MIS is a system that collects and processes data to provide information to managers for decision making. The document discusses the history and evolution of MIS from the mainframe era to the current cloud computing era. It describes key elements of MIS like types of information systems, data vs. information, and how MIS is used in different functions like finance, marketing, human resources, and the power sector. Finally, it provides details of how MIS is implemented at Tata Power Delhi Distribution Limited (TPDDL) through various components like DMS, DA, AMR, SCADA, GIS and technology adoption.
Information technology implementation in power distributionDhrubaji Mandal ♛
The document discusses Information Technology implementation at BSES, a power distribution company in Delhi, India. It details how BSES implemented an Enterprise Resource Planning (ERP) system from SAP AG to integrate various business processes like billing, meter reading and customer complaint management. The ERP system helped centralize data, reduce costs and errors, and improve customer service. Previously, manual and disjointed processes at BSES led to high technical and commercial losses. IT implementation was crucial to transform operations and increase efficiency.
The document provides information about different groups in the power sector and their responsibilities. It discusses the current state of power generation, transmission, and distribution in India. Key challenges include high transmission and distribution losses, lack of proper asset management and monitoring systems, and political interference. The last section discusses automation systems that can help address some of these challenges.
This document provides an overview of North Delhi Power Limited (NDPL), a power distribution company in Delhi, India. It summarizes the initial challenges NDPL faced when it took over distribution in 2002, including a dilapidated network, high AT&C losses, and lack of focus on consumer service. It then outlines NDPL's strategic roadmap and key initiatives to improve power supply reliability, reduce losses, enhance consumer interfacing and service through initiatives like network upgrades, automation, and segmentation of consumers to provide differentiated service. Surveys showed improvements in reliability and consumer satisfaction over time.
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.
The document discusses smart grids in the US and PV integration. It notes that drivers like customer involvement, energy reliability, and climate change are pushing the evolution of smart grids in the US. Key factors influencing smart grid development include regulatory investment recovery, standards development, and value clarification. The federal stimulus package provides $4.5B to support smart grid deployments and demonstrations. Integrating PV with smart grids can enable higher PV penetration, help PV provide value to the grid, and create new business opportunities.
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.
- The document discusses the need for a national power grid in India to connect regional grids and ensure reliable electricity delivery across the country.
- India's electricity grid is divided into five regional grids that operate mostly asynchronously. A national grid would improve power transfer capabilities across regions.
- The development of new technologies like HVDC transmission, FACTS devices, and smart grid capabilities can further improve the efficiency and reliability of India's power grid.
- However, building a national grid also presents challenges like high investment costs, transmission losses, and ensuring stability across a large interconnected system.
The document summarizes the transformation of TPDDL (Tata Power Delhi Distribution Limited) from 2002 to present. When TPDDL began operations in 2002, it faced many challenges including regular power cuts, a large backlog of new connection applications and billing complaints. TPDDL implemented reforms through extensive digitization including operations digitization through grid substation automation, business process digitization integrating various IT systems, and customer service digitization developing integrated customer care centers. As a result, key performance metrics like AT&C losses, system reliability, and customer satisfaction improved substantially. Going forward, TPDDL aims to adopt smart grid technologies to meet changing customer expectations and emerging trends in areas like big data, mobile applications, and smart homes
Information technology implementation in power distributionDhrubaji Mandal ♛
The document discusses Information Technology implementation at BSES, a power distribution company in Delhi, India. It details how BSES implemented an Enterprise Resource Planning (ERP) system from SAP AG to integrate various business processes like billing, meter reading and customer complaint management. The ERP system helped centralize data, reduce costs and errors, and improve customer service. Previously, manual and disjointed processes at BSES led to high technical and commercial losses. IT implementation was crucial to transform operations and increase efficiency.
The document provides information about different groups in the power sector and their responsibilities. It discusses the current state of power generation, transmission, and distribution in India. Key challenges include high transmission and distribution losses, lack of proper asset management and monitoring systems, and political interference. The last section discusses automation systems that can help address some of these challenges.
This document provides an overview of North Delhi Power Limited (NDPL), a power distribution company in Delhi, India. It summarizes the initial challenges NDPL faced when it took over distribution in 2002, including a dilapidated network, high AT&C losses, and lack of focus on consumer service. It then outlines NDPL's strategic roadmap and key initiatives to improve power supply reliability, reduce losses, enhance consumer interfacing and service through initiatives like network upgrades, automation, and segmentation of consumers to provide differentiated service. Surveys showed improvements in reliability and consumer satisfaction over time.
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.
