Climate change smart grid-india
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Smart Grid presentation for educators, scholars and public. Case studies were done for smart meters, AT&C loss, Desertec, CEE, other smart grid initiatives like ABB. General lectures can be deliver like climate change mitigation, environment, climatechange, economy etc.
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SMART GRID DEVELOPMENT IN INDIA - by Mr. S.R. Sethi, Senior Advisor UPES
This document provides an overview of power generation and distribution in India. It discusses the various modes of power generation including thermal (~65%), hydro (~22%), and renewable (~10%) sources. Power is transmitted through central and state transmission utilities and distributed to end users through distribution agencies. The key end user segments are industries (38%), domestic (22%), agriculture (22%), and commercial (8%). The document also discusses India's goals for renewable energy capacity addition and integration through its 12th and 13th five year plans.
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This document provides a summary of a presentation on the design of a smart off-grid energy system. It discusses India's energy scenario and the need for smart grids. It describes the components, software, and standards used for hybrid and smart grid system design. It covers the sizing, modeling, and scheduling of a wind-diesel-battery storage system including wind speed forecasting and load assessment. Circuit diagrams and results are presented for a developed smart off-grid energy system model that integrates renewable energy and allows for smart utilization of energy through various sensors and controls.
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The document provides an introduction to smart grid technologies. It defines a smart grid as an electricity network that uses digital computing and communication technologies to intelligently integrate generators, consumers, and prosumers. The key components of a smart grid include smart meters, home energy management systems, renewable generation integration, and technologies like sensing and advanced control methods. While smart grids provide benefits like improved reliability and sustainability, challenges remain around costs, policy and regulation, and ensuring interoperability between new and old equipment. Overall, smart grids are seen as revolutionizing the electrical network for more efficient, reliable and green energy in the future.
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Smart grid is a future grid that should be implemented for smooth operation of the grid as well as environment friendly.
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The document discusses smart grid control. It defines smart grid control as algorithms or rules to handle smart grid systems. This allows for implementation of renewable energy and microgrids while making power grid control over wide area networks more challenging. The document outlines various smart grid control enablers like sensors, communication channels, and computational platforms. It also discusses frameworks for smart grid control from standards bodies like NIST. Specific control applications discussed include automated demand response, distribution grid optimization, and wide-area control using phasor measurement units.
Recommended
SMART GRID DEVELOPMENT IN INDIA - by Mr. S.R. Sethi, Senior Advisor UPES
This document provides an overview of power generation and distribution in India. It discusses the various modes of power generation including thermal (~65%), hydro (~22%), and renewable (~10%) sources. Power is transmitted through central and state transmission utilities and distributed to end users through distribution agencies. The key end user segments are industries (38%), domestic (22%), agriculture (22%), and commercial (8%). The document also discusses India's goals for renewable energy capacity addition and integration through its 12th and 13th five year plans.
Smart Grid presentation 2
The document discusses electrical power systems and smart grids. It describes circuit breakers and their schematic representations. It then lists several areas where smart grids could provide opportunities for involvement, including electronic monitoring systems and relays for generation, transmission using technologies like PMUs, and distribution for protection, control, and integrating renewable energy. It finally mentions smart metering and load management for supply.
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This document provides a summary of a presentation on the design of a smart off-grid energy system. It discusses India's energy scenario and the need for smart grids. It describes the components, software, and standards used for hybrid and smart grid system design. It covers the sizing, modeling, and scheduling of a wind-diesel-battery storage system including wind speed forecasting and load assessment. Circuit diagrams and results are presented for a developed smart off-grid energy system model that integrates renewable energy and allows for smart utilization of energy through various sensors and controls.
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Smart grid is a future grid that should be implemented for smooth operation of the grid as well as environment friendly.
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The document provides an overview of smart grids in India, including:
1) It discusses the need for smart grids in India to address challenges like high transmission and distribution losses, power theft, and unreliable electricity access. Smart grids could help improve efficiency and reliability.
2) It outlines some of the key smart grid technologies and characteristics, like two-way communication, remote operation, and ability to integrate renewable energy sources.
