Smart Energy EDUCATION Mecit.pptx
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Join us for an exciting session on "From Classroom to Industry: Empowering future developers with Open Source Technologies"! Representatives from different universities around the world will share their experiences of teaching FIWARE in their respective programs. They will discuss how they prepare their students to become industry-ready by imparting practical knowledge and hands-on experience with open-source technologies. This session will not only provide insights into how universities incorporate FIWARE into their curriculum but will also include a workshop component. The workshop, titled "How to empower future developers with Open Source technologies?" will explore strategies for effectively teaching open-source technologies, discuss the benefits of using FIWARE, and provide participants with the tools to successfully integrate FIWARE into their own programs. Don't miss out on this opportunity to learn from experienced educators and discover how you can prepare your students for successful careers in the tech industry!
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SmartEnergy-Haydar_Leonie.pptx
In recent years, the European Commission and EU countries have set up numerous large-scale pilot projects to contribute to the digitisation of the energy industry across Europe and beyond.
The most important goals of this endeavour are reaching a common energy data space to facilitate infrastructure planning and monitoring, empowering citizens by providing them with tools for participation in energy markets, supporting research and development of digital solutions, improving cybersecurity of the energy sector, and supporting the adoption of climate-neutral solutions for the ICT sector.
In this panel key projects and services will be presented that move towards a sustainable and digital energy world by exploiting data sharing. The renowned experts and market drivers will show up their approaches and innovative solutions by presenting:
Insights to a R&D project about secure smart grids in Germany that is focusing on FIWARE based smart energy solutions while facing Redispatch 2.0 and business modelling challenges.
References on how a local utility works together with research institutes and energy ICT companies to realise a building block called “Energiewende” - the transformation of the energy systems towards renewables.
The efficient use of data in building energy systems to achieve scalable solutions.
Main highlights and strategies of European projects: French Data Network and Enershare.
Showcases on how FIWARE building blocks enable the data sharing of energy communities: first insight to the background of energy communities and a proof-of-concept for using the FIWARE context broker as the coordinator of an energy community.
1 s2.0-s1876610217308007-main
This document reviews existing peer-to-peer energy trading projects from around the world. It summarizes 9 projects including Piclo in the UK, Vandebron in the Netherlands, PeerEnergyCloud and Smart Watts in Germany, Yeloha and Mosaic in the US, SonnenCommunity in Germany, Lichtblick Swarm Energy in Germany, Community First! Village in the US, and TransActive Grid in the US and Brooklyn. It compares their objectives, network sizes, layers involved, outcomes, and shortcomings. The projects focus on business models, local control systems, ICT platforms, and using blockchain or smart contracts for automated energy trading. However, many projects did not discuss necessary communication and control networks to
Hybrid power technologies
1) Hybrid power systems that combine renewable energy sources like solar and wind with battery storage and backup thermal generation can provide reliable, resilient, and cost-effective power. They are seen as the future for distributed energy systems.
2) Mott MacDonald has over 30 years of experience in designing, implementing, and managing hybrid power projects around the world. They provide expertise in optimizing hybrid systems, integrating different technologies, and improving grid stability.
3) Examples include a pilot wind-diesel hybrid project in Bonaire that supplies 40% of the island's power needs and a solar PV project in Japan with battery storage to improve grid stability. Mott MacDonald performs technical advisory services and due diligence
Low cost DC_Nanogrids_2015
This document describes an approach to rural electrification using solar DC nano-grids. The nano-grids are sized to provide electricity to small clusters of 20-50 houses located close together through a central solar array and battery storage. Electricity is distributed via low-voltage DC cables to avoid inverter costs. Households pay membership fees to connect efficient LED lights and other appliances. The nano-grid approach aims to provide basic energy access at lowest cost while allowing for future expansion through interconnectivity between clusters. Initial tests in Bangladesh have shown the technical and economic feasibility of the solar DC nano-grid model.
final presentation
The document discusses smart grids and their advantages over traditional electric utilities. It defines smart grids as using information technologies to improve how electricity travels from power plants to consumers and allow consumers to interact with the grid. Some key benefits of smart grids mentioned are that they are information-based, communicating, secure, reliable, flexible, cost-effective, and dynamically controllable. The document also discusses energy storage options, major European companies involved in smart grids, in-home communication technologies used, and smart energy consumption concepts. It concludes that smart grids will significantly improve existing electrical infrastructure and enable new technologies and energy markets around household and power management.
Design a smart control strategy to implement an intelligent
This research article proposes an intelligent energy safety and management system (IESMS) that uses RFID and ZigBee wireless sensor network technologies. The system identifies users, monitors and controls power outlets, and cuts off power when the RFID card is removed. It also implements a smart control strategy to prevent electrical circuit overload by shutting down some power outlets. Test results validated the effectiveness of the proposed IESMS and its ability to achieve energy savings and safety.
Smartgrid seminar report
This document is a seminar report submitted by Muhammed Nazeem M to fulfill requirements for a Bachelor of Technology degree in Electrical and Electronics Engineering. The report discusses managing a smart grid power system using ZigBee technology. It provides background on renewable energy sources and their integration into smart grids. It also describes the benefits of smart grids, enabling technologies like ZigBee, and features of smart grid systems.