The document discusses smart grids in the US and PV integration. It notes that drivers like customer involvement, energy reliability, and climate change are pushing the evolution of smart grids in the US. Key factors influencing smart grid development include regulatory investment recovery, standards development, and value clarification. The federal stimulus package provides $4.5B to support smart grid deployments and demonstrations. Integrating PV with smart grids can enable higher PV penetration, help PV provide value to the grid, and create new business opportunities.
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.
- The document discusses the need for a national power grid in India to connect regional grids and ensure reliable electricity delivery across the country.
- India's electricity grid is divided into five regional grids that operate mostly asynchronously. A national grid would improve power transfer capabilities across regions.
- The development of new technologies like HVDC transmission, FACTS devices, and smart grid capabilities can further improve the efficiency and reliability of India's power grid.
- However, building a national grid also presents challenges like high investment costs, transmission losses, and ensuring stability across a large interconnected system.
The document summarizes the transformation of TPDDL (Tata Power Delhi Distribution Limited) from 2002 to present. When TPDDL began operations in 2002, it faced many challenges including regular power cuts, a large backlog of new connection applications and billing complaints. TPDDL implemented reforms through extensive digitization including operations digitization through grid substation automation, business process digitization integrating various IT systems, and customer service digitization developing integrated customer care centers. As a result, key performance metrics like AT&C losses, system reliability, and customer satisfaction improved substantially. Going forward, TPDDL aims to adopt smart grid technologies to meet changing customer expectations and emerging trends in areas like big data, mobile applications, and smart homes
Smart Grid The Role of Electricity Infrastructure in Reducing Greenhouse Gas ...Gruene-it.org
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.
This document provides an overview of smart grids and discusses their implementation in India. It acknowledges Power Grid Corporation of India for allowing the author to intern with them. The document contains 5 chapters that discuss: 1) introduction to smart grids and their basic components like communication and EMS, 2) smart grids in the power sector and implementation strategies, 3) wide area management systems, 4) security challenges, and 5) conclusions and recommendations. The document aims to provide information on smart grids and their role in India's power transmission network.
The document discusses smart grids and the business case for them in India. It begins with defining smart grids and comparing them to traditional grids. It then discusses the market definition and overview, including the various components of a smart grid and their advantages over traditional systems. Following this, the document outlines the market size and trends in India, including growth forecasts and government investment plans. It also discusses the various players involved in the different areas of the smart grid ecosystem and potential partners for collaboration.
TM Forum- Management World Americas - Smart Grid SummaryShekhar Gupta
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.
This document summarizes a chapter on smart electrical grids from a course on smart cities. It discusses key issues with current electrical systems including aging infrastructure, lack of maintenance, suboptimal fuel mix, and high transmission losses. This has led to poor system performance and reliability issues. The chapter then introduces the concept of a smart grid which aims to address these challenges through modernization and digitization of the electrical grid using technologies like smart meters and sensors to improve efficiency, reliability and integration of renewable energy sources.
Technical overview of all sources of Electrical Power used in BTSs in NigeriaIRJET Journal
This document provides an overview of the various electrical power sources used in base transceiver stations (BTS) in Nigeria. It discusses how unreliable national power grid supply and dependence on expensive diesel generators has been a major challenge for telecommunications operations in Nigeria. Other power sources discussed include solar panels, batteries, and hybrid systems that incorporate multiple sources like diesel, solar, and batteries. The document also outlines the typical system architecture of a BTS which includes components like generators, rectifiers, automatic transfer switches, distribution boards, batteries, and cabling that work together to power telecom sites. Addressing power issues is important to improve network performance and quality of service for customers.
This document summarizes TATA Power Delhi Distribution Limited's (TPDDL) smart grid journey and technology roadmap. It discusses TPDDL's service area and customer base. It outlines TPDDL's adoption of technologies like SCADA, DMS, AMI and integration with IT systems. TPDDL has implemented various smart grid projects including a smart metering and automated demand response pilot, and analyzes results showing peak load reduction. The document discusses TPDDL's vision for distributed energy resources, demand side management, and new technologies to achieve a smarter grid with benefits like reduced losses and dynamic pricing.
As a power distribution solutions provider, UGL Limited provides the foundation for green cities and energy efficient infrastructures. Learn more about its services.
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.
This document discusses technical losses in power distribution networks and strategies to reduce them. It notes that distribution losses in India are significantly higher than other regions at 8-10% and identifies several causes of losses, including distribution component design and loading conditions. Reducing losses requires detailed analysis and interventions like improving transformer star ratings, load balancing, and power factor correction. Time-of-day tariffs and demand response programs that incentivize shifting load to off-peak periods are discussed as strategies to flatten demand curves and reduce peak losses. Energy storage is presented as another approach to load shifting that could help optimize asset utilization and lower average power costs.