3) It discusses various Indian government initiatives to promote smart grids, including forming the India Smart Grid Task Force and India Smart Grid Forum, as well as projects under the Distribution Reform, Upgrades and Management program and Re-Structured Accelerated Power Development and Reforms Program.
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The presentation gives an introduction to the concept of smart grids and compares it with the existing power grid. It provides a brief idea about the technologies involved in smart grids.
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(a).What is smart grid technology?
(b).Role and necessity of smart grid technology
(c).Benefits and application of grid
(d).Various challenge of grid
(e).Best possible location
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This document provides a survey of smart grid technologies and applications. It defines smart grid and discusses its key characteristics and functions. The smart grid uses digital technologies to provide a two-way power flow system that is self-healing, resilient, and sustainable. It allows for integration of renewable energy and distributed generation. Smart grid technologies discussed include smart meters, smart sensors, vehicle-to-grid, and home and building automation. The document also explores smart grid applications for metering, communication, and substation, feeder, and home automation. Overall, the smart grid is expected to provide economic and environmental benefits through improved efficiency, reliability, and integration of renewable energy.
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This document provides an overview of active power analysis for smart grids using MATLAB. It discusses key concepts like active power flow, smart grid attributes, and power quality issues. It also describes tools in MATLAB like Simscape Power Systems that can be used to model and simulate electrical power systems. Different types of power quality conditioners are explained, including DSTATCOMs, active power filters, and UPQC devices that can address issues like voltage regulation, harmonics compensation, and power factor correction in smart grids. In conclusion, the document discusses performing active power load analysis on a smart grid model in MATLAB to analyze stability and synchronous active power flow under varying load conditions.
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The document discusses the implementation of the Restructured Accelerated Power Development and Reforms Program (R-APDRP) in Rajasthan, India. Key points:
- R-APDRP aims to establish reliable baseline data and adopt IT in energy accounting to reduce losses before distribution strengthening projects.
- It has two parts - Part A focuses on IT applications for energy auditing and consumer services. Part B covers network renovation.
- The Discoms of Rajasthan have taken steps like forming implementation committees and appointing an IT consultant to timely execute the scheme and avail grants.
- Benefits of R-APDRP include increased consumer satisfaction, transparency, reduced out
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This document provides an overview of smart grids and their goals and challenges. It discusses how smart grids use digital technologies to monitor electricity transport from generation to users. The goals of smart grids include self-healing, demand response, resilience, power quality, and optimization. Key challenges are integrating variable renewable generation, consumer engagement, distribution automation, and transmission automation. It also outlines how technologies like phasor measurement units and GPS help with issues like wide-area protection and control.
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The document discusses smart grid technology. It begins with an introduction and then covers related work, components of a smart grid like connectivity networks and access networks, how smart grids work using two-way communication, features, comparisons to traditional grids, advantages like reduced losses and carbon footprint, and disadvantages like intermittent renewable sources. It concludes that smart grids will modernize energy supply and create smart homes and cities. The future scope is improved infrastructure and widespread adoption like the Internet. References are provided.
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The document discusses the need for and vision of smart power grids. It notes that increasing population and energy demand, exhausting non-renewable resources, and the negative environmental impacts of current power generation require more reliable, efficient, and sustainable energy infrastructure. A smart grid aims to optimize grid use, improve efficiency and security, better align supply and demand, enable distributed renewable generation, and empower customers. It will feature more flexible, accessible, and reliable systems based on open standards to facilitate innovation.
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The document discusses India's power grid network and the transition to a smart grid system. It provides information on:
- India's existing regional power grids and their interconnections.
- The definition and key characteristics of a smart grid, including its use of digital technology, smart meters, and two-way communication.
- The advantages of a smart grid like enabling renewable energy integration, demand response programs, and modernizing transmission and distribution systems.
Smart Grid - An Outline
Smart Grid is a domain that straddles several technologies. This is an attempt to present a quick outline of the relevant technologies. The presentation also includes a bird's eye view of the key smart grid players including large companies, start-ups and power utilities.
