MES 2015 -SELCO Foundation
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This document analyzes the suitability of microgrids and individual energy systems. It finds that microgrids and individual systems can provide comparable energy access currently. However, microgrids have higher lifetime costs for end users due to operator and entrepreneur costs. Both models also face challenges supporting livelihoods due to issues like lack of behavioral changes, vendors, financial support, and innovative products. The document recommends that policymakers provide clarity on grid integration and support multiple energy access models. It also recommends financial support for innovations and microenterprises to ensure sustainability. Entrepreneurs should use various technologies and business models suitably and assure proper maintenance.
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The document discusses renewable energy and mini-grids for powering agriculture. It summarizes a project called "Lighting a Billion Lives" that provides clean energy access to rural households through mini-grids, solar home systems, and other technologies. Over 4.5 million lives have been impacted and many green jobs have been created. The project focuses on developing relevant business models, technology solutions, and financial models to make clean energy affordable and accessible. Challenges in implementation are also discussed.
Microgrid Training Course From Tonex Experts
Microgrid training is outlined by TONEX and will help you to comprehend the idea of Microgrids, Microgrid control, security against deficiencies, Microgrid anticipating and Microgrid financial dispatch definition.
By taking Microgrid training course, you will likewise find out about the principle segments of a Microgrid, activity, administration, security, arranging and various leveled control levels in Microgrids.
The audience of microgrid training course will learn about :
Market Models of Microgrids
Microgrid Control Architecture
Communication Technology in Microgrids
Energy Markets
Hierarchical Control of microgrids
Microgrid Operators
Multi-Agent System Theory
Centralized and Decentralized Microgrid Control
Coordination Algorithms for Microgrid Control
Game Theory Algorithms for Microgrids
Microgrid State Estimation
Demand Forecasting
Master-Slave Control in Microgrids
Microgrid Local Controllers
Tertiary Controllers
Ancillary Services in Microgrids
Voltage Droop Control
Benefits of Microgrid Operation
Potential Microgrid Benefits
Economic Benefits of Microgrids
Technical and Environmental Benefits of Microgrids
Benefit Qualification Study
Quantification of Microgrid Benefits under Standard Test Condition
Balancing and Energy Standard Tests
Social Aspects of Microgrid Deployment
Impact of External Market Prices and Pricing Policies
Sensitivity of Energy Balancing in Response to External Market Prices
Sensitivity of Economic Benefits
Impact of Microgrid Operation Strategy
Learn more about microgrid training
https://www.tonex.com/training-courses/microgrid-training/
How the Traditional Utility Model is Being Challenged by Disruptive Technolog...
How the Traditional Utility Model is Being Challenged by Disruptive Technolog...Career Communications Group
Today’s energy company is not the same company it was 30, 40 or 50 years ago. The Exelon family of companies has had a long history of proven reliability and performance that had to evolve along the way to meet customer demands. With the increased popularity of distributed generation (solar, wind, biodiesel, etc.) along with micro grids are helping to change the foundation of the traditional utility to meet the demands of our modern economy. Join Exelon Corporation as we explore the advances we’re taking to help build a stronger and smarter foundation for our customers and energy grid.
Influence of Smart Technology in Power System
This document discusses the influence of smart technology in power systems. It begins with an introduction to traditional power systems and their limitations. It then defines smart grids as power systems equipped with two-way communication that can improve efficiency, reliability, accommodate renewables, and locate faults. The document outlines the major components of smart grids including transmission and distribution automation, smart appliances, renewable energy sources, smart meters, and energy storage. It discusses problems and research gaps in these areas and inputs required. The motivation is to address issues with traditional systems through automated controls and technologies to achieve the benefits of smart grids.
The 51st State Initiative
Stage 1 of the roadmap focuses on developing standards, protocols, and codes of conduct. Key actions include developing grid interconnection standards, cybersecurity standards, and codes of conduct for customer data and utility-owned distributed energy resources. The objectives are to ensure safe, reliable, and secure grid operations and protect customer data and access to the grid. Challenges include interfacing with national organizations and integrating standards into state regulations.
