...Southeast Asia Smart Meter Market Overview: Market Trends, Challenges, Future plans and Opportunities Metering Billing/CRM Asia 2012 May 8, 2012 Hoonho (Andy) Bae Senior Analyst Pike Research Agenda • • • • • • • Smart Grid Overview Smart Meters and AMI Smart Meter Drivers and Challenges Smart Meter Pilot Projects and Plans Market Forecasts Global Market Trends in Smart Meters Conclusion Copyright © 2012 Pike Research 2 Smart Grid Goals Sustainable, Secure, Environmentally Safe Energy • Reduce utility operating costs • Improve grid reliability • Increase energy efficiency Less Grid Intelligence Reduce overall demand Reduce end-to-end system losses Shift peak demand (C&I, residential) • “Soft” consumer-driven “demand response” • Verifiable, centrally controlled demand response • Integrate renewable generation Intermittent, bulk generation Renewable Distributed Energy Generation (RDEG) • Support electric transportation transition Commercial and personal vehicles (PEV) Copyright © 2012 Pike Research More Grid Intelligence 3 General Drivers for Smart Grid Energy Independence Security Carbon Reduction Regulatory Goals Demand Response Safety Own Generation Reliability Customer Service PEVs Forecasting Efficiency Profitability Billing Lower Energy Costs Market Operation Opex Reduction Collections Energy Management Renewables IT/OT Infrastructure Communications / Automation...
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...13 ANNEX 16 BASIC ASSUMPTIONS 16 Executive Summary Purpose: The purpose of this document is to provide an overview of the Smart Metering (SM) implementation Program with a particular focus on the scope elements, organization and approach to deliver on time and on budget. Mission: The smart metering (SM) Program mission is to successfully install a safe, reliable, and cost-efficient smart meter solution for greater operational efficiency, customer reliability and, energy efficiency. Smart Metering System: it consisting of Smart meters – two-way communications-enabled meters that capture the amount of power consumed when it occurred – plus metering telecommunications and an Automated Data Collection System. Program Delivery Scope: The scope consisting of overall activities and services including project management and controls such as inspection and quality control; revenue meter deployment; customer complaint handling; administration and contract management; information and data coordination, stakeholder engagement and community communications. Organizational Structure: An organizational structure has been designed to facilitate delivery of the smart metering (SM) Program. The considered key units are 1. Meter Deployment Office which is responsible for delivering the entire smart meter installation; it is liable to organize and coordinate deployment teams, crews and technicians in the service centers. 2. Meter and Customer Data Coordination...
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...Student name: ________________________________ Student ID _______________________ York University Faculty of Liberal Arts and Professional Studies School of Administrative Studies AP/ADMS 4250 Marketing Strategy, Fall 2013 Instructor: A. Rusetski, Ph.D. EXAM 1: Case AP/ADMS 4250 Marketing Strategy Exam 1 Page 1 of 7 FIAT RETURNS TO CANADA1 A.RUSETSKI, PH.D F IGURE 1: A 2011 FIAT 500 On March 18, 2011 two hundred strange looking tiny cars lined up on the streets around the Quebec Business Centre. FIAT, a major European car manufacturer, was celebrating its return to Canada after 28 years of absence. This comeback became possible thanks to a partnership with one of the Detroit Big Three car manufacturers – Chrysler. From Montreal, columns of FIAT 500 cars paraded to designated Chrysler dealerships where FIAT opened its “FIAT Studios”. A number of important and at times sad developments led to this celebratory moment. Once a powerful player in the North American market, in early 2000s Chrysler Corporation was struggling with declining demand and decreasing market share. In 1998 the company “merged” with German Daimler Benz to form DaimlerChrysler AG. In fact, the German automotive giant took ownership of Chrysler, but after nine years the new owner acknowledged that the “marriage” was not successful and it could not improve Chrysler’s financial ...