SmartGrid System Report
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- The introduction summarizes smart grids as adding new technologies and equipment to existing power grids to allow two-way energy and information flows.
- Key features of smart grids include distributed power generation, self-monitoring, adaptive micro-grids, and giving consumers control over their energy usage.
- Benefits of smart grids are more efficient transmission, quicker restoration after outages, lower costs for utilities and consumers, increased renewable energy integration, and improved security.
- Challenges include developing wireless mesh routing protocols, ensuring security and quality of service, and designing effective communication networks.
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concept of resilience and self healing in smart grid
The document discusses concepts related to resilience and self-healing in smart grids. It defines a smart grid as an electrical grid using communications technologies to improve efficiency. Key functions include enabling customer participation and accommodating different generation options. Self-healing is the ability of a system to automatically restore itself without human intervention. For the electrical grid, this means timely detection of issues and minimizing loss of service through reconfiguring resources. The transmission and distribution components can be modeled using graph theory to analyze resilience. Automatic meter reading is one approach for distribution grids.
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The document provides an overview of smart grids in India, including:
1) It discusses the need for smart grids in India to address challenges like high transmission and distribution losses, power theft, and unreliable electricity access. Smart grids could help improve efficiency and reliability.
2) It outlines some of the key smart grid technologies and characteristics, like two-way communication, remote operation, and ability to integrate renewable energy sources.
3) It discusses various Indian government initiatives to promote smart grids, including forming the India Smart Grid Task Force and India Smart Grid Forum, as well as projects under the Distribution Reform, Upgrades and Management program and Re-Structured Accelerated Power Development and Reforms Program.
4
Smart Grids: An Introduction
The presentation gives an introduction to the concept of smart grids and compares it with the existing power grid. It provides a brief idea about the technologies involved in smart grids.
Smart grid technology
(a).What is smart grid technology?
(b).Role and necessity of smart grid technology
(c).Benefits and application of grid
(d).Various challenge of grid
(e).Best possible location
Smart grid(v1)
This document provides an overview of smart grid technology. It begins by describing the conventional power grid and its drawbacks, such as aging equipment, obsolete systems, and lack of storage. It then introduces the smart grid as an infrastructure that supports advanced electricity generation, delivery, consumption, metering, monitoring, management, and communication technologies. Key differences between the conventional and smart grids are discussed. The document outlines various components that can be made smart, such as generation, transmission, distribution, and consumption. It proposes using optimization techniques and algorithms like genetic algorithms and particle swarm optimization to design an energy efficient and cost effective smart grid model.
A survey on smart grid technologies and applications
This document provides a survey of smart grid technologies and applications. It defines smart grid and discusses its key characteristics and functions. The smart grid uses digital technologies to provide a two-way power flow system that is self-healing, resilient, and sustainable. It allows for integration of renewable energy and distributed generation. Smart grid technologies discussed include smart meters, smart sensors, vehicle-to-grid, and home and building automation. The document also explores smart grid applications for metering, communication, and substation, feeder, and home automation. Overall, the smart grid is expected to provide economic and environmental benefits through improved efficiency, reliability, and integration of renewable energy.
Smart grid presentation
This document provides an overview of active power analysis for smart grids using MATLAB. It discusses key concepts like active power flow, smart grid attributes, and power quality issues. It also describes tools in MATLAB like Simscape Power Systems that can be used to model and simulate electrical power systems. Different types of power quality conditioners are explained, including DSTATCOMs, active power filters, and UPQC devices that can address issues like voltage regulation, harmonics compensation, and power factor correction in smart grids. In conclusion, the document discusses performing active power load analysis on a smart grid model in MATLAB to analyze stability and synchronous active power flow under varying load conditions.
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The document discusses the implementation of the Restructured Accelerated Power Development and Reforms Program (R-APDRP) in Rajasthan, India. Key points:
- R-APDRP aims to establish reliable baseline data and adopt IT in energy accounting to reduce losses before distribution strengthening projects.
