Free Chapters. Different Types of Kites Used

Total Page:16

File Type:pdf, Size:1020Kb

Free Chapters. Different Types of Kites Used Cut Days Off Your Kitesurfing Learning Time And Save Hundreds On Your Lesson Costs - Free Chapters. First of all I’d like to congratulate you on taking your first steps into the world of kitesurfing. This is an exciting time and the journey you’re about to embark upon is a fun one. We wish you the best of luck in your adventures and if you do need anything at any point along the way feel free to drop us an email and just let us know how your doing or if your struggling with something to ask for a bit of advice, we’ll be only too happy to help! Good winds and good luck! ____________________________________________________________ Read The Full Book At: http://www.amazon.co.uk/Kitesurfing-Learning-Hundreds-Lessons-ebook/dp/B009E1IINC If you like it please be kind and leave us a 5 star review. ____________________________________________________________ Different Types Of Kites Used In Kite Sports. As far as we are concerned in power kiting, kitesurfing, snow kiting or land boarding/buggying there are, in essence, 2 different types of kites. Very briefly these are: The LEI Kite Leading Edge Inflatable (LEI) Kites - LEI simply means that the kite has an inflatable structure, any kite that needs to be pumped up is an LEI. This classification can be broken down into C, Bow, Hybrid and Delta style kites. www.TantrumKitesurf.com The Foil Kite Foil/Power kites - Foil kites look very similar to the wings used by parascender's and can be broken down into open and closed cell kites. Foil kites are not (generally) inflated with a pump but instead take their shape from the air flowing over and through them. www.TantrumKitesurf.com We're not going to launch into a full discussion of the relative pro's and con's of each of the different types of kites at this point. All we want to do here is show you the different types of kites and very briefly give you an idea of some of the characteristics of each. 4 Line vs 5 Line Kites Most modern kites will have 4 lines, 2 centre lines and 2 back lines. The centre lines attach to the kite nearer to the centre of the kite and the back lines attach at the back wingtip of the kite. If a kite has a 5th line it will attach in the very centre of the kite. LEI Kites The C Kite www.TantrumKitesurf.com C Style - C style types of kites are recognisable by the lack of a bridle and the distinctive C shape. These kites are the kites that many of us old schoolers learnt on. Fast and powerful through the turn they do however suffer from a lack of de power which has led to their decline in recent years. Recognisable at the beach by their distinctive blocky wing tips and clear corners. These kites have no bridle and the lines attach at each of the 4 corners of the wingtips. C kites can be either 4 or 5 line, however, if they have 5 lines the fifth line should attach directly to the centre of the kite at one point. If the fifth line splits in any way or joins to a line which then splits and attaches to the leading edge in 2 or more places the kite is a hybrid kite and not a true C kite. Originally the fifth line was designed to assist with relaunch as it enabled the kite to be pulled up into the relaunch position once it had crashed. Recent improvements in kite relaunch design have rendered this system pretty much obsolete and these days it is www.TantrumKitesurf.com mainly used for safety as a kite flagged onto the fifth line will depower 100% and is the safest kind of safety system there is. The fifth line on a true C kite is not designed to be under tension, the kite does not fly off this line it is solely there for re launch and safety. Conversely the fifth line on a hybrid kite will be under tension as it actually affects the flight characteristics of the kite. The Bow Kite Bow Style - named after the distinctive bow shape of the kite. To be a Bow kite the kite must have a bridle and most will have distinctive swept back wing tips. The bridle on these kites allows for almost 100% de power which means these kites are safer and much more comfortable to ride for people getting into the sport. This alone has led to these kites becoming the dominant kite on the water these days with most schools now teaching on bow kites www.TantrumKitesurf.com and many riders preferring them due to their ease of handling and increased safety. Introduced back in 2005 and said to have been inspired by a thread on a forum, the Bow kite has now spawned several variants. All the kites mentioned below are basically different styles of Bow kites. Several manufacturers have taken the basic Bow kite design and further tweaked, thus you can see the Naish Sigma kite (which has a bent leading edge), and several other funky designs however we only deal with the widespread and widely adopted design trends here. The Hybrid Kite Hybrid Kites - a trade off between C and Bow style kites. Hybrid kites will always have a bridle of some sort but will also have a concave trailing edge (as opposed to a bow kite which will have a convex trailing edge). Hybrid kites can be referred to as either hybrid bow kites or hybrid c kites, which simply refers to which