1 Electricity Smart Metering Business Drivers Basis for ROI calculation Executive Summary Atos WorldGrid, an international entity of Atos Origin and leader in smart energy, has decided to write this paper to help investors in electricity Smart Metering projects evaluate the respective benefits. Governments and Regulators will give indications to Utilities for investing in Smart Metering infrastructure. All actors will gain benefits in Smart Metering. Power Generating Companies and Transmission System Operators will directly profit from the precise data gathered by Smart Meters whereas Distribution System Operators will manage the balance in a more efficient way. End customers will also directly benefit from the new green services and offers Supply Companies will be able to market in the future, thanks to Smart Metering. Smart Metering will considerably change the way we produce, deliver and consume our energy. We therefore estimate that there is no standard business case for Smart Metering Projects. Each company has to perform its own ROI calculations. We consider that new Smart Metering systems must be Smart Grid Ready, to be technically able to help manage the new grids, and therefore to enhance the global ROI. In this paper, benefits and business drivers are detailed actor by actor along the electricity value chain. These business drivers will provide precious tips towards these ROI calculations: each company should a minima include these factors in its own business case elaboration. With this objective in mind, Atos Consulting, the Consulting subsidiary of Atos Origin, has developed a dedicated method to assess the financial returns of particular Smart Metering projects. Contents Introduction 2 The Electricity Value Chain 2 Drivers for Governments and Energy Regulators 3 Business Drivers for Power Generating Companies 4 Business Drivers for Transmission System Operators 5 Drivers for Conceding Authorities 6 Business Drivers for Distribution System Operators 6 Business Drivers for Resellers and Supply Companies 9 Business Drivers for Smart Energy Services Companies 10 Business Drivers for End Customers 11 Tips for Smart Metering ROI Calculations 12 Conclusion 14 Atos WorldGrid s Experience in Smart Metering and Smart Grid 15
2 Smart Metering is a combination of Smart Meters, Smart Concentrators, Information Technology, and two-ways communication systems. Introduction Smart Metering is a combination of Smart Meters, Smart Concentrators (or eventually only Gateways), Information Technology (IT), and two-ways communication systems. Smart Metering is a major building block towards the implementation of Smart Grid for which Utilities are preparing. We can say therefore that Smart Metering systems must be Smart Grid Ready. However, the actors of the electricity value chain (from Governments to end Customers) are not always fully aware of the benefits they can get from Smart Metering. Utilities investing in Projects therefore need to secure buy-in from all of these stakeholders. Based on its extensive experience in Smart Metering, Atos WorldGrid wants to share its views on Smart Metering business drivers, so that all stakeholders are able to base or enhance their ROI calculations. In this document we will first review business drivers for implementing or using Smart Metering, all along the electricity value chain, stakeholder by stakeholder. It is to be noted that the electricity value chain will be heavily transformed with the evolution towards Smart Grids as for instance new services companies will appear (in this paper we shall also look at potential business drivers behind these new services companies). In the second part of this document we will present Atos WorldGrid s experience in Smart Metering and Smart Grid. The Electricity Value Chain The main evolutions in the electricity value chain in the past decade have been driven by the opening of energy markets to competition, insuring security of supply and emissions reduction objectives. Now that the technology has come of age, Smart Grids and Smart Meters are considered as two of the bricks towards building greener, more secure and cheaper ways of consuming energy. The value chain in electricity encompasses: Power Generating Companies; Transmission System Operators; Distribution System Operators; Resellers and Supply Companies; Smart Energy Services Companies; and End Customers. The electricity value chain is mostly centralised today: most of the electrons are sent to distant customers and distributed generation only accounts for a small percentage of the total production of electricity. Besides, customers have very few options at hand to follow and reduce their net consumption and change their behaviour. In the near future Smart Meters will transform the electricity value chain: all along the value chain, actors will be forced to adapt and proactively offer new services to ever more demanding customers. New companies will appear and existing companies will have to shift their business model to achieve price competitiveness and security of supply in a context of growing environmental pressure. Pierre Marlard Portfolio and Solutions, Atos WorldGrid The roles played by the electricity value chain actors and transformations brought about by Smart Metering. Electricity producer May be an integrated group or newcomer Financial profitability approach Transmission of electricity on high-voltage grid Responsible for supply/ demand balance Demand planning Security of supply Responsible for the distribution of electricity on medium and low voltage grid Generally responsible for metering activities Develops commercial deals Buys in order to sell electricity Develops new energy services dedicated to the reduction of end user energy consumption New business models Final link in the electricity sector chain Wants abundance of supply and low costs Power Generating Companies Greater availability of the generation capacity Better planning of investments Lower costs Transmission System Operators Better planning of supply/demand balance Better projection of demand Distribution System Operators Initial investment Disappearance of handheld meter readings Remote operation Fraud reduction Better grid management Resellers / Supply Companies Personalized offers Better quality of services Improved customer care Smart Energy Services Companies New innovative and personalized offers Better customer service End Customers Competition and lowered prices Adapted offers Additional services We will review one by one the business drivers along this value chain, and mention also impacts for Governments, Energy Regulators and Conceding Authorities. Electricity Smart Metering Business Drivers Basis for ROI calculation