This document discusses smart grid initiatives at CESC Ltd. It begins with definitions of smart grid and discusses how CESC is working towards IT-OT convergence. Some key areas CESC is focusing on include integrated communication technology, demand side management using time-of-use meters, advanced monitoring systems integrating DMS, OMS and MDMS, and enterprise application integration between OT systems and IT systems like GIS and CRM. The goal is to modernize the grid to improve efficiency, reliability and optimize system operations.
This document discusses the increasing role of technology in power distribution and moving towards smarter grids. It outlines the existing challenges in distribution such as high losses, unreliable supply, and lack of access. Emerging trends like renewable energy, energy efficiency, and electric vehicles are also discussed. The document then focuses on Tata Power Delhi Distribution Limited, providing an overview and detailing its technology adoption roadmap from 2004-2022 to address challenges through innovations like GIS mapping, automated metering, outage management systems, and more. Key projects underway and in the pipeline are also summarized.
This whitepaper highlights the opportunity for Smart Grid Solutions in India for the next 5-10 years as well as suggests recommendation for multinational companies planning to enter this market.
Duke Energy implemented a smart grid project in Ohio with the objectives of improving reliability, reducing costs, and enabling greater customer access to energy use data. The project invested $100 million to install over 140,000 smart meters and distribution automation equipment, benefiting both customers and utilities. Customers gained near real-time energy use data and more accurate billing while utilities saw decreased outage times, reduced system losses and improved data for planning.
Power Grid Corporation of India Ltd is one of the largest transmission utilities in the world. It owns and operates over 1 lakh circuit km of transmission lines and 169 substations across India. Some key facts:
- Established in 1989, it is the central transmission utility of India carrying 51% of total power generated.
- It has a network availability of over 99.9% and earns profits since inception.
- As of 2013, it has over 10,000 employees and a transformation capacity of 1.68 lakh MVA across its regional headquarters.
- The company recruits engineering graduates and provides a career in power transmission with benefits like housing, medical reimbursement, performance incentives and training opportunities
TPDDL has transformed its operations and improved reliability, efficiency, and customer service over the past decade. Key achievements include reducing AT&C losses from 53.1% to 9.87% and improving system reliability and availability indices. TPDDL has also increased consumer engagement through various initiatives, expanded payment options, and launched new programs to promote energy efficiency and consumer conveniences like solar power. Moving forward, TPDDL plans further network improvements and consumer programs to continue progress.
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
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
Smart Grid is an automated, widely distributed energy delivery network characterized by a two-way flow of electricity and information, capable of monitoring and responding to changes in everything from power plants to customer preferences to individual appliances.
Creating a National data Centre Network in IndiaShantanu Basu
Informs about setting up a Tier-III national commercial data center in India. Tells about need for network, basic facts about one proposed, locations, concerns and support from govts, financial arrangements, benefits and costs, etc.
Data Virtualization for Compliance – Creating a Controlled Data EnvironmentDenodo
CIT modernized its data architecture in response to intense regulatory scrutiny. In this presentation, they present how data virtualization is being used to drive standardization, enable cross-company data integration, and serve as a common provisioning point from which to access all authoritative sources of data.
This presentation is part of the Fast Data Strategy Conference, and you can watch the video here goo.gl/CCqUeT.
Visualizing Your Network Health - Know your NetworkDellNMS
An old adage states that you cannot manage what you don’t know. Do you know what devices are on your network, where they are located, how they are configured, what they are connected to, and how they are affected by changes and failures?
Today’s network infrastructure is becoming more and more complex, while demands on the Network Administrator to ensure network availability and performance are higher than ever. Business critical systems depend upon you managing your entire network infrastructure and delivering high-quality service 24/7, 365 days a year. So how do you keep the pace?
Learn how real-time visibility into your entire network infrastructure provides the power to manage your assets with greater control.
Smart Grid The Role of Electricity Infrastructure in Reducing Greenhouse Gas ...Gruene-it.org
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.
This document provides an overview of smart grids and discusses their implementation in India. It acknowledges Power Grid Corporation of India for allowing the author to intern with them. The document contains 5 chapters that discuss: 1) introduction to smart grids and their basic components like communication and EMS, 2) smart grids in the power sector and implementation strategies, 3) wide area management systems, 4) security challenges, and 5) conclusions and recommendations. The document aims to provide information on smart grids and their role in India's power transmission network.