ScottMadden's 51st State Roadmap
Distributed energy resources (DERs) can provide net benefits to the electric system (e.g., congestion relief) and broader society (e.g., emission reductions). However, despite these advantages, the deployment of high penetrations of DER has proved challenging. Against this backdrop, the electric utility is often singled out as a fundamental barrier to deployment of DER assets. To overcome the perceived electric utility shortcomings, many stakeholders conclude that a completely new model is needed for the electric industry.
ScottMadden disagrees with this assessment and instead believes electric utilities maintain natural advantages that can be leveraged to deploy renewables and DER assets as well or better than some models being offered. In our 51st Phase II Roadmap, ScottMadden proposes leveraging the natural advantages of the electric utility in order to accelerate the deployment and penetration of DER assets.
For more information, please visit www.scottmadden.com.
Islamabad | Oct-15 | Developing an Enabling Framework for Decentralized Micro...
- The document discusses developing an enabling framework for decentralized micro-grids in Pakistan to address problems with the centralized grid system, such as high transmission losses, low reliability, and environmental emissions.
- Micro-grids are presented as a solution with benefits like higher efficiency, reliability, and sustainability due to local generation and distribution.
- The types of micro-grids, their applications, and Pakistan's rural electrification experiences are reviewed. Concerns with micro-grids like financial, policy, regulatory and fuel issues are also covered.
- In conclusion, micro-grids are seen as a building block for sustainable and reliable future energy networks in Pakistan that can help meet remote and off-grid population needs better than the centralized
State Grid Modernization presentation from SEPA's 2018 Utility Conference
State Grid Modernization presentation from SEPA's 2018 Utility ConferenceSmart Electric Power Alliance
Representatives from ComEd, the Environmental Defense Fund and the Center for Energy and Environment present their findings on state grid modernization during SEPA's 2018 Utility Conference.WorkTric Business Overview (EN)
WorkTric is an energy services company founded in 2019 by power industry specialists to provide cost-effective energy and power solutions. With over 24 years of experience, WorkTric aims to operate and manage energy assets with high quality processes. The company offers safety, reliability, productivity and efficiency solutions such as low voltage systems, transformers, UPS, and electrical testing. WorkTric also provides energy efficiency solutions like smart switchboards, VFDs, and lighting; as well as sustainability consultancy and Industry 4.0 technology solutions.
Presentation to the Australian Energy Week Conference June 2017
A presentation from Horizon Power CEO Frank Tudor on the future of electricity and role of microgrids.
Smart Grid training course description V_2.1
This two-day training workshop from ABB focuses on innovative and mission critical solutions for smart grid implementations. The workshop will provide an overview of challenges and opportunities related to optimizing power system performance through holistic approaches and technologies. Attendees will learn about smart grid technologies, challenges of implementation, how smart grid can reduce costs and impact business development. The training is intended to give utilities and other stakeholders a basic understanding of these topics.
Energy trading in microgrids and managment system
In these slides we discuss that how to trade a energy which is generated from renewable resources and how to manage that energy
Regards: Dr Muhammad Naeem
Assistant Professor CIIT WAH Cantt
IREC part 02
The document discusses smart grids and the integration of renewable energy sources and electric mobility into power systems. It covers advanced energy management tools, cost benefit analysis of smart grid projects, and life cycle assessment of smart grid projects. Specifically, it summarizes a study on an energy management system called IREMS that optimally manages generators, loads, and storage in microgrids. It also provides an overview of guidelines for conducting cost-benefit analysis of smart grid projects, and analyzes a case study of a project called REVE that aimed to use electric vehicles for energy storage to improve the electricity network's load factor.