3 Drivers for Governments and Energy Regulators Governments, Policy-Makers and Energy Regulators are not directly part of the value chain as such, but are the most important stakeholders in the process. Indeed States give the initial kick-off for Smart Metering projects at a country level, through their Energy Regulators. The European Union is putting more and more pressure on Governments to install Smart Meters in their respective countries as with the EU Directive on energy end-use efficiency and energy services (Directive 2006/32/EC). Throughout Europe and considering the specificities of each electricity market, Governments have formulated different answers to these pressures. Some countries like Italy, Sweden, Spain or France have opted for rapid deployment of the technology; others like Germany or the Netherlands have refused mandatory rollouts. In the UK, the supply companies will own the Smart Meters, DECC and Ofgem envisage a Central Communication Provider (CCP/DSP) role. However national Governments and their respective Energy Regulators will always find benefits in Smart Metering to attain the objectives of: Emissions reductions; More competition in the energy markets; and Security of electricity supply. Lower Energy Demand and attain Emissions Reductions Objectives The EU has set ambitious emissions reduction objectives for member countries to reach, like the 3x20 objectives in the EU energy conservation pact: 20% reduction in energy consumption; 20% reduction of CO 2 emissions from 1990 levels, and; 20% share of renewable energy present in the aggregate energy supply by the year These objectives were fixed according to international acts, like Kyoto (8% reduction in GHG emissions from 1990 levels by ). In order to follow these international targets and the technology being now mature, Smart Metering offers customers a way to save energy, hence avoiding the emission of GHG produced by burning fossil fuels (mainly oil, gas and coal). This has several impacts: The countries energy independence will be improved by reducing the importations of fossil fuels; Governments will reduce the environmental footprint of their country as a whole; and The image of the country will be shifted to one of a modern and green country. Furthermore the integration of renewable decentralised energy production, storage and usage (Solar, Wind, Electric Vehicles ), will be eased by Net Metering (2 ways meters measuring consumption + production) and decrease needs for additional central Generation, Transmission and Distribution capacity which represent huge long term investments. Let us not forget that these investments always come with long political debates because of the Not In My Back Yard (NIMBY) syndrome preceding each new high voltage line project or the renewal of nuclear capacity for example. Distributed Generation could save also up to an estimated 7% of electricity normally lost in losses (technical + commercial). Zorayda Guerrero Vega Smart Grid Business Development, Spain Hélène Schricke Smart Metering Business Development, France
4 Regulate energy markets and foster competition Since the 1990s, Europe has pushed member countries to liberalise, unbundle and deregulate their respective energy markets in order to foster competition and lower prices. Throughout this period have been adopting various legislative initiatives to build this new integrated market through practical measures such as improve energy interconnection capacity, develop a uniform regulation and management systems by independent entities. Smart Metering will enhance the efficiency of these markets by allowing easier and faster switch of supplier. Smart Metering will allow suppliers to unlock tariffs and will support them in providing variable pricing (which also represents a push for customers to install their own decentralized generation and storage). In addition, the vast amount of information that Smart Metering will produce will be easier to audit and share between actors. This will greatly improve transparency and efficiency of the electricity market and support end customers in getting accurate information regarding their consumption. Technical options offered by Smart Metering will also allow Governments to maintain social justice in the consumption of this essential commodity which is electricity (as for instance allocate a minimum capacity for customers in need during winter for heating). Smart Metering will help further liberalise and open electricity markets while checking the fair share of costs and benefits to customers. Improve security of electricity supply By reducing peak and global demand, Smart Metering will improve security and continuity of electricity supply, a strategic issue for each country (as proven by the Italian blackout of 2003) by: reducing the need to burn imported fossil fuels; allowing a better management of the real time reducing the need for new production capacity; and production-consumption equilibrium. This will benefit all of the customers by increasing the quality of service. Business Drivers for Power Generating Companies The business model of today s Power Generating Companies is based on evaluating substantial long-term investments, even more so today as colossal new capacity is needed to replace aging power plants. However Power Producers must face a chronological paradox: Generators must demonstrate short-term flexibility to meet real time changes in electricity demand. What s more Power Producers are directly targeted by CO 2 emissions reduction programs like the EU ETS. Smart Meters will answer the environmental issue and the paradox of the generation process. Reduce energy production and GHG emissions Smart Metering will allow a reduction in peak electricity demand because end customers will have the tools to measure, follow and shift or reduce their energy consumption. Peak loads are usually met by using spinning reserve or switching on Fuel or Gas units (non-spinning reserve) which are expensive and highly CO 2 emitter units. Better management of these loads will have both an environmental and a financial impact: Smart Metering will globally reduce the environmental impact of Power Generating Companies and help them follow international regulations towards the decrease of CO 2 emissions. The better management of peak loads will allow Generators to reduce operating reserve and to get Energy Saving Certificates (White Certificates, White Tags, Energy Efficiency Credit ) and retrieve their financial value. Society in general will benefit from competition (lower prices) and better quality of service (security of supply). Smart Metering promotes these two issues while contributing to meet strict CO 2 emissions reduction objectives.