design they are closest to, a hybrid C kite will more closely resemble a C kite with the typical C profile but will have a bridle of some sort. Where as a hybrid bow kite will be more similar to a bow, possibly the only distinguishing www.TantrumKitesurf.com feature being the concave trailing edge. There now also exist Hybrid Delta kites which again is a Delta kite with a concave trailing edge. Hybrid kites are designed to capture the best of both kites combining the raw aggression of the C kite design with the precision and flexibility of the Bow design. The Delta Kite Delta Style kites - Delta style types of kites are recognisable by their highly swept back wing tips. These kites are designed to relaunch easier and fly more efficiently in light winds. With some loss of top end performance. A relatively recent design innovation they were originally introduced in 2009 and have since taken off with most major brands now offering their own design in some shape or form. Due to their easy relaunch, great handling and light wind performance they have become very popular with schools. While not necessarily the kite of choice for the advanced riders they do offer the beginner an even faster route into the world of kitesurfing. www.TantrumKitesurf.com SLE Kites You are going to hear this term thrown around a lot in Kitesurfing. SLE stands for Supported Leading Edge. This term is used to refer to any kite that has bridles attached to its leading edge. Bow, Hybrid and Delta kites are therefore all SLE kites, C kites are not. Foil Kites The debate about foil kites vs LEI kites has been raging in kitesurfing and many other power kite sports for as long as I can remember. General wisdom states that a foil kite is better off the water (snowkiting, landboarding etc) and an LEI kite is better on the water (kitesurfing). Recently there is a growing band of supporters for foil kites amongst kitesurfers and they are definitely becoming a more common sight on the water. One of the main reasons they haven't been more widely accepted in the kitesurfing world is the price tag, as they can cost up to double what an LEI kite costs. Which you prefer is simply a matter of taste and their are staunch opinions in both the LEI and the foil kite camp. My advise would be to try both types of kites and make up your own mind. Foil kites possess the obvious advantage of not needing to be inflated, something that all LEI riders who've ever tried to inflate a 16m kite can appreciate the value of! They have a wind range comparable to the modern bow kites and are very similar in appearance to a paraglider. The Open Cell Foil Kite www.TantrumKitesurf.com Open Cell - These kites are designed for use on land and have intakes (cells) along the leading edge of the kite designed to allow air to flow inside the kite and over the canopy. They rely on constant airflow to keep the cells inflated and so cannot be used on the water as if they crash in water these cells the material quickly becomes saturated while the open cells allow water inside the kite which makes relaunch impossible. The Closed Cell Foil Kite Closed Cell - The same as open cell but designed for use on water. These kites use inlet valves to hold air in the chamber. The www.TantrumKitesurf.com pressure inside the cells keeps the valves open so once the kite crashes and the airflow stops the pressure drops and the cell door closes preventing water from entering. Relaunch is then a simple matter of tugging on the power lines. Kite Equipment You'll Need To Learn To Kitesurf. Here we introduce you to the actual kite equipment you will need to begin your training.
Recommended publications
  • A Decade of Kiting Memories by Peter and Sarah Bindon
    THE In this edition Spring 2020 INSIDE: A decade of kiting memories by Peter and Sarah Bindon Also in this edition: ALSO IN THIS EDITION: Thailand and Malaysia Kite Tour Kite Competition – Mike Rourke wins again! KAP made easy with Alan Poxon Sarah Bindon takes the Questionnaire Challenge John’s new kite ...tails Alicja from Poland kite workshop Annual General Meeting NEW Chairman – Keith Proctor NEW Membership Secretary – Ian Duncalf A message from Keith; At the 2020 AGM I gave up the role of Membership Secretary that I Ian had held since 2011/12, and handed it over to Ian Duncalf who I believe is much better qualified to improve and update the system to allow online membership application and Keith with outgoing renewal. I took on the role of chairman but I’m still not sure how this Chairman Len Royles all came about! So this is my first official post in the NKG magazine. This year I think will be described as an “annus horribilis” for the Len stood down as disruption of everyday life as we know it. I fear that for a lot of people, Chairman after six life will never be the same again. We have never experienced this years but will continue before. But if we all follow the guidelines about staying at home, to play an active part washing hands, keeping your distance from others we can pick up in the Group by taking our kite-flying again, possibly later this year and if not then next year. the childrens’ rainbow Good luck and good health to you all and your loved ones in the delta kites to festivals.
