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Overview"Energy harvesting is the procedure for deriving, capturing and storing energy from external sources. Power is a very important part of any system, and for Internet of Things and WPAN, managing power is the biggest challenge. This book aims to explore the methods and systems to generate energy and use it efficiently for IoT applications to upgrade the Industries. The book comprises of ten chapters. Chapter 1 describes the low power renewable power supply through thermo electric generators. The main aim of this chapter is to familiarize the energy harvesting among the various sources of renewable energy (Solar light, Vibration, Heat, RFID, Wind and Hybrid energy) and to provide electrical output in the range of 1 Î""W to few Watts for low power devices (Wireless Networks/ IoTs). Chapter 2 describes the concept of distributed generation as a part of the smart grid that is proposed at IKG Punjab Technical University. The proposed smart micro grid includes the Distributed Generation based on renewable resources like solar PV and biogas as an individual and hybrid energy system. Chapter 3 proposed the energy harvesting types for end sensor nodes for pipeline monitoring in remote areas and addressed challenges for future advanced energy harvesting for sensor nodes. Chapter 4 described the fundamental concept, latest developments and applications addressing the related theoretical and practical aspects on wireless communication. In Chapter 5 different renewable energy harvesting technique has been discussed. Solar power optimization has been done to make more efficient harvesting techniques. Chapter 6 gives a review on energy harvesting and storage. In Chapter 7 the design and development of energy harvesting system is reviewed. Chapter 8 proposed an idea to implement a street light management system which can work on self power generation method based on piezoelectric techniques and communication module for analysing and transferring of data to the cloud or the web server for real time application. Chapter 9 proposed an architecture where in the bins XBee network is used to connect nearby control unit of local municipal authority and from the control authority, LoRa network is used to communicate to long range and also these bins are assisted with solar panel for providing the power supply to devices that are existed in the architecture. Chapter 10 presented the study to optimize the process parameters for biofuel production by transesterification of algal oil using KOH as catalyst." Full Product DetailsAuthor: Rajesh Singh , Anita Gehlot , Inayathullaah Jain , Anuj JainPublisher: Nova Science Publishers Inc Imprint: Nova Science Publishers Inc ISBN: 9781536169430ISBN 10: 1536169439 Pages: 253 Publication Date: 01 March 2020 Audience: Professional and scholarly , Professional & Vocational Format: Hardback Publisher's Status: Active Availability: In Print  This item will be ordered in for you from one of our suppliers. Upon receipt, we will promptly dispatch it out to you. For in store availability, please contact us. Table of ContentsPreface; Low Power Renewable Power Supply through Thermo Electric Generators; Techno-Economic Analysis of Hybrid Optimization Model: A Case Study; Development of Solar Energy Harvesting Mechanism to Power up Sensor Node to Monitor the Parameters of Pipeline Using XBee Technology; Mathematical Modeling and Principle of Wireless Communication; An IoT Enabled Integrated Framework for Solar Energy Harvesting in Wireless Sensor Nodes over LoRa; Energy Harvesting and Storage; Development of RF Energy Harvesting System to Trigger Sprinkler System in a Building for Fire and Safety Uses; Street Light Management via Piezoelectric Power Generation; Development of Solar Assisted Bins Using XBee and LoRa Network for Waste Management Applications; Low Temperature Transesterification of Algal Oil; Index.ReviewsAuthor InformationTab Content 6Author Website:Countries AvailableAll regions |
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