The document discusses smart grids and the business case for them in India. It begins with defining smart grids and comparing them to traditional grids. It then discusses the market definition and overview, including the various components of a smart grid and their advantages over traditional systems. Following this, the document outlines the market size and trends in India, including growth forecasts and government investment plans. It also discusses the various players involved in the different areas of the smart grid ecosystem and potential partners for collaboration.
TM Forum- Management World Americas - Smart Grid SummaryShekhar Gupta
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.
This document summarizes a chapter on smart electrical grids from a course on smart cities. It discusses key issues with current electrical systems including aging infrastructure, lack of maintenance, suboptimal fuel mix, and high transmission losses. This has led to poor system performance and reliability issues. The chapter then introduces the concept of a smart grid which aims to address these challenges through modernization and digitization of the electrical grid using technologies like smart meters and sensors to improve efficiency, reliability and integration of renewable energy sources.
Technical overview of all sources of Electrical Power used in BTSs in NigeriaIRJET Journal
This document provides an overview of the various electrical power sources used in base transceiver stations (BTS) in Nigeria. It discusses how unreliable national power grid supply and dependence on expensive diesel generators has been a major challenge for telecommunications operations in Nigeria. Other power sources discussed include solar panels, batteries, and hybrid systems that incorporate multiple sources like diesel, solar, and batteries. The document also outlines the typical system architecture of a BTS which includes components like generators, rectifiers, automatic transfer switches, distribution boards, batteries, and cabling that work together to power telecom sites. Addressing power issues is important to improve network performance and quality of service for customers.
This document summarizes TATA Power Delhi Distribution Limited's (TPDDL) smart grid journey and technology roadmap. It discusses TPDDL's service area and customer base. It outlines TPDDL's adoption of technologies like SCADA, DMS, AMI and integration with IT systems. TPDDL has implemented various smart grid projects including a smart metering and automated demand response pilot, and analyzes results showing peak load reduction. The document discusses TPDDL's vision for distributed energy resources, demand side management, and new technologies to achieve a smarter grid with benefits like reduced losses and dynamic pricing.
As a power distribution solutions provider, UGL Limited provides the foundation for green cities and energy efficient infrastructures. Learn more about its services.
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.
This document discusses technical losses in power distribution networks and strategies to reduce them. It notes that distribution losses in India are significantly higher than other regions at 8-10% and identifies several causes of losses, including distribution component design and loading conditions. Reducing losses requires detailed analysis and interventions like improving transformer star ratings, load balancing, and power factor correction. Time-of-day tariffs and demand response programs that incentivize shifting load to off-peak periods are discussed as strategies to flatten demand curves and reduce peak losses. Energy storage is presented as another approach to load shifting that could help optimize asset utilization and lower average power costs.
This document discusses smart grid initiatives at CESC Ltd. It begins with definitions of smart grid and discusses how CESC is working towards IT-OT convergence. Some key areas CESC is focusing on include integrated communication technology, demand side management using time-of-use meters, advanced monitoring systems integrating DMS, OMS and MDMS, and enterprise application integration between OT systems and IT systems like GIS and CRM. The goal is to modernize the grid to improve efficiency, reliability and optimize system operations.
This document discusses the increasing role of technology in power distribution and moving towards smarter grids. It outlines the existing challenges in distribution such as high losses, unreliable supply, and lack of access. Emerging trends like renewable energy, energy efficiency, and electric vehicles are also discussed. The document then focuses on Tata Power Delhi Distribution Limited, providing an overview and detailing its technology adoption roadmap from 2004-2022 to address challenges through innovations like GIS mapping, automated metering, outage management systems, and more. Key projects underway and in the pipeline are also summarized.
This whitepaper highlights the opportunity for Smart Grid Solutions in India for the next 5-10 years as well as suggests recommendation for multinational companies planning to enter this market.
Duke Energy implemented a smart grid project in Ohio with the objectives of improving reliability, reducing costs, and enabling greater customer access to energy use data. The project invested $100 million to install over 140,000 smart meters and distribution automation equipment, benefiting both customers and utilities. Customers gained near real-time energy use data and more accurate billing while utilities saw decreased outage times, reduced system losses and improved data for planning.
Power Grid Corporation of India Ltd is one of the largest transmission utilities in the world. It owns and operates over 1 lakh circuit km of transmission lines and 169 substations across India. Some key facts:
- Established in 1989, it is the central transmission utility of India carrying 51% of total power generated.
- It has a network availability of over 99.9% and earns profits since inception.
- As of 2013, it has over 10,000 employees and a transformation capacity of 1.68 lakh MVA across its regional headquarters.