5 Better short term planning of demand will bring better risk management and reduced cost...and transform the business model Reducing peak load will also put less stress on existing or new generation capacity. This will offer greater availability of the power plants and extend the life of those that are aging. This will also defer or avoid the need for new capacity, hence allow better resource optimisation and better planning of new investments. By reducing the need for centralised power generation capacity, Power Generating Companies will then be able to invest massively in Decentralized Power Sources: solar, wind, hydroelectric, batteries, biomass as well as in Power Storage. With the announced reduction in global and peak consumption of end customers equipped with Smart Meters (hence the announced reduction in kwh sold by Power Generating Companies), traditional centralised Power Producers will have to adapt their generation capacity to fulfil emissions reduction objectives and change their business model to that of Decentralised and Renewable Power Producers, and of Power Storage companies. Business Drivers for Transmission System Operators As well as Power Generating Companies, national or regional Transmission System Operators (TSOs) are also facing a chronological paradox of their own. They hold the difficult mission of insuring the real time production-consumption equilibrium, while supporting long term investments in very high VHV and high voltage HV transmission lines. The vast amount of information that will be gathered by Smart Metering networks will directly benefit them for these three missions. Manage the production-consumption equilibrium in real time The information given by real time data coming from end customers will allow more accurate demand forecasts (short, medium and long-term). The short and medium term data will allow a better planning of the supply and demand balance, and of electricity operating margins (i.e. the difference between forecasted demand and available supply). The possibility given by Smart Meter Management Systems to use massive but intelligent switch-offs or a load shedding on large or specific groups of meters (e.g.: controlling residential consumption but allowing the normal consumption in a hospital and load shedding in the same time up to 3 million meters in less than 5 minutes) to avoid a total blackout will allow TSOs to optimise customer interruption and customer minutes lost. TSOs will then benefit from enhanced delivery resilience. Optimise the planning of investments in infrastructure Reduction in peak load will improve security of supply by putting less stress on the existing transmission grid hence less need for new investments in high voltage transmission lines. TSOs will then be able to focus on strategic investments as, for example, linking European countries to optimise the European grid as a whole, which will in its turn offer a better security of supply and unify European markets for more exchanges, or linking European Countries with North-Africa (e.g. Transgreen consortium for designing a VHV DC network). Optimise operations and costs Better short term planning of demand will bring better risk management and reduce cost for trading on the wholesale market to balance supply and demand. This will also bring more players and more competition on the wholesale markets with third-party balancing aggregators bidding on Demand-Response programs or using aggregated Power Storage capacities as VPP. The extra information from Smart Meter Management Systems will offer TSOs more insight into what is happening in real time in the MV/LV networks and what will happen in the medium and long-term, allowing optimisation of security of electricity supply and costs. What s more Smart Metering will support decentralised energy production hence avoiding losses on the national transmission grid.