Summary of thesis
This document summarizes a student thesis project that analyzed balancing power supply and demand in a smart grid system using distributed energy resources (DER) in Bangladesh. The thesis used HOMER software to simulate a microgrid model for a small community with solar, wind, and biomass energy sources, as well as an energy storage system. It then developed a MATLAB graphical user interface called 'sMeter_v2015a' to allow users to observe system responses in real-time by changing the time input. The goal was to optimize local power supply and demand through increased use of renewable resources and consumer participation in energy storage and selling to the grid. Data on solar radiation, wind speed, and available biomass was collected for Chittag
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SmartEnergy-Haydar_Leonie.pptx
In recent years, the European Commission and EU countries have set up numerous large-scale pilot projects to contribute to the digitisation of the energy industry across Europe and beyond.
The most important goals of this endeavour are reaching a common energy data space to facilitate infrastructure planning and monitoring, empowering citizens by providing them with tools for participation in energy markets, supporting research and development of digital solutions, improving cybersecurity of the energy sector, and supporting the adoption of climate-neutral solutions for the ICT sector.
In this panel key projects and services will be presented that move towards a sustainable and digital energy world by exploiting data sharing. The renowned experts and market drivers will show up their approaches and innovative solutions by presenting:
Insights to a R&D project about secure smart grids in Germany that is focusing on FIWARE based smart energy solutions while facing Redispatch 2.0 and business modelling challenges.
References on how a local utility works together with research institutes and energy ICT companies to realise a building block called “Energiewende” - the transformation of the energy systems towards renewables.
The efficient use of data in building energy systems to achieve scalable solutions.
Main highlights and strategies of European projects: French Data Network and Enershare.
Showcases on how FIWARE building blocks enable the data sharing of energy communities: first insight to the background of energy communities and a proof-of-concept for using the FIWARE context broker as the coordinator of an energy community.
1 s2.0-s1876610217308007-main
This document reviews existing peer-to-peer energy trading projects from around the world. It summarizes 9 projects including Piclo in the UK, Vandebron in the Netherlands, PeerEnergyCloud and Smart Watts in Germany, Yeloha and Mosaic in the US, SonnenCommunity in Germany, Lichtblick Swarm Energy in Germany, Community First! Village in the US, and TransActive Grid in the US and Brooklyn. It compares their objectives, network sizes, layers involved, outcomes, and shortcomings. The projects focus on business models, local control systems, ICT platforms, and using blockchain or smart contracts for automated energy trading. However, many projects did not discuss necessary communication and control networks to
Hybrid power technologies
1) Hybrid power systems that combine renewable energy sources like solar and wind with battery storage and backup thermal generation can provide reliable, resilient, and cost-effective power. They are seen as the future for distributed energy systems.
2) Mott MacDonald has over 30 years of experience in designing, implementing, and managing hybrid power projects around the world. They provide expertise in optimizing hybrid systems, integrating different technologies, and improving grid stability.
3) Examples include a pilot wind-diesel hybrid project in Bonaire that supplies 40% of the island's power needs and a solar PV project in Japan with battery storage to improve grid stability. Mott MacDonald performs technical advisory services and due diligence
Low cost DC_Nanogrids_2015
This document describes an approach to rural electrification using solar DC nano-grids. The nano-grids are sized to provide electricity to small clusters of 20-50 houses located close together through a central solar array and battery storage. Electricity is distributed via low-voltage DC cables to avoid inverter costs. Households pay membership fees to connect efficient LED lights and other appliances. The nano-grid approach aims to provide basic energy access at lowest cost while allowing for future expansion through interconnectivity between clusters. Initial tests in Bangladesh have shown the technical and economic feasibility of the solar DC nano-grid model.
final presentation
The document discusses smart grids and their advantages over traditional electric utilities. It defines smart grids as using information technologies to improve how electricity travels from power plants to consumers and allow consumers to interact with the grid. Some key benefits of smart grids mentioned are that they are information-based, communicating, secure, reliable, flexible, cost-effective, and dynamically controllable. The document also discusses energy storage options, major European companies involved in smart grids, in-home communication technologies used, and smart energy consumption concepts. It concludes that smart grids will significantly improve existing electrical infrastructure and enable new technologies and energy markets around household and power management.
Design a smart control strategy to implement an intelligent
This research article proposes an intelligent energy safety and management system (IESMS) that uses RFID and ZigBee wireless sensor network technologies. The system identifies users, monitors and controls power outlets, and cuts off power when the RFID card is removed. It also implements a smart control strategy to prevent electrical circuit overload by shutting down some power outlets. Test results validated the effectiveness of the proposed IESMS and its ability to achieve energy savings and safety.
Smartgrid seminar report
This document is a seminar report submitted by Muhammed Nazeem M to fulfill requirements for a Bachelor of Technology degree in Electrical and Electronics Engineering. The report discusses managing a smart grid power system using ZigBee technology. It provides background on renewable energy sources and their integration into smart grids. It also describes the benefits of smart grids, enabling technologies like ZigBee, and features of smart grid systems.