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...companies lack the necessary transformational intelligence that is based on constant teaching and learning and the required power of empathy, which bring an increase level of sensitivity to signals changing. The main idea here is to identify change and its associated opportunities in order to become the competitive one and the only one. I am very much agreeing with change and how one can change the rules and not compete head-on. We have to take a look at case by case models of change and understand the quantifiable rate of production. Let’s take for example: the smart car or electric car. If we all agree, it makes sense for the environment to accept a smaller “smart car”, and we achieve 100% adoption as consumers, what happens to the tracking industry and the delivery of our consumptive goods? Are we now willing to transport goods because we have to transport them into smaller containers with less power? Can you imagine a smart car next to a diesel 18 wheeler? Are we willing to sacrifice the safety of our families for the cost of the maintenance of the environment? People are fundamentally selfish and will not voluntarily create a sea change unless they are forced to do so or unless there is no choice. Companies can identify the need to change with the associated opportunities to become the only competition but without government intervention to drive the change at a local global effort, the results are depressing. Blue Ocean is a fantastic way to look at familiar environments in...
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...Chapter 8: Use What You’ve Learned 1. Have you seen the new Smart car? If you have, you are probably part of the buzz that has been heard recently about this new concept car that has made it to the streets. The car seats two, is available in three different models, and costs between about $12,500 and $17,000. The most significant fact about the Smart car is that it gets about forty-five miles per gallon. That fact alone has become central to Smart car’s initial introduction to the driving public. Has “small” finally become better than “large, extralarge, and supersize”? The manufacturer of the Smart car is betting on it. Investigate the Smart car. Once this is done, construct a SWOT (strengths, weaknesses, opportunities, and threats) analysis for the Smart car. Evaluate the car’s likelihood of success. Strengths: The Smart car has many • Economically priced, beginning at just $12,500 • Small enough to park anywhere • Up to 45 mpg- good for the environment and your wallet • Customizable • 2. Is there a Chick-fil-A in your neighborhood? If there is, you’ve probably eaten at one of the fastest-growing food franchises in the southern United States (seehttp://www.chickfila.com). Chick-fil-A has a unique approach to running their business. Using the company’s Web site and search engines, your task is to investigate the Chick-fil-A organization in order to conduct a situation analysis. During your investigation be sure to comment on the perceived competitive situation...
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...CASE STUDY 3 CASE 10-2 The Smart Car by B. Renea Kosino 1. What is Smart’s competitive advantage? Its brand image? The Smart Car, made by DaimlerChrysler, offers a cost focus and focused differentiation. It brand image is very narrowly focused. Smart appeals to single people (or families with no children), who primarily do city driving and want a no frills automobile that is economical and eco-friendly. Some advantages that Smart brings to the table are as follows. First, the vehicle has an exceptional look that appeal to those who want to be unique. Next, this very small, but roomy vehicle makes city driving and tight parking easier. Subsequently, crash testing and safety experts consider Smart as an extremely safe vehicle. Moreover, its models are very fuel efficient at 35 mpg on average. In addition, this automobile’s low exhaust emissions earned an Ultra Low Emission Vehicle (ULEV) classification. These condition were essential in Smart being one of five automakers to receive Greenopia USA’s highest environmental rating (see attach1). Finally, the vehicle is very economical with the most basic vehicle starting at $12,000. 2. Assess the U.S. market potential for the Smart. Do you think the car will be a success? Why or why not? Smart Car is economical, unique, and eco-friendly. Generation Y (Gen Y) is a target market, which should be pursued because Gen Y’s, those born from 1977 to 1994 (1980-1995, depending on who you ask), is demographically...
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...overall. Explain your rationale. · From the e-Activity, asses the barriers to entry you foresee as the Smart for two EV expands into foreign markets to determine which will be the most difficult to overcome. Support your answer with examples or evidence. The cultural and social differences are factors that should be taken into consideration when deaing with issues of trade. Social and cultural differences brings the aspect of trade on a more personal level. Cultures are constantly changing and evolveing but few things stay the same such as lanuage, religion, and values. For a company to stay economically ahead of the curb they need to make sure that thier employees are familiar with international cultures. Empolyees will not only need to understand the culture but they will also need to be able to communicate in order to do business buiness internationally. The rules are duffult and there to protect, and it is the businesses responsiblity to have the proper people in place to understand how these rules affect thier business and the cultures they will be conductiong business. Barriers to entry for theSmart for two EV as it expands into different markets is the economic baarrier the product will face. The product has a lot of great features and well dsigned, however the price of an electric car versus a vechile that runs on gas is much more expensive. The frist model of the smart car did not result in high market sales. For example the US economy today is very unstable and with...
