Drives, and EV Charging Technologies What you'll learn: Grasp fundamental concepts of power electronics, including the role of converters, inverters, and power management in electric vehicle systems. Learn about different power semiconductor devices (e.g., IGBTs, MOSFETs) used in electric vehicles, their characteristics, and their impact on efficiency and pe omprehend how DC-DC converters, DC-AC inverters, and other power electronic circuits operate and their importance in energy conversion for electric vehicles. Understand how power electronics drive electric vehicle motors (AC and DC motors), control their speed, torque, and efficiency. Requirements: Basic Knowledge of Electrical Engineering Understanding of fundamental concepts in electricity and magnetism, such as voltage, current, resistance, and power. Familiarity with basic electrical components (resistors, capacitors, inductors) and circuits. 2. Familiarity with Semiconductor Devices Basic knowledge of semiconductor materials and devices, such as diodes and transistors (BJT, MOSFET), will help in understanding power electronic components. 3. Introductory Understanding of Power Electronics Some exposure to power electronics concepts, such as converters, inverters, and rectifiers, can be helpful but is not always mandatory. Courses typically start from a fundamental level. 4. Basic Circuit Theory Understanding of DC and AC circuit analysis, including Ohm's Law, Kirchhoff's Laws, and simple circuit calculations (RLC circuits). 5. Interest in Electric Vehicle Technology General knowledge of electric vehicles, their components (motors, batteries), and their operation will give context to how power electronics are applied. 6. Familiarity with Basic Mathematics Knowledge of algebra and basic calculus is often necessary for analyzing circuits and understanding waveform control, though some courses may keep the math light. 7. Computer Skills Comfort using simulation software like MATLAB/Simulink, LTspice, or any other circuit design and analysis tools may be beneficial, as some courses may include practical modeling and simulations. 8. Willingness to Learn Motivation to explore new concepts, especially in power electronics, renewable energy, and electric vehicle technology, as this is a rapidly evolving field. While these prerequisites are not always mandatory, having a background in these areas will help learners grasp more complex topics and move through the course more easily. Courses may also provide introductory sections for those without a strong technical background. Description: Unlock the world of Power Electronics for Electric Vehicles in this expertly designed Udemy course! Power electronics are at the heart of electric vehicles, playing a crucial role in energy conversion, motor control, and battery management. In this course, you will explore:Fundamentals of power electronics and their importance in EVs.DC-DC converters, inverters, and chargers used in EV systems.Motor control techniques for smooth and efficient EV operation.Battery management systems (BMS) for optimal performance and longevity.Real-world applications of power electronics in modern electric vehicles.A key focus is on motor drive systems, where power electronics control key functions like motor speed, torque, and overall efficiency. The course also dives into the role of power electronics in EV charging, explaining how AC and DC fast-charging technologies operate, manage energy, and ensure safety.Designed for engineers, students, and EV enthusiasts, this course offers a blend of theory and practical examples to help you understand and apply the latest technologies in EV power systems. By the end of this course, you will have the knowledge and skills to design, analyze, and optimize power electronics for electric vehicles, enhancing your career in this fast-growing industry.Join now and drive the future of electric mobility! Who this course is for: This course is designed for a wide range of learners who want to deepen their understanding of power electronics and its application in the rapidly growing field of electric vehicles (EVs). The following types of learners will find the course content valuable: Electrical and Electronics Engineering Students: Undergraduate or graduate students looking to expand their knowledge of power electronics and how it plays a critical role in electric vehicle systems. EV Enthusiasts and Technologists: Individuals with a passion for electric vehicles who want to understand how EV power systems work, including converters, inverters, and motor drive technology. Automotive Engineers: Professionals in the automotive industry seeking to upskill and learn the power electronic systems used in electric and hybrid vehicles to enhance their career opportunities. Electrical and Electronics Technicians: Technicians who work on or aspire to work on electric vehicle systems and need practical knowledge of power electronics, charging systems, and motor drives. Renewable Energy Enthusiasts: Individuals interested in green technology and renewable energy applications who want to explore how power electronics are used to optimize electric vehicle performance and energy efficiency. Power Electronics Engineers: Engineers with experience in power electronics who want to specialize in electric vehicles, learning advanced topics such as battery management systems, regenerative braking, and charging infrastructure. Entrepreneurs and Innovators in the EV Industry: Entrepreneurs who want to dive into the technical aspects of EV systems, equipping themselves with the knowledge needed to innovate and create solutions for the electric vehicle market. Anyone Interested in Sustainable Transportation: Individuals curious about the future of transportation and energy systems who want to gain insight into the technology driving electric vehicle adoption and its environmental impact. 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Cycling Electric - June 2024 English | 134 pages | True PDF | 124.9 MB Cycling Electric is the home of e-bikes. It's packed with advice on choosing the right e-bike, as well as tips on using and maintaining your e-bike, and reviews of the latest models and accessories. From the same people who created the multi-award-winning Cyclist magazine, Cycling Electric magazine was launched in the UK in 2019 to meet the growing interest in e-bikes. Cycling Electric magazine is available three times a year, and covers all types of e-bikes, including commuter bikes, folding, cargo, e-mountain bikes, road and gravel e-bikes and conversion kits. [img=https://ddownload.com/images/promo/banner_240-32.png] https://ddownload.com/p4e3rb76wj90 https://rapidgator.net/file/2bc8a1f1746b021f15673e4acc711105/ https://turbobit.net/v5ihl6q91tb6.html