Summary of thesis
This document summarizes a student thesis project that analyzed balancing power supply and demand in a smart grid system using distributed energy resources (DER) in Bangladesh. The thesis used HOMER software to simulate a microgrid model for a small community with solar, wind, and biomass energy sources, as well as an energy storage system. It then developed a MATLAB graphical user interface called 'sMeter_v2015a' to allow users to observe system responses in real-time by changing the time input. The goal was to optimize local power supply and demand through increased use of renewable resources and consumer participation in energy storage and selling to the grid. Data on solar radiation, wind speed, and available biomass was collected for Chittag
Power management for a changing world
The changing world of energy is making it increasingly challenging to optimize power reliability, energy costs, and operational efficiency in critical power environments such as
hospitals, data centers, airports, and manufacturing facilities. Utility power grids are getting more dynamic, facility power distribution systems are becoming more complex, and
cyberattacks threaten network stability. More competitive pressures and environmental regulations are pushing expectations for energy efficiency and business sustainability higher than ever. Addressing these challenges requires new
digital tools designed specifically to enable faster response to opportunities and risks related to power system reliability and operations.
Isde 5
The International Institute for Science, Technology and Education (IISTE) , International Journals Call for papaers: http://www.iiste.org/Journals
Electric Vehicle Wireless Charging using Home as a Charging Station
The document discusses a proposed system for wireless charging of electric vehicles using a home charging station. The system would allow EV owners to charge their vehicles wirelessly at home by transforming their home into an energy station. It would utilize wireless power transfer technology to enable efficient charging without cables or plugs. The system is intended to provide more convenience than traditional charging methods while also integrating renewable energy sources like solar panels.
Decentralised Energy
The document discusses digitalization of energy management and decentralized energy systems. It summarizes that increasing data volume is key to optimized energy management. Two major trends aiding this are electrification and digitalization to meet societal demands around issues like climate change and affordability. Examples provided include the Triangulum project transforming Manchester into a smart quarter using latest energy technologies and microgrids like one created at the University of Genoa campus.
Design and control of renewable power system through wsn in mirogrid
Recently the control of microgrid has been the focus of extensive research due to its flexibility to effectively utilize the micro-sources while ensuring reliability. The microgrid technology is one of the recent developments in the area of electric power systems that aid the use of non-conventional energy sources in parallel with the conventional energy sources. Monitoring and control of microgrid is essential for its efficient and effective functioning. The work presented in this paper is focused on the design, control and development of synchronization between non-conventional energy sources (photovoltaic panel) and conventional energy sources (battery) to satisfy the power demand of the grid by using WSN ( wireless sensor networks) technology. The objective of this paper is to propose a prototype to study the performance analysis of power monitoring between photovoltaic panel and battery by sensing parameters like generated power, availability of power reserve etc through WSN (ZigBee). The key simulation and experimental results are included to verify the proper operation and control of microgrid.
Advantages and recent advances of smart energy grid
Smart grid is widely recognized technology used to improve the stability and losses of the electric power system. It is encouraging reliability, efficiency, and effective control of the supply of electrical energy. However, it is a hot topic for recent publications and still has a limited understanding among researchers. This review work is to provide insight and support to the beginner researchers since this topic needs a multidisciplinary background knowledge. The conventional electric transmission system and distribution networks struggle to provide resilient performance and reliable service and real-time data. Also, smart grid id a promising network maneuver to stabilize the system once any disturbances break out by using the distributed renewable energy generators, while the conventional networks lack for flexibility to integrate with renewable energy generators or microgrids. This comprehensive work is conducted to map previous controbution in a coherent manar, including the specifications, features, and fundamentals that are presented to benefit the interested readers interested in smart grid development.
Development of Smart Grid Interoperability for Energy Efficiency Systems
The power grid is at present undergoing a chronological transform of state from the conventional structure where a utility owns the generation, transmission and distribution services into an integrated smart grid in a monopolistic market which introduce consumers as active players in managing and controlling the power. This report provides development of smart grid interoperability for energy efficiency. A systematic approach for developing smart grid interoperability tests was adopted by analyzing two houses, two industries and two institutions while looking at the analysis of their active power. This analysis of active power gives the exact idea to know the range of maximum permissible loads that can be connected to their relevant bus bars. This project presents the change in the value of Active Power with varying load angle in context with small signal analysis using wind, solar and generator grid . The result obtained showed that, consumers can then choose the cheapest energy to be consumed at convenience with a major focus on the institutional results which showed that, with either solar or wind they can have constant supply for a period between 8am to 10pm on daily basis, since their major operations are done in the day. Oluwabunmi Bilikisu Owolabi "Development of Smart Grid Interoperability for Energy Efficiency Systems" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-6 | Issue-7 , December 2022, URL: https://www.ijtsrd.com/papers/ijtsrd52487.pdf Paper URL: https://www.ijtsrd.com/engineering/electrical-engineering/52487/development-of-smart-grid-interoperability-for-energy-efficiency-systems/oluwabunmi-bilikisu-owolabi
Local Energy and Flexibility Markets and Local Energy Communities
Local Energy and Flexibility Markets and Local Energy Communities
The document discusses research on local energy and flexibility markets considering electric vehicles (EVs). The research vision is that EVs will serve as dynamic contributors to local energy ecosystems, enhancing sustainability and resilience. Key questions include determining the optimal market structure, pricing mechanisms, data needs, and tools for real-time operations. The researcher's relevant experience includes power flow analysis, renewable integration, EV load modeling, vehicle-to-grid technology, and optimization approaches. Active institutions in this work include universities and industry partners in Europe and Asia.