- The company recruits engineering graduates and provides a career in power transmission with benefits like housing, medical reimbursement, performance incentives and training opportunities
TPDDL has transformed its operations and improved reliability, efficiency, and customer service over the past decade. Key achievements include reducing AT&C losses from 53.1% to 9.87% and improving system reliability and availability indices. TPDDL has also increased consumer engagement through various initiatives, expanded payment options, and launched new programs to promote energy efficiency and consumer conveniences like solar power. Moving forward, TPDDL plans further network improvements and consumer programs to continue progress.
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
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
Smart Grid is an automated, widely distributed energy delivery network characterized by a two-way flow of electricity and information, capable of monitoring and responding to changes in everything from power plants to customer preferences to individual appliances.
Creating a National data Centre Network in IndiaShantanu Basu
Informs about setting up a Tier-III national commercial data center in India. Tells about need for network, basic facts about one proposed, locations, concerns and support from govts, financial arrangements, benefits and costs, etc.
Data Virtualization for Compliance – Creating a Controlled Data EnvironmentDenodo
CIT modernized its data architecture in response to intense regulatory scrutiny. In this presentation, they present how data virtualization is being used to drive standardization, enable cross-company data integration, and serve as a common provisioning point from which to access all authoritative sources of data.
This presentation is part of the Fast Data Strategy Conference, and you can watch the video here goo.gl/CCqUeT.
Visualizing Your Network Health - Know your NetworkDellNMS
An old adage states that you cannot manage what you don’t know. Do you know what devices are on your network, where they are located, how they are configured, what they are connected to, and how they are affected by changes and failures?
Today’s network infrastructure is becoming more and more complex, while demands on the Network Administrator to ensure network availability and performance are higher than ever. Business critical systems depend upon you managing your entire network infrastructure and delivering high-quality service 24/7, 365 days a year. So how do you keep the pace?
Learn how real-time visibility into your entire network infrastructure provides the power to manage your assets with greater control.
Smart Solutions Pvt. Ltd. is an IT consulting and technology services company with 23 years of experience and 39,000 employees across 21 countries. The company provides efficient and future technologies to the public sector. For the Punjab State Electricity Board, Smart Solutions identifies five core modules for improvement: 1) GIS for customer indexing and asset mapping, 2) meter data acquisition and energy audits, 3) billing, collections, connections and disconnections, 4) web self-service and security, and 5) customer care. The proposed solutions aim to automate processes, increase flexibility and reliability, reduce costs and improve customer satisfaction by leveraging sensors, cloud technologies and centralized databases.
Dutch-Bangla Bank uses a variety of information systems to manage its daily transactions and customer information. The bank utilizes core banking software, internet banking software, and SMS/alert banking software. It stores data on Dell mainframes and clustered servers located at the head office. The bank also uses an ERP system called Flexcube to integrate procedures and transactions across its branches. While MIS has increased efficiency and outreach, the bank faces challenges with network issues, lack of skilled technicians, and insufficient data storage capabilities.
Teleran provides products and solutions to help customers build better intelligence from their data-intensive applications. Their technology includes iSight, which provides 360-degree visibility into user activity and behavior, and iGuard, which enforces policies to prevent inappropriate queries and guide users. Teleran helps customers minimize costs, simplify management, and improve the business value of their data.
Management's r ole_in_information_ystem iippmDeepak Jha
This document discusses the role of management information systems and different types of information they provide. It describes management information systems as tools that support, analyze, deliver and add reliability to organizations. It then defines four types of information: descriptive, diagnostic, predictive, and prescriptive. Descriptive information portrays the current state of the business. Diagnostic information assesses how things are versus how they should be. Predictive information generates possible future events, while prescriptive information recommends actions based on predictive information and organizational goals. The document also discusses the current status of internal and external information systems, as well as the role of business process outsourcing companies.
The document discusses issues with Enron Wind's current financial consolidation, planning, and reporting systems and how Hyperion software could help address these issues. It notes that Enron Wind has multiple general ledgers from different sources that need to be integrated. It also discusses the need for advanced reporting, analysis, modeling, and planning capabilities. The document proposes demonstrating Hyperion software and gathering additional information for an implementation plan to integrate the financial data and provide the desired capabilities.
An introduction to Cloud Computing, the trends from traditional IT that are driving the changes, and an overview of the opportunities and challenges they present.
Is Reporting the Weak Link in Your Capacity Management Process?Precisely
Reporting is a cornerstone of the capacity and performance management process, especially when it identifies problems before they happen. Enterprise datacenters continue to evolve with new technology and capabilities. External cloud providers enable functionality to be moved outside of datacenters. More components are tied together by applications across different infrastructure environments than ever before. Managing capacity and performance for all these environments is a difficult task, and it is sometimes moved to a low priority, neglected, or not done at all.