- It has two parts - Part A focuses on IT applications for energy auditing and consumer services. Part B covers network renovation.
- The Discoms of Rajasthan have taken steps like forming implementation committees and appointing an IT consultant to timely execute the scheme and avail grants.
- Benefits of R-APDRP include increased consumer satisfaction, transparency, reduced out
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This document provides an overview of smart grids and their goals and challenges. It discusses how smart grids use digital technologies to monitor electricity transport from generation to users. The goals of smart grids include self-healing, demand response, resilience, power quality, and optimization. Key challenges are integrating variable renewable generation, consumer engagement, distribution automation, and transmission automation. It also outlines how technologies like phasor measurement units and GPS help with issues like wide-area protection and control.
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The document discusses smart grid technology. It begins with an introduction and then covers related work, components of a smart grid like connectivity networks and access networks, how smart grids work using two-way communication, features, comparisons to traditional grids, advantages like reduced losses and carbon footprint, and disadvantages like intermittent renewable sources. It concludes that smart grids will modernize energy supply and create smart homes and cities. The future scope is improved infrastructure and widespread adoption like the Internet. References are provided.
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The document discusses the need for and vision of smart power grids. It notes that increasing population and energy demand, exhausting non-renewable resources, and the negative environmental impacts of current power generation require more reliable, efficient, and sustainable energy infrastructure. A smart grid aims to optimize grid use, improve efficiency and security, better align supply and demand, enable distributed renewable generation, and empower customers. It will feature more flexible, accessible, and reliable systems based on open standards to facilitate innovation.
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this gives u information of smart grid infrastructure and smart metering and self healing and cyber security.
Smart Grid & SCADA Systems
The document discusses India's power grid network and the transition to a smart grid system. It provides information on:
- India's existing regional power grids and their interconnections.
- The definition and key characteristics of a smart grid, including its use of digital technology, smart meters, and two-way communication.
- The advantages of a smart grid like enabling renewable energy integration, demand response programs, and modernizing transmission and distribution systems.
Smart Grid - An Outline
Smart Grid is a domain that straddles several technologies. This is an attempt to present a quick outline of the relevant technologies. The presentation also includes a bird's eye view of the key smart grid players including large companies, start-ups and power utilities.
SmartGrid System Report
This document is the first Smart Grid System Report to Congress mandated by the Energy Independence and Security Act of 2007. It summarizes the key findings of the report, which assess the status of smart grid deployments nationwide and any barriers. The report finds that while distributed energy resources and advanced metering infrastructure are growing, penetration remains low. It also finds that modernizing the electricity infrastructure is progressing, but understanding the business cases and policies is still emerging. Overall, the smart grid represents a significant technological and cultural change for the electric system.
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This document provides an overview of smart grids, including:
- The introduction summarizes smart grids as adding new technologies and equipment to existing power grids to allow two-way energy and information flows.
- Key features of smart grids include distributed power generation, self-monitoring, adaptive micro-grids, and giving consumers control over their energy usage.
- Benefits of smart grids are more efficient transmission, quicker restoration after outages, lower costs for utilities and consumers, increased renewable energy integration, and improved security.
- Challenges include developing wireless mesh routing protocols, ensuring security and quality of service, and designing effective communication networks.
Smart Grid Mgmt
This document discusses smart management strategies for smart grids. It introduces concepts like unified energy systems (UES) with generation, transmission, and distribution nodes. It frames smart grids as logistics networks that can apply supply chain management (SCM) approaches. Key technologies mentioned include mixed linear programming, regression, benchmarking, and blockchain. The document outlines a portfolio of projects including modeling energy streams, demand forecasting, data management, and reference architectures. Overall, it argues that optimization models are core to SCM in smart grids and can create opportunities like improved operational management and forecasting across different time horizons.
SMART GRID TECHNOLOGY
This document discusses smart grid technology. It begins by defining the electric grid as the network that delivers electricity from power plants to homes. It then defines smart grid as a two-way system of transmitting electricity and communication. The document outlines the need for smart grids to satisfy increasing demand, reduce losses, integrate renewable energy, and establish utility-consumer communication. It lists benefits like improved reliability, economic savings, efficiency, environmental gains, safety, and security. It also discusses the differences between conventional and smart grids, types of smart grids, key drivers for smart grids, and challenges to smart grid implementation.