Feasibility analysis and modeling of a solar hybrid system for residential el...
The process of transforming sunshine energy into electrical power is known as solar power generation. Photovoltaic (PV) technology has recently proved its cost-effectiveness and low environmental impact in generating power. The key goals of this study are to develop a solar PV system for charging electric vehicles (EVs) while utilizing the residential apartment's current domestic power supply. This study focuses on modeling grid-interactive solar PV systems for charging EVs inside a 40-unit residential apartment complex. The Solar Pro tool is used to do the techno-economic analysis of the modeled PV system. The research investigates the installation of a rooftop solar plant devoted to delivering electricity to EV charging devices on a real-time five-story residential building. The performance of the PV plant is tested under a variety of scenarios, including EV loading, shadow mapping, and local meteorological conditions. The PV plant's size is optimized at 150 kW, taking into consideration economic aspects as well as the actual proportions of the structure. In addition, the MiPower tool is used to do a load flow study of the modeled system, which includes both the grid and the PV system. This research evaluates line losses, line loading, and voltage levels at each bus at maximum loading circumstances.
Final Year Project WSE
This document presents a project report on a mobile charging system using hybrid solar energy. It was submitted by three students to partially fulfill the requirements for a Bachelor of Technology degree in Electrical and Electronics Engineering.
The system uses both solar panels and wind turbines to generate electricity. The solar panels convert sunlight to DC current, while the wind turbines use wind power to rotate a generator and produce DC current. Both sources charge a circuit board simultaneously that is used to charge connected mobile phones. A digital clock and temperature display are also included.
The report includes an abstract, table of contents, introduction on renewable energy and hybrid power systems, literature review on solar, wind and hybrid systems, methodology and implementation details, results from testing, and
A Result Paper on: Power Grid Associated With Web Using Non-Conventional Ener...
This paper proposes a household power unit which is able to automatic switching and will communicatethrough Ethernet/Wi-Fi so utilization of the Non-conventional energy sources like solar energy will become more reliable. Further it will have madeready to end-user through electrical setup. The Arduino MEGA processor is preferred to work as an Embedded Device. The program loaded on this device will be work as Real time operating system. It isnecessary to process, control and communication. Other services are provided on the top of embedded device. It includes communication with server about the real-timeinformation on energy meters at customer`s location.Energy source selection, power-up the connection and disconnection are some of the services that areprovided through the online web portal. The web browser available at subscriber`s end, can act as an interface to these services provided.. Greater integration of renewable energy generation may be achieved by facilitating battery energy storage systems like integrating remote access to manage the set up like Ethernet, Web communication etc. The smart energy management of the resources is very important aspect. It allows collection of energy from multiple sources. In case of commercial and large scale implementation, the generated power at distribution level can be directly fed to the utility distribution network. Inthis paper, the smart energy management system is used where the battery monitoring systemworks alternately. ARDUINO MEGA 7 microcontroller is used to regulate the actual operating function as a core part of the setup. It is ideally appropriate for residential premises along with commercial applications.
Smart energy in the European Union
The document discusses smart energy in the European Union and outlines principles for smart grids and smart buildings. It argues that smart energy systems can improve energy efficiency, reduce costs for consumers, and provide a more secure energy system. Specifically, the principles outlined include: (1) maximizing customer benefits and minimizing costs and demand through energy management and demand response; (2) empowering consumers to control their energy usage through access to usage data and dynamic pricing; and (3) enabling utilities to reliably deliver power through reduced outages and integration of renewable energy.
Energy Infrastructure theme_20Feb_VH_NCCARF
This document discusses the Bruny Island Smart Grid Pilot project in Tasmania. The pilot aims to test the technical and economic feasibility of distributed battery storage. It is a multi-partner project led by TasNetworks, the local utility, to address challenges of an aging grid and help prevent a potential "utility death spiral". The pilot will provide insights into how battery storage could help shift peak demand and support higher levels of renewable energy on the grid in a sustainable business model for utilities undergoing transition.
Incorporating Solar Home Systems (SHS) for smart grid applications
This document discusses four possible scenarios for incorporating household solar PV systems into the power grid. Case 1 involves a utility grid connected to loads and private battery storage, with no power fed back to the grid. Case 2 has no battery storage, so any excess power is fed back to the grid. Case 3 uses communal battery storage at the grid level. Excess power is fed back to the grid. Case 4 adds a DC network connecting communal storage to homes, so excess power is stored rather than fed back via AC. Each case is evaluated based on technology, complexity, efficiency and flexibility. An effective system can be chosen based on requirements.