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Jimi Hendrix - Electric Ladyland [50th Anniversary Edition] (2018) [96kHz/24bit] Label: Experience Hendrix, Legacy Country: USA Genre: Rock,Psychedelic rock,Hard rock Quality: FLAC (*tracks) Bitrate: Lossless [96kHz/24bit] Time: 1:15:42 Full Size: 1,68 GB In celebration of the 50th anniversary of the release of The Jimi Hendrix Experience masterpiece Electric Ladyland, Experience Hendrix and Legacy Recordings present a special Deluxe Edition box set that gives the listener an amazingly intimate look into the making of the most fully realized, cohesive project of Hendrix's entire career. The original stereo mixes in uncompressed 24 bit/96 kz high resolution audio. https://hotlink.cc/folder/2805e442-69bf-11ed-a2c7-0cc47ac4f47e Hendrix Covers http://nitroflare.com/view/DCA7597D2F8833A/Covers.part3.rar http://nitroflare.com/view/927C21B5C95017C/Covers.part1.rar http://nitroflare.com/view/6A7D2C1F722D3E8/Covers.part2.rar

Jimi Hendrix - Electric Ladyland [50th Anniversary Edition] (2018) Blu-ray Genre: | Label: Experience Hendrix, Legacy | Year: 1968/2018 | Quality: Blu-ray Audio | Video: MPEG-4 AVC Video / 13981 kbps / 1080p / 23,976 fps / 16:9 | Audio: LPCM 2.0 / 96 kHz / 4608 kbps / 24-bit; LPCM Audio 5.1 / 96 kHz / 13824 kbps / 24-bit; DTS-HD MA 5.1 / 96 kHz / 9172 kbps / 24-bit | Time: 02:42:39 | Size: 46.39 GB In celebration of the 50th anniversary of the release of The Jimi Hendrix Experience masterpiece Electric Ladyland, Experience Hendrix and Legacy Recordings present a special Deluxe Edition box set that gives the listener an amazingly intimate look into the making of the most fully realized, cohesive project of Hendrix's entire career. Blu-Ray: includes the acclaimed full-length documentary At Last... The Beginning: The Making of Electric Ladyland, the first 5.1 surround sound mix of the entire original album ever overseen by Hendrix s original engineer Eddie Kramer plus the original stereo mixes in uncompressed 24 bit/96 kz high resolution audio. Tracklist: Download: Hotlink.cc https://hotlink.cc/folder/280ea9d1-f96e-11e8-a73f-4c72b9e6bb68 Ex-load.com https://ex-load.com/folder/7392dd0c-f987-11e8-acdb-386077052d8e Covers http://nitroflare.com/view/DCA7597D2F8833A/Covers.part3.rar http://nitroflare.com/view/927C21B5C95017C/Covers.part1.rar http://nitroflare.com/view/6A7D2C1F722D3E8/Covers.part2.rar

Electric Light Orchestra - Secret Messages [1983] (2018) FLAC [192kHz/24bit] Label: Epic/Legacy Country: UK Genre: Progressive rock,Symphonic rock Quality: FLAC (*tracks) Bitrate: Lossless [192kHz/24bit] Time: 01:11:56 Full Size: 2.59 GB Tracklist: 01. Secret Messages (4:43) 02. Loser Gone Wild (5:27) 03. Bluebird (4:13) 04. Take Me On And On (4:59) 05. Stranger (4:29) 06. No Way Out (3:28) 07. Letter From Spain (2:59) 08. Danger Ahead (3:47) 09. Four Little Diamonds (4:10) 10. Train Of Gold (4:22) 11. Endless Lies (3:35) 12. Buildings Have Eyes (4:04) 13. Rock 'N' Roll Is King (3:14) 14. Mandalay (5:19) 15. Time After Time (3:56) 16. After All (Shorter Version) (0:40) 17. Hello My Old Friend (8:31) Xubster.com https://xubster.com/users/10795/2166/Electric Light Orchestra - Sec