Smartgrid
A power point presentation on smart grid : transforming the traditional grid including difference with traditonal grid ,components , advantage , disadvantages.
Ppt on smart grid
This document provides an overview of smart grids. It discusses how smart grids use digital technology to save energy, reduce costs, and increase reliability by allowing for two-way communication between utilities and customers. Key benefits of smart grids include more choices for consumers and utilities, better integration of renewable energy, improved power quality and customer service, increased grid efficiency and resilience, and greater utilization of system assets. The document also outlines some of the core components and technologies that make up a smart grid system.
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The document discusses distributed generation and the use of aluminum cables for power distribution. It notes that distributed generation is connected to utility distribution networks, privately owned, and based on renewable or waste fuels. The challenges of distributed generation include protection schemes, voltage control, and two-directional power flows. The document also outlines the cost savings of using aluminum cables for building and industrial power cabling compared to copper, noting connectivity issues need to be addressed but overall it is a cost-effective solution.
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This document discusses distributed generation, which refers to small-scale power generation located near the end users. It can include sources like solar panels, wind turbines, fuel cells, and cogeneration. Distributed generation has advantages like reduced transmission losses and improved supply security. However, it also presents challenges like impacts on power quality from issues such as voltage regulation, grounding, harmonics, and islanding effects. The document outlines different distributed generation technologies and concludes that its integration into the power system is possible if interconnection designs adequately address power quality and safety considerations.
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This document discusses distributed generation (DG), also known as on-site power generation located near the load. DG provides benefits to end-users, distribution utilities, and power producers. It examines various DG technologies like reciprocating engines, combustion turbines, fuel cells, and renewables. The document also covers interface options with the utility grid, power quality issues, operating conflicts, and the role of DG in smart grids and rural electrification as supported by India's government policies.
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This document discusses distributed generation and the smart grid environment. It provides an introduction to the need for changes in energy generation, delivery, and use to establish sustainability and restore environmental balance. The document then discusses different forms of renewable energy sources and distributed generation. It describes some of the challenges of distributed generation and how a smart grid can help solve these issues. Finally, it discusses components of the smart grid like advanced metering infrastructure and phasor measurement units, and the benefits of integrating distributed generation with the smart grid.
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This presentation summarizes the design and operation of a vertical axis wind turbine (VAWT) created by a group of students to generate 10 watts of DC power from wind. Key points include:
1) The VAWT was designed to operate efficiently in urban and suburban areas and does not need to be oriented into the wind.
2) It works at lower wind speeds than a horizontal axis turbine and can place the generator at ground level for easy access and maintenance.
3) The presentation outlines the turbine components, measurement of wind speed, advantages of VAWTs such as being omni-directional and producing less stress on support structures, and concludes with potential future improvements.
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The document discusses smart grid technology, including its key features and components. A smart grid uses two-way digital communication to deliver power more efficiently by integrating renewable energy, automated demand response, and distributed generation. It allows for better management of supply and demand through technologies like smart meters, power line communication, and advanced distribution automation. The smart grid aims to address issues with existing power grids like high outage costs and inefficient peak load management through real-time monitoring and control enabled by communication networks and technologies. Future work is still needed in areas like security, standardization, and reducing upfront consumer expenses.
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This document discusses smart grid technology. It defines smart grid as an electric grid that uses information and communication technology to gather data and act on information about supplier and consumer behavior. The key components of a smart grid are smart meters, phasor measurement, information transfer, and distributed generation. A smart grid offers benefits like reduced carbon footprint, improved distribution management, self-healing capabilities, and increased efficiency. Specific ideas presented for a smart grid include a power management app that provides household electricity usage insights and allows selling regenerative power back to the grid.
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The document provides an overview of smart grids and the electrical grid in India. It discusses:
1) The components and evolution of India's electrical grid from regional grids to a unified national grid.