Bunaken Island | Nov-15 | Smart Villages Findings and Progress
By John Holmes
Off-grid electrification for development of small islands represents a number of unique challenges under the broad category of rural electrification. Small, off-grid island communities are particularly vulnerable to diesel price fluctuations and natural disasters, and thus, enhancing resilience through more sustainable and cheaper energy technologies should be a key priority. Financing the transition to these technologies – usually photovoltaic, micro-hydro or sometimes wind – is an essential hurdle to overcome. Once electricity systems are in place it is equally important that they are sustained in the longer term with effective arrangements for operation and maintenance, cost recovery etc. Related to this, is the productive use of the energy provided to increase islander incomes.
The workshop on Bunaken Island, Sulawesi, Indonesia from 3 to 5 November 2015, organised by the Smart Villages Initiative in collaboration with Kopernik, will explore these issues and develop recommendations for policy makers, development agencies and other stakeholders in energy provision to island communities.
More info: http://e4sv.org/events/off-grid-islands-electricity-workshop/
Paper id 25201442
This document discusses a proposed Smart Energy Distribution Management (SEDM) system that uses solar power and battery storage to help reduce power consumption. The SEDM controls power sockets using wireless communication based on the battery status and sets times for power usage. It can supply power from both the commercial grid and stored solar energy. The system prioritizes which devices to power based on preset battery level thresholds to make most efficient use of available energy. A hardware architecture is presented using a microcontroller, relays, wireless communication, and power monitoring to manage energy distribution from the solar and battery sources.
Microgrid review
This document discusses microgrids, which combine distributed energy generators like solar panels, wind turbines, and hydro plants. It describes the basic architecture of microgrids, including main substations, smart meters, storage batteries, and distributed generators. Microgrids help improve system efficiency and reliability by allowing generation and loads to operate as a subsystem. The document provides examples of existing microgrid ventures in India, some of which are operational while others are still in development. It analyzes the benefits of microgrids for providing backup power and reducing emissions from conventional generation technologies.
Energy Harvesting Alternatives for Powering Critical WSN Based and Autonomous...
Wireless Sensor Network WSN applications in the industry, domestic and commercial sectors are becoming quite interesting and exciting. For instance, since January 2005, major International Oil and Gas companies IOCs operating in Nigeria Niger Delta region have made wireless sensor network the defacto monitoring system for their vast oil and gas pipelines, oil wells and other facilities. This is because wireless technology has vast advantages over their wired counterpart. Despite the interest generated by the varied advantage of wireless sensor nodes in the oil and gas industry and other sectors, the biggest challenge lie in the limited battery energy of these tiny wireless sensor nodes. Battery energy of the wireless sensors are so limited that it will take maximum of one year to deplete and that will require massive replacements of the batteries so that the network will still be functional. This is almost impossible or very costly for a field of thousands or millions of wireless sensor nodes. This paper will examine the possibility of harvesting ambient or environmental energy sources such as RF, solar, piezoelectric, thermal etc to store and power these wireless sensor nodes so that the need for massive battery replacements will be avoided and costs saved. Fidelis C. Obodoeze | Ndidi Fidelia Ugwoke | Edith Angela Ugwu "Energy Harvesting Alternatives for Powering Critical WSN-Based and Autonomous Monitoring Systems" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-6 , October 2019, URL: https://www.ijtsrd.com/papers/ijtsrd29131.pdf Paper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/29131/energy-harvesting-alternatives-for-powering-critical-wsn-based-and-autonomous-monitoring-systems/fidelis-c-obodoeze
Renewable Energy Driven Optimized Microgrid System: A Case Study with Hybrid ...
This document summarizes a research study on designing an optimized hybrid microgrid system to meet the thermal and electrical demands of a building in a cost-effective way. The microgrid integrates solar PV, battery energy storage, and thermal energy storage. It was designed to reduce the building's energy consumption and carbon footprint. A case study of a campus in India analyzed reducing cooling loads by 50% using efficient chilled water and thermal energy storage. Shifting night cooling loads to daytime using thermal energy storage helped maximize solar energy use and reduce needed battery storage. The optimized microgrid design met the campus's total annual electrical load of 770,000 kWh through efficiency measures and renewable energy integration.
The Smart Grid Bob Moreo And Yuchen Mao
A grad school research paper and study of "smart grid" technology and economic development policy; I wrote part II of the paper, beginning on page 13.
Behm_Herne_NeMo_akt.pptx
Das D-A-CH Meeting bringt deutschsprachige FIWARE-Enthusiasten zu hochkarätigen Vorträgen und wertvollen Networking-Möglichkeiten zusammen. Ein besonderer Fokus liegt auf dem FIWARE iHubs Programm, das Beratung und Peers-Diskussionen für diejenigen bietet, die an der Gründung eines FIWARE iHubs interessiert sind. Aber das ist noch nicht alles! Wir haben noch weitere Highlights auf Lager, darunter die faszinierende Ausstellung "SMART WORLD by FIWARE", die komplett aus Legosteinen gebaut ist. Außerdem lassen wir viel Zeit zum Netzwerken und Business Talks bei Snacks und Getränken mit der Stadt Herne, NRW und ihren Spielern und mit Vertretern aus Österreich und der Stadt Wien im Speziellen. Aus DACH und darüber hinaus werden einige iHubs vertreten sein, auch das in Kürze entstehende iHub in Wien.