    [Show full text]
  • Beginners Guide to Kite Boarding
    The Complete Beginner’s Guide About Kitesurfing What Is Kitesurfing? For some, it does not even ring a bell although, for others, it means everything and they build their life around it! Whether you have already witnessed it in person on your last vacation to the beach, maybe over the internet in your news feed or even in pop culture, for sure it made you wonder… What the heck are these guys doing dangling in the air under that big parachute? And how are they even doing it? If we were to talk to someone in the early 1960s about space exploration, let alone landing on the moon they would have thought we were crazy. What if we were to tell someone today that they can have the time of their life by practicing a water sport that involves standing up on a surfboard, strapped in a waist harness while being pulled along by a large kite up 25 meters in the air? That person probably wouldn’t believe it. Well, here we are today with hundreds of thousands of people learning and practicing kiteboarding every year. In this Complete Beginner’s Guide, we will go from the inception of the sport to where it is today and everything in between to understand what kitesurfing is all about. This guide will inform you about the history and origins of kitesurfing, the equipment, the environment, what it takes to become a kiter as well as the benefits of becoming one. Moreover, we will cover everything there is to know about the safety aspects of this action sport and the overall lifestyle and culture that has grown around it.
    [Show full text]
  • Optimal Control of Power Kites for Wind Power Production
    FACULDADE DE ENGENHARIA DA UNIVERSIDADE DO PORTO Optimal Control of Power Kites for Wind Power Production Tiago Costa Moreira Maia PREPARATION FOR THE MSC DISSERTATION Master in Electrical and Computers Engineering Supervisor: Fernando Arménio da Costa Castro e Fontes Co-Supervisor: Luís Tiago de Freixo Ramos Paiva February 7, 2014 c Tiago Costa Moreira Maia, 2014 Abstract Ground based wind energy systems have reached the peak of their capacity. Wind instability, high cost of installations and small power output of a single unit are some of the the limitations of the current design. In order to become competitive the wind energy industry needs new methods to extract energy from the wind. The Earth’s surface creates a boundary layer effect on the wind that increases its speed with altitude. In fact, with altitude the wind is not only stronger, but steadier. In order to capitalize these strong streams new extraction methods were proposed. One of these solutions is to drive a generator using a tethered kite. This concept allows very large power outputs per unit. The major goal of this work is to study a possible trajectory of the kite in order to maximize the power output using an optimal control software - Imperial College London Optimal Control Software (ICLOCS), model and optimize it. i ii Contents 1 Introduction1 1.1 Context . .1 1.2 Motivation . .2 1.3 Objectives . .2 1.4 Document Structure . .2 2 State of the Art5 2.1 High Wind Energy . .5 2.2 High Wind Energy Systems . .6 2.3 The Laddermill . .9 2.3.1 Dynamic Model the Tethered Kite System .
    [Show full text]
  • Power Kite Wind Speed Guide
    Power kite wind speed guide Continue Photographer: Nathan Kirkman 1 of 13 Changing wind on the roof, a trellis photovoltaic solar panel topped with ten feet high vertical axis wind turbines -first ever approved in the city of Chicago for residential use. Together, they produce about 10,000 kilowatt-hours of electricity per year, which is about half the building's electrical needs, said project architect Greg Gibson. 2 of 13 Change in Wind owners Lisa and Frank Mauceri in their unique home; The Bucktown building is the only LEED for a gold-certified single-family home in Illinois. 3 of 13 For ultimate comfort in the living room, the owners chose the warmest parts of the Togo that Michelle Ducaroy designed for Ligne Roset in the 1970s and the wool rose carpet of Nani Markina; Lighting includes a pair of vintage Artimede floor lamps and a Foscarini Supernova pendant from YLighting. 4 of 13 Wind Change eco-savvy Valcutin kitchen. 5 of 13 Changing Wind Architect Michael Wilkinson (left) with colleague Greg Gibson 6 of 13 Changing Wind Transparent Kartell Furniture 7 of 13 Changes in the wind of solar bricks on the roof absorb sunlight during the day and mark the way to the roof of the garden at night 8 of the 13 Wind Change Enkasonic sound management matting (usually used to isolate the acoustic floor collection) is a decorative element in the first floor of the Mauceris Office. 9 of the 13 Wind Change Shiny white valcutine cabinets in the main bath are tempered by soft-gray concrete countertops; The mirror reflects the back staircase to the green roof.