Like many software solutions, automation is the key to managing capacity and performance for complex environments. Implementing an effective reporting process requires a good understanding of who the customers will be and what they need. Creating reports that are not used can lead to false perceptions that capacity and performance management is not worth the effort. Cost justification may be a key part of the reporting itself. Ensuring visibility of success and management support is often required to show value. Certain types of reporting should be implemented for different audiences, and presentation style can have a big impact on how reporting output is perceived.
View this webinar with CMG on-demand to learn about:
• Proactive reporting to identify and solve problems before they happen
• Providing appropriate visibility to ensure management support
• Best practices for report types and presentation style
This document discusses how organizations can use big data and operational analytics to transform IT operations. It outlines how taking a data-driven approach that combines machine data and wire data can provide real-time visibility across networks, applications, databases and other systems. This approach overcomes limitations of using individual monitoring tools by silo. The document also covers key considerations for implementing IT big data solutions such as data gravity, improving the signal-to-noise ratio, and understanding when data needs to be accessed in real-time. It provides an example of how healthcare company McKesson used network traffic analysis to improve Citrix application performance and reduce IT costs.
Oil & Gas Technology Solutions on HANA. Akili and Cisco Offer Best in Class Solutions for Upstream Oil & Gas.
Gain Optimal Performance and Accelerated Results with Industry Solutions on HANA.
CFOs and the Corporate Performance event presentation is now available for download!!
Don't miss out the chance to discover KMS Financial Dashboard and gain a 360 degree view of the profitability, risk and cash flow metrics of your organization. Get in touch with us and learn how to perform Dynamic Analysis, Simulation of Profits, Sensitivity Analysis and uncover key value drivers.
Increasing Agility Through Data VirtualizationDenodo
This document discusses how data virtualization can help enterprises address data management challenges by providing a single source of truth, reducing data proliferation, enabling standardization and improving data quality. It describes how financial institutions face increased regulatory scrutiny around data practices. The solution presented is a Data Services Layer that acts as a common provisioning point for accessing authoritative data sources using technologies like data virtualization. Effective data governance is also emphasized as critical to the success of any data virtualization effort.
The benefits of deploying BI solution at tactical and operational level and how it results in overall growth of an organization. It reveals current trends in Business Intelligence and how they benefit organizations in the changing competitive environment.
Tim Willoughby presentation to cloud workshop 2016Tim Willoughby
This document discusses shared services and cloud computing in the context of Local Government Management Agency (LGMA) in Ireland. It notes that LGMA provides shared services to local governments, including procurement, ICT, HR, and other business and technical support services. It then discusses how the pace of technology is rapidly changing, with the growth of cloud computing, web services, and new tools that have democratized technology. It emphasizes that every business is now a technology business and explores some of the opportunities and challenges of cloud computing and shared services for local governments.
Case Study: Datotel Extended the Power of Infrastructure Management to the Ph...CA Technologies
Learn how Datotel, a provider of cloud computing, co-location and Infrastructure as a Service (IaaS) is using CA DCIM to help run their data centers more efficiently.
For more information on DevOps solutions from CA Technologies, please visit: http://bit.ly/1wbjjqX
This document discusses challenges in managing aging transmission and distribution assets for electric utilities. It outlines how utilities previously relied on routine-based maintenance schedules rather than advanced analytics. The document proposes building an analytical asset management approach using real-time performance data and predictive models to measure asset health and criticality. This would help utilities prevent failures, target high-priority assets, and lower costs through an optimized maintenance and replacement plan. A case study example on power transformer fleet management is also provided.
The document discusses best practices for business service management (BSM). It provides typical metrics used for BSM reporting and outlines some key steps in the BSM process. It also discusses challenges of BSM implementation and the vendor landscape. The document emphasizes the importance of mapping business processes and IT infrastructure, dynamically interlinking them, and end-to-end monitoring to optimize the IT service supply chain aligned to business needs.
Smart City Opportunity in East & North-Eastern IndiaTanmay Mishra
The document discusses opportunities for smart city development in Eastern and North-Eastern India. It provides definitions of a smart city and its core infrastructure elements. 18 cities in the region have been selected for smart city projects, which will require around $23 billion in private sector investment. The document outlines specific smart systems that could be implemented in sample cities like New Town Kolkata, Bidhannagar, Durgapur, and others to transform them into smart cities. These include smart traffic and parking management, smart energy grids, water management with sensors, waste management including waste-to-energy, and digital connectivity. Private partnerships will be important for financing the majority of investments required for smart city development.