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...Smart Grid: It’s a network that is linked with digital communication to detect and react to changes in usage to provide electricity is called smart grid. This modern technology made efficiency, reliability sustainability of the production and the distribution of electricity a lot easier. Electric utilities have found themselves making three classes of transformation: improvement of infrastructure, called the strong grid in China; addition of the digital layer, which is the main priority of smart grid; and business process of modernization that has been going on in the modernization of the electric grid, the substation and the distribution automation now included in the general concept of the smart grid, but it is evolving as well. The demand...
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...stations become very large. Power stations were located strategically to be close to fossil fuel reserves (either the mines or wells themselves, or else close to rail, road or port supply lines). Siting of hydro-electric dams in mountain areas also strongly influenced the structure of the emerging grid. Nuclear power plants were sited for availability of cooling water. Finally, fossil fuel-fired power stations were initially very polluting and were sited as far as economically possible from population centres once electricity distribution networks permitted it. By the late 1960s, the electricity grid reached the overwhelming majority of the population of developed countries, with only outlying regional areas remaining 'off-grid'. Metering of electricity consumption was necessary on a per-user basis in order to allow appropriate billing according to the (highly variable) level of consumption...
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...Security in the Smart Grid introduction Present and future battlefronts of electronic terrorism includes the state of readiness and resilience of the computer equipment protecting America's energy distribution networks and industrial control systems. According to a Pike research report [1] published March 1st of this year, it is projected that investments in smart grid cyber security will total $14 billion through 2018. First, what is a power grid? A power grid consists of several networks that carry electricity from the power plants where it is generated to consumers, and includes wires, substations, transformers, switches, software, and other hardware. The grid in the past used a centralized one-way communication distribution concept that consisted of limited automation, limited situational awareness, and did not provide the capability for consumers to manage their energy use. “Smart Grid” generally refers to a class of technology designed to upgrade the current utility grid infrastructure to improve the efficiency on the power network and in energy users’ homes and businesses. Much of the legacy power plant infrastructure is now over 30 years old with electrical transmission and distribution system components (i.e. power transformers) averaging over 40 years old and 70% of transmission lines being 25 years or older [2]. In December 2007, Title XIII of the Energy Independence and Security Act of 2007 became an official...
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...The United Energy Smart Meter Project At the request of the Victorian Government United Energy is currently engaging in “best efforts” to replace the analogue meters on its network with smart meters. Smart meters are an advanced energy meter that measures the energy consumption of a consumer (Depuru, Wang and Devabhaktuni 2011), they allow for demand response energy distribution based on on-peak and off-peak consumption. The benefits of Smart meters are well recognised by many counties with world-wide deployment of digital meters expected to reach 212 million units by 2014, perceived benefits include; energy efficiency, environmental benefits, more consumer choice, better services and greater market competition. (Gerwen, Jaarsma & Wilhite R 2009, Filippini, Hrovatin & Zoric 2004, Victorian Auditor General 2009) About United Energy United Energy is an energy distributor responsible for the infrastructure required to distribute energy from the power station to the consumer. There are currently 16 major distribution networks in Australia with each energy distributor maintaining a monopoly over its designated area. (AEC 2009) Energy distributors own, operate and maintain the network of infrastructure that transports electricity from the generator to the consumer. They do not work directly with the consumer and instead work with energy retailers who are responsible for managing the relationship with the consumer. Energy retailers will bulk purchase energy from an energy...