Katharina Hogrebe Herne Digital Days.pdf
Das D-A-CH Meeting bringt deutschsprachige FIWARE-Enthusiasten zu hochkarätigen Vorträgen und wertvollen Networking-Möglichkeiten zusammen. Ein besonderer Fokus liegt auf dem FIWARE iHubs Programm, das Beratung und Peers-Diskussionen für diejenigen bietet, die an der Gründung eines FIWARE iHubs interessiert sind. Aber das ist noch nicht alles! Wir haben noch weitere Highlights auf Lager, darunter die faszinierende Ausstellung "SMART WORLD by FIWARE", die komplett aus Legosteinen gebaut ist. Außerdem lassen wir viel Zeit zum Netzwerken und Business Talks bei Snacks und Getränken mit der Stadt Herne, NRW und ihren Spielern und mit Vertretern aus Österreich und der Stadt Wien im Speziellen. Aus DACH und darüber hinaus werden einige iHubs vertreten sein, auch das in Kürze entstehende iHub in Wien.
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Power management for a changing world
The changing world of energy is making it increasingly challenging to optimize power reliability, energy costs, and operational efficiency in critical power environments such as
hospitals, data centers, airports, and manufacturing facilities. Utility power grids are getting more dynamic, facility power distribution systems are becoming more complex, and
cyberattacks threaten network stability. More competitive pressures and environmental regulations are pushing expectations for energy efficiency and business sustainability higher than ever. Addressing these challenges requires new
digital tools designed specifically to enable faster response to opportunities and risks related to power system reliability and operations.
Isde 5
The International Institute for Science, Technology and Education (IISTE) , International Journals Call for papaers: http://www.iiste.org/Journals
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The document discusses a proposed system for wireless charging of electric vehicles using a home charging station. The system would allow EV owners to charge their vehicles wirelessly at home by transforming their home into an energy station. It would utilize wireless power transfer technology to enable efficient charging without cables or plugs. The system is intended to provide more convenience than traditional charging methods while also integrating renewable energy sources like solar panels.
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The document discusses digitalization of energy management and decentralized energy systems. It summarizes that increasing data volume is key to optimized energy management. Two major trends aiding this are electrification and digitalization to meet societal demands around issues like climate change and affordability. Examples provided include the Triangulum project transforming Manchester into a smart quarter using latest energy technologies and microgrids like one created at the University of Genoa campus.
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Smart grid is widely recognized technology used to improve the stability and losses of the electric power system. It is encouraging reliability, efficiency, and effective control of the supply of electrical energy. However, it is a hot topic for recent publications and still has a limited understanding among researchers. This review work is to provide insight and support to the beginner researchers since this topic needs a multidisciplinary background knowledge. The conventional electric transmission system and distribution networks struggle to provide resilient performance and reliable service and real-time data. Also, smart grid id a promising network maneuver to stabilize the system once any disturbances break out by using the distributed renewable energy generators, while the conventional networks lack for flexibility to integrate with renewable energy generators or microgrids. This comprehensive work is conducted to map previous controbution in a coherent manar, including the specifications, features, and fundamentals that are presented to benefit the interested readers interested in smart grid development.
Development of Smart Grid Interoperability for Energy Efficiency Systems
The power grid is at present undergoing a chronological transform of state from the conventional structure where a utility owns the generation, transmission and distribution services into an integrated smart grid in a monopolistic market which introduce consumers as active players in managing and controlling the power. This report provides development of smart grid interoperability for energy efficiency. A systematic approach for developing smart grid interoperability tests was adopted by analyzing two houses, two industries and two institutions while looking at the analysis of their active power. This analysis of active power gives the exact idea to know the range of maximum permissible loads that can be connected to their relevant bus bars. This project presents the change in the value of Active Power with varying load angle in context with small signal analysis using wind, solar and generator grid . The result obtained showed that, consumers can then choose the cheapest energy to be consumed at convenience with a major focus on the institutional results which showed that, with either solar or wind they can have constant supply for a period between 8am to 10pm on daily basis, since their major operations are done in the day. Oluwabunmi Bilikisu Owolabi "Development of Smart Grid Interoperability for Energy Efficiency Systems" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-6 | Issue-7 , December 2022, URL: https://www.ijtsrd.com/papers/ijtsrd52487.pdf Paper URL: https://www.ijtsrd.com/engineering/electrical-engineering/52487/development-of-smart-grid-interoperability-for-energy-efficiency-systems/oluwabunmi-bilikisu-owolabi
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Final Year Project WSE
This document presents a project report on a mobile charging system using hybrid solar energy. It was submitted by three students to partially fulfill the requirements for a Bachelor of Technology degree in Electrical and Electronics Engineering.
The system uses both solar panels and wind turbines to generate electricity. The solar panels convert sunlight to DC current, while the wind turbines use wind power to rotate a generator and produce DC current. Both sources charge a circuit board simultaneously that is used to charge connected mobile phones. A digital clock and temperature display are also included.