Loss of Revenue for the Successful Bidder (Regulated Sector) Tanmay Mishra
This document contains two tables that calculate energy charges and probable revenue loss per unit of electricity generation for various successful bidders in India. The first table shows the GCV, royalty rates, taxes, and total coal costs to determine the energy charge in INR/kWh for each bidder. The second table calculates the premium paid, non-recoverable expenses including royalty and finance charges, and total non-recoverable expenses per unit of electricity generated to determine the probable revenue loss for each bidder. The source for both tables is PwC.
The boiler market in India is growing fast at a CAGR (Compounded Annual Growth Rate) of 24.53%, courtesy the ever increasing energy requirement of the nation. The thermal power sector, ie- coal and gas based generation are the key driver of this growth of Indian boiler market. Other than them, it’s the biomass power plants which drives the small segment boiler market.
An executive information system (EIS) is a type of decision support system designed to support decision making at the top level of an organization. An EIS provides executives easy access to internal and external information like operations summaries and competitor activities through graphs and charts. It aims to improve executive effectiveness, efficiency, and decision making through enhanced communication and identification of trends. While EIS have benefits, they also face challenges like high costs, technological limitations, and organizational fit that must be addressed for success.
This document discusses India's environmental impact assessment (EIA) process. It provides an overview of the key stages of EIA including screening, scoping, preparation of the EIA report, public consultation, appraisal, and decision making. It notes that EIA was made mandatory in 1994 under environmental protection laws. However, it also outlines several loopholes and deficiencies in the current EIA process, including limited public participation and transparency at certain stages, exemptions that allow projects to bypass EIA, and tight timelines that limit thorough assessments. Overall, the document analyzes India's EIA procedure while pointing out weaknesses that could be addressed to strengthen environmental review and public involvement.
This document discusses the top 10 mistakes that leaders make. It presents each mistake as a heading with 2-4 bullet points explaining the mistake. The mistakes include having a top-down attitude, prioritizing paperwork over people, failing to provide affirmation, not allowing for mavericks, dictatorial decision-making, poor delegation, lack of communication, failing to understand corporate culture, not planning for successors, and failing to focus on the future.
2. What is MIS ???
MIS is defined as……
"a system that collects and processes data(information) and
provides it to managers at all levels who use it for decision
making, planning, program implementation, and control."
4. History of MIS
• MAINFRAME AND MINICOMPUTER ERA, was ruled by IBM and their
mainframe computers.
• PERSONAL COMPUTER ERA, began in 1965 as microprocessors started to
compete with mainframes and minicomputers and accelerated the process of
decentralizing computing power from large data centers to smaller offices.
• CLIENT/SERVER ERA, in which computers on a common network were able
to access shared information on a server. This allowed for large amounts of data
to be accessed by thousands and even millions of people simultaneously.
• ENTERPRISE ERA, enabled by high speed networks, tied all aspects of the
business enterprise together offering rich information access encompassing the
complete management structure.
• CLOUD COMPUTING ERA, employs networking technology to deliver
applications as well as data storage independent of the configuration, location or
nature of the hardware.
12. Data v/s Information in MIS
Data vs. Information
◦ Data
A “given” fact; a number, a statement, or a picture
Represents something in the real world
The raw materials in the production of information
◦ Information
Data when processed and organized meaningfully
Data that has meaning within a context
Data after manipulation
13. Information Systems
• Why Do People Need Information?
• Individuals - Knowledge, entertainment and enlightenment
• Businesses - Decision making, problem solving and control
• Corporates - Sales and Profit Maximization
14. Data, Information and Systems
What Is a System?
◦ System: A set of components that work together to achieve
a common goal
◦ Subsystem: One part of a system where the products of
more than one system are combined to reach an ultimate
goal
◦ Closed system: Stand-alone system that has no contact with
other systems
◦ Open system: System that interfaces with other systems
16. MIS In Finance
List of Financial Statements
• Profit and Loss statement
• Balance sheet
• Cash flow statement
• Funds flow statement
• Debtors flow statement
• Creditors flow statement
• Change/Variance statement
17. MIS In Marketing
• Market Research
• Product Pricing
• Promotion and Advertising
• New technology for product development
• Competitor’s Strategy
• Diversification and Modernization
• Customer Feedback
18. MIS In Human Resources
• Job Applicants Profiles for Recruitments and Selection Process
• Complete information imparted during Induction Process
• Complete Payroll/ salary administration
• Personnel Information of employees
• Training and skills inventory
• Appraisal and Growth of employees
19. MIS IN POWER SECTOR
IMPROVED PROFITS
W
Improved revenue collection
F LO
and more revenue
N
TIO
MA
IMPROVED
OR
OPERATIONAL
INF
EFFICINCY
Reduction in losses and
outages
IMPROVED CUSTOMER
SATISFACTION
Quick complaint redressal
20. INFORMATION LEVEL OF MIS
• Relevant information at
various decision-making
levels.