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...THE SMART GRID: A PRAGMATIC APPROACH A “State-of-Play” Discussion Paper Presented by the Canadian Electricity Association TABLE OF CONTENTS Executive Summary ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ..2 Introduction. ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ..3 I. Definition and Objectives of the Smart Grid. ... ... ... ... ... ... ... ... ... ... ... ..5 A) Definition.. ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ..5 B) Objectives ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ..5 II. The Smart Grid’s Five Capabilities .. ... ... ... ... ... ... ... ... ... ... ... ... ... ... ..7 A) Demand Response .. ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ..7 B) Facilitation of Distributed Generation ... ... ... ... ... ... ... ... ... ... ... ... ... ... ..7 C) Facilitation of Electric Vehicles . ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ..8 D) Optimization of Asset Use ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ..8 E) Problem Detection and Mitigation ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ..9 III. Building Blocks . ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... A) Hard Infrastructure .. ... ... ... ... ... ... ... ... ... ... ....
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...SELF HEALING INTRODUCTION Smart Grid is sophisticated, digitally enhanced power systems where the use of modern communications and control technologies allows much greater robustness, efficiency and flexibility than today’s power systems. The American Electric Power Research Institute (EPRI), an advocator of building the smart grid, gave this grid a definition with self-healing, security, integration, collaborative, forecast, optimization and interaction. While European commission define it as : A grid which could support distributed and renewable energy access, supply more reliable and secure electricity, have a service-oriented architecture and flexible grid applications, possess an advanced automation and distributed intelligent, be able to local interact the load and the power, adhere to customer centric. Obviously, these definitions has been formulated for the future of power industry mainly focusing on world today’s energy generation, transmission, distribution limitation & changing consumer trends. Recently world has observed a series of blackout, partial power failure and this compelled the world’s nations to go for an ideal grid system that is smart enough to face such kind of challenges. This has resulted the unification of power system with the information technology & modren telecommunition setup. And SELF HEALING become the key component of smart grid, as smart grid should possess an intelligent control funtion, which could rapidly isolate and self...
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...The Smart Grid is a decentralized and interactive system. The interactive nature will involve two-way communication between the utility companies and the consumer. Through Advanced Metering Infrastructure (AMI) consumers are able to make better energy use decisions, defer usage to off-peak periods, and contribute power to peak period usage. Utilities will be better able to detect problems within their own systems and react quickly to replace power sources from multiple possible sources. The “Prices to Devices” concept, based on the premise that energy is priced in real time, allows for ongoing transmission of power availability and pricing to “smart” home controllers and devices. The devices can interpret this information to alter energy usage accordingly – to defer usage to more amenable and less expensive times. The current U.S. power grid is no doubt an amazing machine, but it has many limitations and poses many challenges. One main drawback of the current system is that it was built to move power in one direction – from the plant to the consumer. Years ago this made sense, but today it limits the ability to handle power generated from wind turbines and solar panels. The smart grid uses two-way communication, which handles excess distributed power as well as detects and avoids potential power outages. Currently, power companies rely on customers to tell them if there is an outage or problem. The smart grid automatically detects the problem and instantly reroutes...
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...Assignment No: 01 MANAGEMENT INFORMATION SYESTEM Presented To: Prof. Hammad Mushtaq Presented By: Syed Kafait Hussain ID No: 14021034013 Q No.1: How do smart grids differ from the current electricity infrastructure in the United States? Ans: Difference between current electricity infrastructures in the United States Current Electricity Grid: Current electricity grid was conceived more than 100 year ago. Power generation was localized and built around the communities. The grid was designed for utilities to deliver electricity to consumer’s home and bill them once a month. This limited one way interaction makes difficult for the grid to respond to the ever changing and rising energy demand of the current century therefore Smart Grid is a better technology. Smart Grid: These are basic function of Smart Grid: The digital technology that allows for two-way communication between the utility and its customers, and the sensing along the transmission lines is what makes the grid smart. Like the Internet, the Smart Grid will consist of controls, computers, automation, and new technologies and equipment working together, but in this case, these technologies will work with the electrical grid to respond digitally to our quickly changing electric demand * Two way interaction : Smart Grid introduces a Two way interaction (dialogue) where electricity and information can be exchanged between the utility and its consumers. * Developing networking: ...
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