    [Show full text]
  • Motor/Generator Design Optimization for a Drag Power Kite
    Bachelor thesis, research internship, advanced seminar, or master thesis Motor/Generator Design Optimization for a Drag Power Kite Contact/Applications to: Florian Bauer,∗ florian:bauer@tum:de Announcement date: February 23, 2020 Motivation Power generating kites have the potential to generate clean energy at a low cost competitive with coal power plants or cheaper without subsidies (see e.g. [1, 2, 3] and references therein). \Drag power" kites generate power with onboard wind turbines and generators by flying fast crosswind motions, see Fig. 1. Electrical power is transmitted to the ground at a medium voltage level via electric cables in the tether. Figure 1: 20 kW \drag power" kite visualization of kiteKRAFT (image source: http://kitekraf t:de/Images/20kWProduct:png, accessed: Aug 11, 2019). ∗Institute for Electrical Drive Systems and Power Electronics, Department of Electrical and Computer Engi- neering, Technical University of Munich 1 Tasks, Suggested Solution Approach, Expected Results The eight gear-less motors/generators (electrical machines) of kiteKRAFT's kite are currently standard low-voltage RC components, shown in Fig. 2. In the next generation kite, an optimized Figure 2: Powertrain of kiteKRAFT's 5 kW kite (image source: https://miro:medium:com/max /1000/1*hcj4kgUC1NLrYeP -CLJAw:jpeg, accessed: Feb. 23, 2020). machine for the optimal DC link voltage of around 800 V shall be designed. Starting from a literature survey and sourcing information from electrical machine designers and manufacturers, an optimal machine shall be designed and a prototype shall be built and tested. Starting point is the literature list below and a longer literature list provided upon start of work.
    [Show full text]
  • The Air-Water Sports Equipment: the Upper Part Categorization
    The 40th International Conference on Mechanics of Solids, Acoustics and Vibrations & The 6th International Conference on “Advanced Composite Materials Engineering” ICMSAV2016 & COMAT2016 Brasov, ROMANIA, 24-25 November 2016 THE AIR-WATER SPORTS EQUIPMENT: THE UPPER PART CATEGORIZATION Cristina Miclea1, Marius Hodirnau2, Carol Csatlos3 1 Faculty of Food and Tourism, Transilvania University of Brasov, [email protected], [email protected], [email protected] Abstract: The paper presents a classification of existing kites both by construction and use, and those used in air-water sports being detailed as they represent the most used at the moment. The article also include a history of kite. The categories of kite presented are: leading edge inflatable kites and foil kites. First category includes the C-kite, the hybrid kite and. C- style hybrid kite, and the second, the classic foil kite and the valve foil kite. Keywords: kite, air, water, sport, classification.) 1. INTRODUCTION Due to the social and economic actual context, characterized by an accelerated rhythm the need for relaxation and leisure began to be increasingly filled by practicing extreme sports, especially those can be performed on air and water or both. Among these is kiteboarding, a sport practiced on the water surface. The equipment required for this sport is made up of: wing, a control system consists of lines and a control bar, and a board. Figure 1: Classification of kites by wing design The kite, the upper component of the assembly, had a journey that took more than 2000 years. It was invented in China and for its construction, was used silk mounted on a bamboo frame (strong, lightweight and elastic).