2) Key regulatory authorities and figures on India's current energy mix, electricity consumption and generation capacity.
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This document discusses the integration of smart grid technology with renewable energy sources for energy demand management. It provides motivation for this integration by highlighting issues with India's traditional electric grid like pollution from non-renewable plants that causes health hazards. The solution proposed is a smart grid that reduces pollution and enables demand management through technologies like microgrids. It then summarizes a case study in Puducherry, India where a smart grid pilot project was implemented combining distributed renewable generation, smart homes, and smart meters to automatically manage energy demand during peak hours.
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This document discusses smart energy systems and the future of energy in India. It addresses the increasing energy demand, shortage of sources, and issues of pollution and climate change. Smart energy solutions are presented as being available now to help manage these challenges through greater energy efficiency, distributed generation, smart grids, and demand response. The role of various players and new technologies in creating a more decentralized and interactive energy system is outlined.
Transformer Smart Grid
The definition of the "Smart Grid" is something that is taking shape. Utility professionals concur on some aspects and ideas of what the smart grid should be, but there are still grey areas that, however, promise to become clearer soon.
Smart Grid The Role of Electricity Infrastructure in Reducing Greenhouse Gas ...
This white paper discusses how implementing a smart grid using information and communications technology can help reduce greenhouse gas emissions from the electricity sector in three ways: 1) By reducing growth in electricity demand through tools like smart meters and demand response programs. 2) By accelerating adoption of renewable electricity sources like microgeneration and electric vehicles. 3) By delaying construction of new power plants and transmission lines by prolonging the life of existing infrastructure. The paper outlines the key applications of a smart grid and their potential environmental and economic impacts.
Introduction to smart grids
This document provides an introduction to smart grids, including:
1. The need for smart grids to meet customer and utility needs like lower bills, reliability, and reduced costs.
2. The definition of a smart grid as the integration of communication, computation, control and sensors into the traditional power grid to enable bidirectional energy flows and real-time monitoring.
3. The key characteristics of a smart grid including customer participation, power system efficiency, reliability, sustainability and more.
Smart Grid Technologies
The document discusses smart grid technology and microgrids. It describes how smart grids can automate and manage electricity distribution more efficiently through features like two-way communication, remote monitoring and control, and distribution automation. This allows for quicker outage response, integration of renewable energy, and empowers consumers to manage electricity use. Microgrids provide localized grid flexibility and reliability while reducing costs and carbon emissions. The document outlines some implementations and benefits to utilities and consumers of smart technologies.
Smart Grid- By Rahul Mehra
The document discusses smart grids, which use digital technology to allow two-way communication between electricity suppliers and consumers. This allows utilities to remotely control appliances to save energy and reduce costs and outages. Key benefits are increased reliability, lower costs, and reduced emissions. Smart grids automate control of individual devices or millions of devices from a central location. They are needed due to increasing energy demand, limited resources, and reliability issues with traditional grids. Components include power infrastructure, communication infrastructure, and markets and operations systems that allow two-way electricity and information flows.
Flinders Island Isolated Power System (IPS) Connect 2016 L CURRO Horizon Power
Isolated island power systems are experiencing unprecedented demands for the connection of solar PV. This is currently seen as a threat to traditional utility models. As costs of renewable energy are decreasing, there is increasing complexity in the integration and the economics surrounding this. The realisation of existing investments in networks and generators is often shaping the discussions and way forward. The presentation will discuss the impact of disruptive technologies on islanded systems.
Laurie Curro holds a Bachelor of Electrical Engineering from WAIT (now Curtin University) and a Master of Engineering Science (UWA) as well as Graduate Diploma Technology Management (Deakin).
He has over 30 years’ experience working in the Power Transmission and Distribution industry, with particular interest in distribution and power system planning, distribution design, distribution reliability power quality, system operations and maintenance and smart grid planning.
He has also established and managed a distribution control and fault management centre. Laurie is currently General Manager Power System Services at Horizon Power. He is a Fellow of the Institute of Engineers and a Graduate Member of the Australian Institute of Company Directors.