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Pet Shop Boys - Electric Tour (2013) HDTV Screenshots: Setlist: 01 - Axis 02 - One More Chance / A Face Like That 03 - Opportunities (Let's Make Lots of Money) 04 - Memory of the Future ('New Single Mix' version) 05 - Fugitive 06 - Integral 07 - I Wouldn't Normally Do This Kind of Thing 08 - Suburbia 09 - I'm Not Scared 10 - Fluorescent 11 - West End Girls 12 - Somewhere (Leonard Bernstein cover) 13 - Leaving 14 - Thursday 15 - Love Etc. 16 - I Get Excited (You Get Excited Too) 17 - Rent 18 - Miracles 19 - It's a Sin Encore: 20 - Domino Dancing 21 - Always on My Mind (Brenda Lee cover) 22 - Go West (Village People cover) 23 - Vocal (with "It's Alright" snippet) Info: Genre: Synthpop | Electro Quality: HDTVRip | 1080p Format: MKV | 7852kbps Length: 01:38:00 | 5.81Gb Video: H.264 | 1920x1080 | 16:9 | 29.970fps Audio: AC3 | 384kbps | 48kHz | 2 channels: L R Language: English https://www.keeplinks.co/p84/5a51ceb177ea8 pass: galexandersHD Attention: Files are subject to expiration and can be automatically deleted if their not downloaded 30 days after the last download.

Electric Light Orchestra - Zoom Tour Live (2001) Electric Light Orchestra - Zoom Tour Live Genre: Rock,Art Rock Year: 2001 Source: DVD9 Playtime: 01:38:30 Video Kodek: MPEG2 Audio Kodek: DTS,AC3 Video: NTSC 16:9 (720x576) VBR,29,970 fps,7 500 kb/s Audio: DTS,48Hz,24 bits,1 510 kb/s,6 channels Audio 2: AC3,48Hz,16 bits,448 kb/s,6 channels Audio 3: AC3,48Hz,16 bits,224 kb/s,2 channels Size: 6.94 GB 1. Do Ya 2. Evil Woman 3. Showdown 4. Strange Magic 5. Livin' Thing 6. Alright 7. Lonesome Lullaby 8. Telephone Line 9. Turn to Stone 10. Just For Love 11. Easy Money 12. Mr. Blue Sky 13. Ma-Ma-Ma Belles 14. One Summer Dream 15. Tightrope 16. State of Mind 17. Can't Get It Out Of My Head 18. Moment In Paradise 19. 10538 Overture 20. Ordinary Dream 21. Shine A Little Love 22. Don't Bring Me Down 23. Roll Over Beethoven Linki Przemienne rapidu https://rapidu.net/8022963885/ https://rapidu.net/4322963910/ https://rapidu.net/2422963956/ https://rapidu.net/7822963974/ https://rapidu.net/4622964000/ https://rapidu.net/9122964005/ https://rapidu.net/2822964020/ fileshark http://fileshark.pl/pobierz/21203086/5b3d7 http://fileshark.pl/pobierz/21203087/32df3 http://fileshark.pl/pobierz/21203082/dd74a http://fileshark.pl/pobierz/21203126/a7ab3 http://fileshark.pl/pobierz/21203128/b6f90 http://fileshark.pl/pobierz/21203129/e3940 http://fileshark.pl/pobierz/21203156/0e82d lunaticfiles http://lunaticfiles.com/eds3b0dykwoy http://lunaticfiles.com/8ady9ksfposz http://lunaticfiles.com/apvpsyvype06 http://lunaticfiles.com/nl8ww1o71jcg http://lunaticfiles.com/sbhi9k1gxtjj http://lunaticfiles.com/qgheco81opzx http://lunaticfiles.com/feq0fv07pxyt kingfile http://kingfile.pl/download/cqH0adbv http://kingfile.pl/download/wdoXZx6n http://kingfile.pl/download/76dDK4si http://kingfile.pl/download/GM1iEksq http://kingfile.pl/download/IatGKi8c http://kingfile.pl/download/E4CMGETP http://kingfile.pl/download/9ZWnDgZt [/hide] pobierz https://pobierz.to/701224f6f32b1232/Electric_Light_Orchestra_-_Zoom_Tour_Live.part1.rar https://pobierz.to/8b5a2465d50bc8c3/Electric_Light_Orchestra_-_Zoom_Tour_Live.part2.rar https://pobierz.to/e22efcbf6de5b46f/Electric_Light_Orchestra_-_Zoom_Tour_Live.part3.rar https://pobierz.to/6f959edb429f8ff5/Electric_Light_Orchestra_-_Zoom_Tour_Live.part4.rar https://pobierz.to/905882e47698a373/Electric_Light_Orchestra_-_Zoom_Tour_Live.part5.rar https://pobierz.to/a4d8498b4dc52553/Electric_Light_Orchestra_-_Zoom_Tour_Live.part6.rar https://pobierz.to/46972d260659db23/Electric_Light_Orchestra_-_Zoom_Tour_Live.part7.rar