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This paper proposes a household power unit which is able to automatic switching and will communicatethrough Ethernet/Wi-Fi so utilization of the Non-conventional energy sources like solar energy will become more reliable. Further it will have madeready to end-user through electrical setup. The Arduino MEGA processor is preferred to work as an Embedded Device. The program loaded on this device will be work as Real time operating system. It isnecessary to process, control and communication. Other services are provided on the top of embedded device. It includes communication with server about the real-timeinformation on energy meters at customer`s location.Energy source selection, power-up the connection and disconnection are some of the services that areprovided through the online web portal. The web browser available at subscriber`s end, can act as an interface to these services provided.. Greater integration of renewable energy generation may be achieved by facilitating battery energy storage systems like integrating remote access to manage the set up like Ethernet, Web communication etc. The smart energy management of the resources is very important aspect. It allows collection of energy from multiple sources. In case of commercial and large scale implementation, the generated power at distribution level can be directly fed to the utility distribution network. Inthis paper, the smart energy management system is used where the battery monitoring systemworks alternately. ARDUINO MEGA 7 microcontroller is used to regulate the actual operating function as a core part of the setup. It is ideally appropriate for residential premises along with commercial applications.
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The document discusses smart energy in the European Union and outlines principles for smart grids and smart buildings. It argues that smart energy systems can improve energy efficiency, reduce costs for consumers, and provide a more secure energy system. Specifically, the principles outlined include: (1) maximizing customer benefits and minimizing costs and demand through energy management and demand response; (2) empowering consumers to control their energy usage through access to usage data and dynamic pricing; and (3) enabling utilities to reliably deliver power through reduced outages and integration of renewable energy.
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This document discusses the Bruny Island Smart Grid Pilot project in Tasmania. The pilot aims to test the technical and economic feasibility of distributed battery storage. It is a multi-partner project led by TasNetworks, the local utility, to address challenges of an aging grid and help prevent a potential "utility death spiral". The pilot will provide insights into how battery storage could help shift peak demand and support higher levels of renewable energy on the grid in a sustainable business model for utilities undergoing transition.
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Bunaken Island | Nov-15 | Smart Villages Findings and Progress
By John Holmes
Off-grid electrification for development of small islands represents a number of unique challenges under the broad category of rural electrification. Small, off-grid island communities are particularly vulnerable to diesel price fluctuations and natural disasters, and thus, enhancing resilience through more sustainable and cheaper energy technologies should be a key priority. Financing the transition to these technologies – usually photovoltaic, micro-hydro or sometimes wind – is an essential hurdle to overcome. Once electricity systems are in place it is equally important that they are sustained in the longer term with effective arrangements for operation and maintenance, cost recovery etc. Related to this, is the productive use of the energy provided to increase islander incomes.
The workshop on Bunaken Island, Sulawesi, Indonesia from 3 to 5 November 2015, organised by the Smart Villages Initiative in collaboration with Kopernik, will explore these issues and develop recommendations for policy makers, development agencies and other stakeholders in energy provision to island communities.
More info: http://e4sv.org/events/off-grid-islands-electricity-workshop/
Paper id 25201442
This document discusses a proposed Smart Energy Distribution Management (SEDM) system that uses solar power and battery storage to help reduce power consumption. The SEDM controls power sockets using wireless communication based on the battery status and sets times for power usage. It can supply power from both the commercial grid and stored solar energy. The system prioritizes which devices to power based on preset battery level thresholds to make most efficient use of available energy. A hardware architecture is presented using a microcontroller, relays, wireless communication, and power monitoring to manage energy distribution from the solar and battery sources.
Microgrid review
This document discusses microgrids, which combine distributed energy generators like solar panels, wind turbines, and hydro plants. It describes the basic architecture of microgrids, including main substations, smart meters, storage batteries, and distributed generators. Microgrids help improve system efficiency and reliability by allowing generation and loads to operate as a subsystem. The document provides examples of existing microgrid ventures in India, some of which are operational while others are still in development. It analyzes the benefits of microgrids for providing backup power and reducing emissions from conventional generation technologies.
Energy Harvesting Alternatives for Powering Critical WSN Based and Autonomous...
Wireless Sensor Network WSN applications in the industry, domestic and commercial sectors are becoming quite interesting and exciting. For instance, since January 2005, major International Oil and Gas companies IOCs operating in Nigeria Niger Delta region have made wireless sensor network the defacto monitoring system for their vast oil and gas pipelines, oil wells and other facilities. This is because wireless technology has vast advantages over their wired counterpart. Despite the interest generated by the varied advantage of wireless sensor nodes in the oil and gas industry and other sectors, the biggest challenge lie in the limited battery energy of these tiny wireless sensor nodes. Battery energy of the wireless sensors are so limited that it will take maximum of one year to deplete and that will require massive replacements of the batteries so that the network will still be functional. This is almost impossible or very costly for a field of thousands or millions of wireless sensor nodes. This paper will examine the possibility of harvesting ambient or environmental energy sources such as RF, solar, piezoelectric, thermal etc to store and power these wireless sensor nodes so that the need for massive battery replacements will be avoided and costs saved. Fidelis C. Obodoeze | Ndidi Fidelia Ugwoke | Edith Angela Ugwu "Energy Harvesting Alternatives for Powering Critical WSN-Based and Autonomous Monitoring Systems" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-6 , October 2019, URL: https://www.ijtsrd.com/papers/ijtsrd29131.pdf Paper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/29131/energy-harvesting-alternatives-for-powering-critical-wsn-based-and-autonomous-monitoring-systems/fidelis-c-obodoeze
Renewable Energy Driven Optimized Microgrid System: A Case Study with Hybrid ...