D0462530
1) The document discusses microgrids which integrate distributed energy resources to provide electricity for local areas. Microgrids can operate connected to the main power grid or independently.
2) Microgrids offer economic, technical, and environmental benefits over conventional power systems. They improve access to electricity, lower costs, increase revenue opportunities, and reduce emissions.
3) The technical aspects of microgrids include energy resources, power electronics, control systems, and the ability to operate in both grid-connected and isolated modes. Microgrids provide reliable local power generation and energy management.
Case Study
This document discusses PowerSecure's leadership in the microgrid market and its microgrid solution delivery structure. It also summarizes a case study of the APC Smart Neighborhood which demonstrated a community-scale microgrid integrating distributed energy resources, high-performance homes with connected technologies, and buildings-to-grid integration. Additionally, it provides microgrid data and lessons learned from the project regarding managing behind-the-meter assets, energy use optimization, and the potential for microgrids or simpler systems to serve as non-wire alternatives to traditional grid upgrades.
TM Forum- Management World Americas - Smart Grid Summary
The document discusses the current electric grid and outlines the vision for a smart grid, which would implement a communications network overlay to measure, manage, and control the electric grid. It describes the various stakeholders in the smart grid ecosystem and outlines some of the standards and technologies needed to realize the smart grid vision, including advanced metering infrastructure (AMI) and a communications portal to enable two-way communication between utilities and customer energy devices.
Smart grid
A smart grid uses digital technology and two-way communication to allow for better management of electricity demand and integration of renewable energy sources. It aims to reduce electricity deficits in India by over 10% through components like smart meters and intelligent appliances. The smart grid will consist of interconnected control systems and technologies working with the electrical grid to respond dynamically to changing energy demands.
Report on smart metering& control of transmission system
This document provides an overview of smart metering and smart grid infrastructure. It discusses key components of a smart metering infrastructure including smart meters, communication systems, meter data management systems, and home area networks. Smart meters can record and store energy usage data at intervals, communicate bidirectionally, and support time-of-use pricing and demand response. Communication systems enable transmission of data from smart meters to utilities. Meter data management systems collect, store, analyze and utilize energy usage data. Home area networks allow customers to access their energy usage data and receive signals from utilities. The document also compares automatic meter reading and smart metering infrastructure and examines smart meter communication technologies suitable for the Indian context.
Role of substation in smart grid
Role of substation in smart grid
Substations are an essential component of the smart grid and help address challenges related to energy demand, security, and the environment. The smart grid uses two-way communication and advanced control methods to integrate generators, consumers, and prosumers. This allows for a more efficient, sustainable, and secure electricity supply. Smart substations use new sensing, metering, communication, and control technologies to transform the grid and help integrate increasing amounts of renewable energy and power exchanges in response to policy drivers around economic competitiveness, reliability, customer empowerment, and environmental sustainability.
Steven hauser presentation
The document discusses the evolution of the electricity grid from the current system to a smarter Grid 3.0 system. It outlines several key aspects of the current grid including production following demand, limited information and control, and centralized planning. Grid 3.0 is described as being information rich, distributed, prioritizing clean technology, having ubiquitous storage, and providing highly differentiated energy services. The document then discusses several components and benefits of Grid 3.0 including increased capacity utilization, operational efficiency, accommodating renewable energy, improved reliability, energy efficiency, and clean technology integration.
Smart grid'
since our electrical system consists of many interconnections .in order to have a proper transmission we need grid if we incorporate some sensors it results in smart grid .today grid system consists of all interconnection tapping points
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Climate change smart grid-india
- 2. 2 Electricityis fundamental to our modern society
- 3. 3 "Within 6 hours deserts receive more energy from the sun than humankind consumes within a year" DESERTEC wants tobethe engine and drivefor this world-wide development and change. A world-wide energytransition that supports wealth everywhere might probably bethe biggest peaceproject in the history of humankind.