    [Show full text]
  • Airborne Wind Energy
    Airborne Wind Energy Jochem Weber, Melinda Marquis, Aubryn Cooperman, Caroline Draxl, Rob Hammond, Jason Jonkman, Alexsandra Lemke, Anthony Lopez, Rafael Mudafort, Mike Optis, Owen Roberts, and Matt Shields National Renewable Energy Laboratory NREL is a national laboratory of the U.S. Department of Energy Technical Report Office of Energy Efficiency & Renewable Energy NREL/TP-5000-79992 Operated by the Alliance for Sustainable Energy, LLC August 2021 This report is available at no cost from the National Renewable Energy Laboratory (NREL) at www.nrel.gov/publications. Contract No. DE-AC36-08GO28308 Airborne Wind Energy Jochem Weber, Melinda Marquis, Aubryn Cooperman, Caroline Draxl, Rob Hammond, Jason Jonkman, Alexsandra Lemke, Anthony Lopez, Rafael Mudafort, Mike Optis, Owen Roberts, and Matt Shields National Renewable Energy Laboratory Suggested Citation Weber, Jochem, Melinda Marquis, Aubryn Cooperman, Caroline Draxl, Rob Hammond, Jason Jonkman, Alexsandra Lemke, Anthony Lopez, Rafael Mudafort, Mike Optis, Owen Roberts, and Matt Shields. 2021. Airborne Wind Energy. Golden, CO: National Renewable Energy Laboratory. NREL/TP-5000-79992. https://www.nrel.gov/docs/fy21osti/79992.pdf. NREL is a national laboratory of the U.S. Department of Energy Technical Report Office of Energy Efficiency & Renewable Energy NREL/TP-5000-79992 Operated by the Alliance for Sustainable Energy, LLC August 2021 This report is available at no cost from the National Renewable Energy National Renewable Energy Laboratory Laboratory (NREL) at www.nrel.gov/publications. 15013 Denver West Parkway Golden, CO 80401 Contract No. DE-AC36-08GO28308 303-275-3000 • www.nrel.gov NOTICE This work was authored by the National Renewable Energy Laboratory, operated by Alliance for Sustainable Energy, LLC, for the U.S.
    [Show full text]
  • (12) United States Patent (10) Patent No.: US 8,534,609 B2 Stiewe (45) Date of Patent: Sep
    USOO8534609B2 (12) United States Patent (10) Patent No.: US 8,534,609 B2 Stiewe (45) Date of Patent: Sep. 17, 2013 (54) TRACTION KITE WITH HIGH PROJECTED 5,433,401. A * 7/1995 Ricketts .................... 244, 153 R. LEADING EDGE 6,520,454 B2* 2/2003 Winner ... ... 244, 155A 7,032,864 B2 * 4/2006 Logosz ... ... 244,153 R. 7,093,803 B2 * 8/2006 Culp ......................... 244, 153 R. (75) Inventor: Peter Stiewe, Rodanthe, NC (US) 7,374,133 B2 * 5/2008 Legaignoux et al. ......... 244f145 2004/01 13019 A1* 6/2004 Lynn ......................... 244, 153 R. (73) Assignee: Ride Best, LLC, Rodanthe, NC (US) 2005/0230556 Al 10/2005 Legaignoux et al. 2006/0192055 A1* 8/2006 Shogren ........................ 244f145 (*) Notice: Subject to any disclaimer, the term of this 38885 A. 358. NSCOSO et Cal.i. .............. 2. patent 1s ised Olisted under 35 2009, O152391 A1* 6, 2009 McWhirk ....................... 244, 30 U.S.C. 154(b) by 176 days. 2009,01791 12 A1* 7, 2009 Gu ................. ... 244,153 R. 2009/0277997 A1* 11/2009 Shogren et al. ... 244, 153 R. (21) Appl. No.: 13/178,942 OTHER PUBLICATIONS (22) Filed: Jul. 8, 2011 www.globekites.com; http://www.globekites.com/gkblog/?p=6 O O Please see three photographs filed herewith in connection with the (65) Prior Publication Data above website. www.kiteboardingevolution.com Please see attached 11 pages of US 2012/OOO6945A1 Jan. 12, 2012 screenshots filed herewith as IDSAttachment4. Related U.S. Application Data * cited by examiner (60) issional application No. 61/362.463, filed on Jul. 8, Primary Examiner — Christopher P Ellis Assistant Examiner — Medhat Badawi (51) Int.
    [Show full text]
  • Kitesurfing a - Z
    Kitesurfing A - Z A Airfoil (aerofoil): a wing, kite, or sail used to generate lift or propulsion. Airtime: the amount of time spent in the air while jumping. AOA, Angle of Attack: also known as the angle of incidence (AOI) is the angle with which the kite flies in relation to the wind. Increasing AOA generally gives more lift. AOI, Angle of Incidence: angle which the kite takes compared to the wind direction Apparent wind, AW: The wind felt by the kite or rider as they pass through the air. For instance, if the true wind is blowing North at 10 knots and the kite is moving West at 10 knots, the apparent wind on the kite is NW at about 14 knots. The apparent wind direction shifts towards the direction of travel as speed increases. Aspect Ratio, AR: the ratio of a kites width to height (span to chord). Kites can range between a high aspect ratio of about 5.0 or a low aspect ratio of about 3.0. AR5: The legendary first 4 line inflatable kite manufactured by Naish. ARC: a foil kite manufactured by Peter Lynn B Back Loop: a kitesurfing trick where the kiter rotates backward (begins by turning their back toward the kite) while throwing his/her feet above the level of his/her head. Back Roll: same as a back loop but without getting their feet up high. Batten: a length of carbon or plastic which adds stiffness or shape to the kite or sail. Bear Away / Bear Off: change your direction of travel to a more downwind direction.
