Providing Electrical Power During Blizzards

by Mark Fennell

During many blizzard events there will be loss of power somewhere in the region. Therefore we must do what we can to prevent this power loss from occurring. In this report, the reader will learn of the latest technologies and best practices for minimizing power loss during blizzards. In total, this Report provides all of the latest technologies and best practices to provide ample electrical power in any region during a blizzard. Many of these are solutions are new technologies. Includes 23 detailed drawings.Generating Power During BlizzardsFurthermore, there are methods we can use to generate additional power during the blizzard. Some of these methods are traditional methods such as using natural gas and large capacity batteries. We can also use the energy from the blizzard itself to generate electrical power. In this report the reader will learn of the latest advanced technologies which can harness the energy of the blizzard. These systems include Snow Power, Dish Arrays, and Hydro-Power modified for blizzards.In this report, the reader will learn best practices for using these traditional power sources to provide enough power for the entire region, in any weather event.Chapters Taken from Main Blizzard Mitigation ReportNote that the chapters in this report are taken directly from the main report. In the series of Blizzard Mitigation Reports there will be the following Snow Reduction Systems During Blizzards2. Providing Electrical Power During Blizzards3. Melted Snow Management and Flood Control During Blizzards4. The final book in the series is the Main Blizzard Mitigation Report. The chapter numbering in the individual books is the same as in the main report. Overview of the Parts in this BookThis book contains 3 Parts, and a full Appendix of Drawings. Part M discusses damaged power lines. Part N discusses generating power from the falling snow. Part O discusses generating power from high velocity blizzard material. All technologies are illustrated in the Appendix.(M) Preventing Damaged Power It is common for power lines to be knocked down during blizzards. This is due to ice, high velocity winds, or falling trees. In Part M we discuss the best practices and systems to prevent damaged power lines. Best practices include laying power lines underground, trimming branches, and using detour routes. Additional technologies include using wind sponges and seasonal transmission lines.(N) Generating Power from the Falling We can use the energy from the blizzard to generate electrical power. This involves a new technology called the “snow turbine”. The basic process involved a trap-door and a Ferris Wheel type turbine. Snow accumulates on the trap door, enters the shaft, then activates the turbine. Electrical power will then be created from the blizzard material. Using this system, we are creating electrical power from the energy of the blizzard itself. Furthermore, the used snow can further be used in a micro-hydro system. This doubles the electrical energy generated from the same amount of blizzard material snow.(O) Generating Power from Blizzard Another method for generating electrical power from the blizzard is to use impact dishes. The blizzard material hits the impact dish from the side. Through a series of processes, this impact energy is then converted into electrical power. The power can be stored in batteries, or used directly in snow melting applications from the same tower. Therefore, using an array of these towers we can generating supplemental electrical power. We can also create the power which will be used to melt the snow in that same location.(Appendix) Detailed the Appendix has 23 detailed drawings of the technologies. The drawings show the components, and how each system operates. Mark FennellJanuary 2019

156 pages, Kindle Edition

Published January 8, 2019

About the author

Mark Fennell is an author, speaker, and business professional who has worked for over 22 years in sales and sales management. After almost being fired three times for poor sales performance, he focused on learning and utilizing his unique strengths. This eventually led to recognition for Top 3 sales performance for a division of his global Fortune 500 company, accumulating wealth in the top 10% of the country and generating annual income in the top 1% of individuals in the United States.

Mark enjoys reading, running, and spending time with his family. He has read over 400 books, amassing a collection of over 500 quotes and has run five marathons, including the Boston Marathon.

Mark and his wife Dana have been married for 18 years and reside in a suburb of Philadelphia, PA. They are blessed with three children.