- 4. 4 Existing Grids or Power Grids
- 6. Existing Grid • LimitedDeliverySystem. • Highcostofpoweroutageandpowerqualityinterruption. • Inefficiencyatmanagingpeakload. • Communicationstooslow. 6
- 7. 7 “Mostof theworldrelies on electricitysystems builtaround50yearsago, Whichareofvery efficientandcould bemorereliableand sustainable” But
- 8. 8 Don’t panic!! There’s a solution:The Smart Grid
- 9. 9 SmartGrid Vision for India “Transform the Indian power sector into asecure, adaptive, sustainable and digitally enabled ecosystem that provides reliable and quality energy for allwith active participation of stakeholders”
- 10. Why to SwitchSmartgrid? • Smartcontrol of Energy Demand • Reduce emittinggreen house gaseous (GHG) • Increase Power Quality 10
- 11. What is Smart Grid? A smart grid is an electrical grid with automation, communication and IT systems that can monitor power flows from points of generation to points of consumption (even down to the appliances level) and control the power flow the load to match generation in real time. 11
- 12. Theincreased visibility, predictability, and even control of generation and demand bring flexibility to both generation and consumption and enable the utility to better integrate intermittent renewable generation and also reduce costs of peak power. 12
- 13. If the traditional grid was made secure only through over-engineering, a smart grid is cost-effective, nimble, responsive, and better engineered for reliability and self-healingoperations. 13
- 15. Componentsof smartgrids • An intelligent electricity- delivery system: energy suppliers andconsumers: interconnectthroughanetwork • Smart meters: areinstalledathomes andbusiness monitor energyconsumption transmitthatinformation backto energy providers • Energyproviders : trackenergy consumption automaticallythrottledown energy consumption on agranularlevel whendemand gets toohigh. 15
- 16. Smart Grid : Attributes 16 • Renewables & Micro Grid Smart Generation • Integration of Renewable Energy sources • Synchrophasor Technology: Placement of PMUs, PDCs, Analytics Smart Transmission • Advanced Metering Infrastructure (AMI) • Outage Management System (OMS) • Peak Load Management (PLM) • Power Quality Management (PQM) • Electric Vehicles (EVs) Smart Distribution
- 17. 17 Economics Cost Saving from peak load reduction Reduce Operational & Maintenance Cost Reduce Industrial Consumer cost Services Improved reliability & Power quality Reduction in AT&C losses Efficient Power delivery Improved Grid security Demand side management and Demand response Environmental Reduction in CO2 Emission and Green House Effect Increase the penetration of clean energy with renewables Consumer participation in Energy Conservation
- 20. 20 DETAILS OF REAL TIME ALARMS OF THE CONSUMER METERS
- 21. Mitigating Measures for Large Scale Renewable Integration 21 Flexible generation, AncillaryServices for supply-balancing Technical Standard Requirements (Grid code, Connectivity standards, Real time monitoring etc.) Demand Side management, Demand Response and Storage for load balancing Forecasting of Renewable generation &Forecasting of Demand PMUs/WAMS on pooling stations and interconnection with centralized control center for real time information, monitoring and control Policy and Regulatoryadvocacy for power-balance marketand pricing mechanism Renewable Energy Management Centers (REMC)
- 22. SmartGrid Milestonesand Activities Enable Access and Availability of Quality Power for All Loss Reduction Smart GridRollouts including Automation, Microgrids and other improvements Electric Vehicles and Energy Storage Green Power and Energy Efficiency Policies and Tariffs Enablers and Other Initiatives 22
- 23. 23
- 24. References 24
- 25. Do youhave any questions? 25
- 26. 26Send your feedbacks to : dhivakar.roland@gmail.com
Editor's Notes
- A.MUTHU DHIVAKAR, Science Communicator, CEE-Ahmedabad. Mail id: dhivakar.roland@gmail.com
- Add pics >The first alternating current power grid system was installed in 1886 in Great Barrington, Massachusetts
- Ask grid capacity of India, transmission potential of a grid
- The first official definition of Smart Grid was provided by the Energy Independence and Security Act of 2007 (EISA2007)