This document summarizes a research study on designing an optimized hybrid microgrid system to meet the thermal and electrical demands of a building in a cost-effective way. The microgrid integrates solar PV, battery energy storage, and thermal energy storage. It was designed to reduce the building's energy consumption and carbon footprint. A case study of a campus in India analyzed reducing cooling loads by 50% using efficient chilled water and thermal energy storage. Shifting night cooling loads to daytime using thermal energy storage helped maximize solar energy use and reduce needed battery storage. The optimized microgrid design met the campus's total annual electrical load of 770,000 kWh through efficiency measures and renewable energy integration.
The Smart Grid Bob Moreo And Yuchen Mao
A grad school research paper and study of "smart grid" technology and economic development policy; I wrote part II of the paper, beginning on page 13.
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Join our 9th FIWARE Global Summit (#FIWARESummit23) in Austria's capital of Vienna in the stunning Vienna City Hall being one of the most splendid amongst the numerous monumental buildings along Vienna's amazing palaces and buildings. FIWARE Global Summit (FGS) is one of the leading Open Source and Open Standards conferences for entrepreneurs, public administrations, academia, developers, start-ups, and technologists worldwide.
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Das FIWARE Netzwerktreffen für den deutschsprachigen Raum finden nun bereits das dritte Mal statt. Das nächste Treffen wird in Wien stattfinden - einer der lebenswertesten und resilientesten Städte der Welt. Diese Veranstaltung ist Teil des FIWARE Global Summit After Program, das von der Stadt Wien und der Wirtschaftsagentur Wien ausgerichtet wird.
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- 1. Vienna, Austria 12-13 June, 2023 #FIWARESummit From Data to Value OPEN SOURCE OPEN STANDARDS OPEN COMMUNITY The Smart Energy Suitecase - How Education and Training can be facilitated in a hands-on manner Haydar Mecit Bochum University of Applied Sciences, Germany
- 2. Background Haydar Mecit 2 • To fight climate change many countries and companies are heavily invested in renewable / decentralised energy systems (e.g. windturbines or PV-plants), battery energy storage systems or electric vehicles. • However, this requires a digitalization focused education for realizing the future energy system 🡪 Smart Energy education for urgently needed future experts ! Source: Picture Link • But a transformation of our energy systems based on dynamically changing renewable energy sources (the so called „Energiewende“) needs digitalization efforts by properly educated people. „Energiewende“ Source: Own representation • Digital control of power plants & energy flows in distribution grids is required to ensure energy supply & grid stability. Source: Picture Link Source: Picture Link
- 3. 7 prosumer homes neighborhood PROSUMER homes – the energy PROducing conSUMER How sustainable Smart Energy can be realized with buildings *funded by the Federal Ministry of Education and Research Picture sources: Stadtwerke Herne AG, Waterkotte GmbH, Google Maps •We are analyzing data of seven almost energy self-sufficient residential buildings constructed by a local utility for private households/residents. •Part of a funded project* named "Smart City Living Labs" at our university. •Goal: Assessing prosumer scenarios with renewable energies and electromobility using FIWARE enabling technologies. •Such buildings are based on smart energy approaches and are seen as an important building block on our way to the energy system transition. Haydar Mecit 3
- 4. Our Smart Energy education approach to teach about renewables&digitalization Functional miniature models for teaching novel Smart Energy concepts Picture sources: Bochum University of Applied Sciences and Fiware Foundation e.V. Development of 3D printed miniature models of prosumer homes consisting of a self-developed microcontroller board, electrical circuits & components which are functional and programmable via open source based software modules (FIWARE). Connecting smart energy data via FIWARE context broker, e.g. for visualization, analysis and control of energy flows Haydar Mecit 4
- 5. Our Smart Energy education to teach about renewables & digitalization Picture sources: Bochum University of Applied Sciences Haydar Mecit 5
- 6. Picture sources: Bochum University of Applied Sciences Our Smart Energy education to teach about renewables & digitalization The so called „Smart Energy Suitcase“ for hands on trainings everywhere Haydar Mecit 6
- 7. Our Smart Energy education to teach about renewables & digitalization Haydar Mecit 7 Picture sources: Bochum University of Applied Sciences
- 8. Vienna, 12-13 June, 2023 | #FIWARESummit www.fiware.org Hosting Partner Keystone Sponsors Media Partners Find Us On Stay up to date Be certified and featured JOIN OUR NEWSLETTER
- 9. Vienna, Austria 12-13 June, 2023 #FIWARESummit Thanks! Prof. Dr. Haydar Mecit Haydar.Mecit@hs-bochum.de Find me on LinkedIn