• Information for grid
management and control,
for monitoring agencies
like regulatory commission
• Real-time information flow
requires networking
23. MIS in Power Transmission
• Energy Import/Export
from one state to other.
• Feasibility studies for
setting up new Sub
Station/Transmission line
& Generating Stations.
• Reliability Index of each
EHT line and Sub Station
• Load flow studies
• Gap between demand and
supply
24. MIS IN DISTRIBUTION SECTOR
• Periodically collect,
collate and convert data
into a standard format
• Store and analyze the
collated data
• Identify deficiencies in
the existing system by
analyzing the data
• Strategic planning for
bringing improvements
in the system
25. BENEFITS OF MIS
• Availability of accurate and timely information
• Effective mechanism for decision Support
• Enables pro-active decision making (Such as load planning and demand management)
• Identifies possible areas of energy loss (through analysis of consumption and billing
patterns)
• Target based monitoring mechanism for increased accountability
• Transparency in administration
• Aids strategic planning in areas Such as tariff structuring management
• Develops what if Scenarios Such as analyzing the impacts in tariff plans on the revenue
and financial health of the organization
26. An Organization in the Industry
Tata Power Delhi Distribution
Limited
• TPDDL is a Joint Venture between Tata
Power Company Ltd. and Govt. of
NCT of Delhi as a result of the
privatization of electricity distribution
in Delhi.
• Tata Power Company Ltd. – 49 %, Tata
Sons – 2 %, Government of NCT of
Delhi – 49 %
• Distributing power to 510 Sq. Kms.
area of Delhi since July’2002
• Covers a population of 5 Million and 12
lakh consumer base
• Having a Annual Load Growth of 7-
10%
28. MIS in TPDDL
• DMS (Distribution Management System)
Analysis of system becomes easy.
• Minimized outage time.
• Less breakdowns.
• Abnormal conditions are detected quickly.
• DA (Distribution Automation)
Status of RMU’s installed and operations up-to 11 KV are
done by person in control room.
• Helps in fault isolation and quick analysis.
• Load shedding becomes easy.
• Customer Satisfaction
31. Geographical Information System
GIS used primarily for the following 3 purposes:
• New Connection Management and other consumer services.
• Immediate Redressal of No Supply Complaints
• Network Planning & Management
• All Utility network assets including
Grids, Substations, Feeder Networks are
mapped.
• Global Positioning System is used for
accurate positioning of assets which is
critical from operational point of view.
• Consumer’s LV network feeding points
(poles/pillars) are marked on the map.
32. Technology & IT
5
4.5
4
3.5 SEBs
3 Best SEB
Asian Countries
2.5
Legend
Developed Countries
2
TPDDL Level of adoption
1.5
1 - Absent
1
0.5
2 - Initial Stage
0 3 - Intermediate
stage
4 - Advanced
5 - Very advanced
Source : Government of India I T Task Force Report
33. • Workforce Satisfaction
Implemented in-house developed workflow based
Employee Help Desk Software for handling all requests
and grievances related to IT, Admin, Finance etc.
Library Management Software
• Total IT enablement of HR and administrative
functions including
Payroll
Organizational Management
Training & event Management
Performance Measurement System
SAP SEM – Balanced Scorecard
SAP – Employee Portal
Editor's Notes
these computers would often take up whole rooms and require teams to run them - IBM supplied the hardware and the software
NDPL – a JV between Tata Power and GoNCTD - came into existence in Delhi state on July 1, 2002 as a result of the electricity reforms ( privatization in power sector ), whereby the power distribution business of erstwhile DVB was handed over to 3 Discoms ( BYPL and BRPL being other two ) through a Transfer Scheme preceded by a Tripartite Agreement (TPA) between Employee Representatives, GoNCTD and DVB. With an equity base of Rs 368 Cr ( TATAs - 51% and GoNCTD – 49% ), NDPL achieved a turnover of Rs. 1577 Cr in FY 2004-05, 82% up from Rs.863 Cr in FY 2002-03.
By March 2005 company had successfully implemented AMR technology over 3000 consumer , on march 2006 it was up to 10000 & that of up to 50000 on 2007. On DEC -18 -2006 , 24 Industries Caught Stealing Electricity Worth Rs 2.06 Crores