Control and Sizing for Microgrid.pptx
This document discusses methods for sizing microgrid systems that incorporate renewable energy sources. It describes different types of loads including isolated areas, residential, industrial, and commercial buildings. Software tools like HOMER, iHOGA, and INSEL are discussed for simulating and optimizing hybrid system sizing. HOMER can simulate over 1,000 potential systems and sort them by optimization criteria. Traditional sizing methods including analytical, iterative, probabilistic, and artificial intelligence approaches are also summarized.
Sgcp14hampshire
This document discusses smart grids and consumer engagement. It defines smart grids as electricity networks that can intelligently integrate the behavior of generators, consumers, and prosumers to efficiently deliver sustainable, economic, and secure electricity. The document discusses how changing energy usage and generation requires more intelligent energy systems. It also summarizes strategies used in Vaxjo, Sweden to engage consumers and encourage energy efficient behavior through tools like EnergiKollen that gamified energy usage data. The document concludes that smart grids can help consumers manage costs as energy systems transition to being more low-carbon and distributed.
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MES 2015 -SELCO Foundation
- 1. Analysis Of Suitability Of Micro Grids And Individual Systems Vikshut Mundkur Felix Varghese Ana Gajarales
- 2. • Objectives • Methodology • Suitability Factors Technical Operational Sustainability Financial Impact • End User Costs • Conclusions • Recommendations Outline
- 3. Objectives • To explore the possibilities of co-existence of micro grids and individual systems for energy access. • To evaluate the following notions 1. Either micro grids or individual systems are better or more suitable than their counterpart. 2. Micro grids support livelihoods. 3. Micro grids face prohibitive costs and there is no sustainable business model.
- 4. Methodology • Literature Review • Interactions with Practioners • Interactions with Policy Makers Micro Grid (solar PV): A power system where produced electricity (200W – 10kW) is fed into a small distribution network that provides a number of end users with electricity in their premises. For analysis we have considered models catering up to 100 households. Individual Systems: A stand-alone system that is capable of providing energy for households, institutions and powering equipments without a transmission network. This includes solar home systems, standalone systems for institutions, enterprises and livelihood activities.
- 5. Suitability Factors Technical • Flexibility for the End User • Scalability • Scope for Grid Integration Operational Sustainability • Operation and Maintenance • Ownership Models
- 6. Financial Factors • Demonstration of Viable Business Models • End User Financing Impact • Towards Cost/Service • Livelihood Impact
- 7. Monthly cost for the end user 0 50 100 150 200 250 300 10 35 100 RupeesperMonth Household size 2Lights + Cell Phone - Monthly Costs to Household SHS MG
- 8. Life time costs for the end user 0.00 500.00 1,000.00 1,500.00 2,000.00 2,500.00 3,000.00 3,500.00 4,000.00 4,500.00 5,000.00 0 1 2 3 4 5 6 7 8 9 10 AnnualExpenditure,INR Lifetime, Years 2Lights+Cellphone, Lifetime End-User Costs SHS MG - 10h MG - 35h MG - 100h
- 9. Conclusions • Micro grids and individual systems provide comparable services in the present energy access scenario. • Considering the lifetime costs for the end user, micro grids are costly owing to operator and an entrepreneur. • Currently both micro grids and individual systems are facing challenges to support livelihoods – behavioral changes, non availability of vendors and technology providers , lack of financial support for innovative products.
- 10. Recommendations Policy Makers • Clarity regarding aspects of grid integration. • Flexibility for using different DRE models for energy access in government schemes. • Focus on human resource development for the sector. Financial Institutions & Funding Agencies • Extending Financial support for innovations in the sector. • Financing for micro enterprise development along with energy access for ensuring sustainability.(Soft Funds) • Leveraging on existing MFIs and other micro credit institutions for carrying out tariff collection
- 11. Entrepreneurs • Making use of wide spectrum of technologies and business models for energy access according to the suitability factors. • Assuring proper follow up and maintenance services by building local capacities and constant up gradation of skills.