    [Show full text]
  • Types of Stunt Kites
    www.my-best-kite.com Table of Contents Introduction.............................................................................................................................6 Chapter format........................................................................................................................................ 6 A Tip For The Frugal............................................................................................................................... 6 STUNT KITES........................................................................................................................7 Delta, Diamond, Parafoil or Quad?.........................................................................................................7 Types Of Stunt Kites............................................................................................................................... 8 The Peter Powell Stunt Kite.......................................................................................................12 Classic Steerable Diamond Kite...........................................................................................................12 'Cayman' Peter Powell Stunt Kite.........................................................................................................12 A History: The Peter Powell Stunt Kite..................................................................................................13 Dual Line Parafoil Kites..............................................................................................................15
    [Show full text]
  • Design of a High Altitude Wind Power Generation System
    A thesis submitted in partial fulfillment of the requirements for the degree of Master of Science Design of a High Altitude Wind Power Generation System Imran Aziz Linköping University Institute of Technology Department of Management and Engineering Division of Machine Design Linköping University SE-581 83 Linköping Sweden 2013 ISRN: LIU-IEI-TEK-A--13/01725—SE Acknowledgements The work presented in this thesis has been carried out at the Division of Machine Design at the Department of Management and Engineering (IEI) at Linköping University, Sweden. I am very grateful to all the people who have supported me during the thesis work. First of all, I would like to express my sincere gratitude to my supervisors Edris Safavi, Doctoral student and Varun Gopinath, Doctoral student, for their continuous support throughout my study and research, for their guidance and constant supervision as well as for providing useful information regarding the thesis work. Special thanks to my examiner, Professor Johan Ölvander, for his encouragement, insightful comments and liberated guidance has been my inspiration throughout this thesis work. Last but not the least, I would like to thank my parents, especially my mother, for her unconditional love and support throughout my whole life. Linköping, June 2013 Imran Aziz i Abstract One of the key points to reduce the world dependence on fossil fuels and the emissions of greenhouse gases is the use of renewable energy sources. Recent studies showed that wind energy is a significant source of renewable energy which is capable to meet the global energy demands. However, such energy cannot be harvested by today’s technology, based on wind towers, which has nearly reached its economical and technological limits.
    [Show full text]
  • Multicopter-Based Launching and Landing of Lift Power Kites
    Chapter 19 Multicopter-Based Launching and Landing of Lift Power Kites Florian Bauer, Christoph M. Hackl, Keyue Smedley and Ralph M. Kennel Abstract Crosswind kite power is a promising alternative wind power technology. However, unlike the rotor blades of a conventional wind turbine, a kite needs to be launched prior to power generation and needs to be landed during low-wind con- ditions or for maintenance. This study proposes multicopter-based concepts for an autonomous solution. Basic system components and different system configurations are discussed. Static and dynamic feasibility analyses are carried out. Results show that such systems are feasible and have advantages compared to other launching and landing concepts. However, also the weaknesses of such systems become apparent e.g. the increased airborne mass. 19.1 Introduction Crosswind kite power is becoming more and more attractive in both academia and industry (see e.g. [2,8, 31] and references therein) and is considered as promising alternative wind power technology: Compared to conventional wind turbines, kites can harvest wind power at higher altitudes with stronger and steadier winds, but Florian Bauer (B) Ralph M. Kennel Institute for Electrical· Drive Systems and Power Electronics, Technical University of Munich, Arcisstrasse 21, 81477 Munich, Germany e-mail: fl[email protected] Christoph M. Hackl Research Group “Control of renewable energy systems”, Munich School of Engineering, Tech- nical University of Munich, c/o Wind Energy Institute, Boltzmannstrasse 15, 85748 Garching, Germany Keyue Smedley The Henry Samueli School of Engineering, Power Electronics Laboratory, University of California, Irvine, CA 92697, USA 463 464 Florian Bauer, Christoph M.
    [Show full text]