6 Smart Metering will globally reduce the environmental footprint of Conceding Authorities and help them to fulfil their energy savings targets Drivers for Conceding Authorities Like Governments, Conceding Authorities are not part of the value chain as such. However they are the actors who grant concession rights to Distribution System Operators. Guarantee customer service and satisfaction Smart Meters will come with improved quality of service on the concession perimeter and improved security of supply for local customers. Modernised assets and asset management tools with automatic reporting will provide improved data information and reliability on concession perimeter. On the long run, as Smart Metering and Smart Grid will help managing Electric Vehicles, this may lead to a change of paradigm in the transportation sector: as EV will have to be able to calculate their remaining autonomy, for the first time EV will know where they are going to, and therefore the vehicles fluxes may be anticipated in cities, and flexible traffic schemes (EV, tramways, public fleet) could be anticipated, helping the day to day life of hundreds of thousands of citizens. Attain energy savings objectives Smart Metering will globally reduce the environmental footprint of Conceding Authorities and help them to fulfil their energy savings targets. When customers are provided with actual consumption data, they have the possibility of change their own energy consumption behaviour. Moreover, time-of-use (ToU) pricing models can enable the customers to reach significant energy savings by using more power during off-peak hours. The potential sharing of installed electrical smart metering infrastructure with gas, water and heat may also be a driver for infrastructure costs savings. Business Drivers for Distribution System Operators Distribution System Operators (DSOs) are usually the main actors of Smart Metering projects. Indeed DSOs will have to support the substantial costs of installing the Smart Metering infrastructures. In return they will find the most benefits in the transformation of their activities. Manage performance in real time Smart Metering infrastructure will allow DSOs to measure and report in real time the network operational performance. For example, DSOs will monitor precisely and in real time: Loss Of Load Expectation (LOLE); Loss Of Energy Expectation (LOEE); Expected Demand Not Supplied (EDNS); Frequency of Loss Of Load (FLOL); Energy Index of Reliability (EIR), etc. These information will be displayed on a geographical perspective (linked to Geographical Information Systems) and will allow to follow precisely the quality of service (load, voltage regulation, harmonic distortion and flicker, disturbances, frequency, number and duration of short and long interruptions, customer minutes lost, annual unavailability, ). By looking further, Smart Grids will be introduced by installing Smart Sensors (Smart Meters) - replacing present too-late sensors (customers with their telephone) - connected to Smart Concentrators. Using real-time information from this Smart Sensors and automated controls, DSOs may anticipate, detect, and respond to network problems in order to avoid or mitigate power outages, power quality problems and service disruptions. Smart Metering infrastructure will allow DSOs to measure and report in real time the network operational performance. Without having a strong decisional role in the process, Conceding Authorities will nevertheless benefit from Smart Metering with a greener image: emissions reduction of local customers as well as energy savings for the Conceding Authorities own consumption (town halls, hospitals, local schools, ) will both improve the carbon footprint of their perimeter. Distributed Generation in their perimeter will also improve their energy independence. Electricity Smart Metering Business Drivers Basis for ROI calculation
7 OPTIMIZE ENERGY MANAGEMENT By switching to Smart Metering, DSOs will gradually improve network management with Smart Grids 1, thanks to: the global management of demand (often called Demand Side Management), storage (flywheels, compressed air storage and turbines, batteries, electric vehicles, ) and supply (and no longer generation supply side only); the management of Distributed Energy Resources DER (current operating practices only ensure that they are quickly disconnected if needed, but Smart Grid will provide flexibility and controllability towards a more secure system operation); the management of potential weak hours the Management of Electric Vehicles the accurate and timely knowledge of the status of meters and lines (thanks to Power Line Communication using actual electric lines and through concentrators); the optimisation of the sizing of transformers and other distribution equipments; the surveillance of transformers and other distribution equipments, and the monitoring of control and condition (through sensors and concentrators); the surveillance of weather conditions (globally through direct links to weather forecasting, and locally with temperature, humidity and light sensors through concentrators); the improvement of power flow management through earlier event detection, faster reporting, easier alarm management, and quicker recovery / restoration time; the optimisation of user profiling and forecasting of consumption; the chance to detect fraud patterns; and an enhanced delivery resilience and flexibility (early developing overload conditions detection, peak shaving / clipping / smoothing / shifting using demand response programs, smart cold load pick-up management, alert on misuse, load and phase balancing, smart fault detection and outage mapping, predictive maintenance, smart load shedding: remote collective gradual distributed load limiting in shifts at concentrator level, self-healing, sub-network island management: micro-grid enhancing local reliability seen from the Grid as a single aggregated load, or micro-grid isolation as autonomous communities back-up providing continuity of supply to emergency units, ). Smart Metering infrastructure will gradually improve the management of electric vehicles 1 Smart Grid: An electricity delivery infrastructure that leverages advancements in IT, communications technology, and energy technology to improve delivery utilisation / resilience and empower customers to address environmental concerns (Gartner, 2008). It will be characterized by a two-way flow of electricity and information. By switching to Smart Metering, DSOs will gradually improve network management with Smart Grids
8 Enhance customer service and satisfaction The Smart Meter infrastructure will allow a quick switch between suppliers, an easier switch between tariff, billing schemes or load limits for end customers. Typically the delays will be reduced from several days to 2 hours maximum (some minutes as a minimum). This will therefore increase competition between suppliers, as requested by the EU and Regulating Bodies, and End Customers will directly benefit from the increased competition and better service levels. Contribute to environmental objectives Smart Meters will allow DSOs to follow national or international regulations (for example: EC 2006/32, USA EPAct 2005, ) and save energy (less CO 2 - direct savings from less crew cars and less mileage and indirect savings from end customers energy savings) with the direct impact on the environment. Smart Metering will let end customers become local producers (by allowing net metering), and therefore distribution technical losses will be saved. Furthermore, DSOs will improve their public image to that of a modern, positive, green, innovative and high-tech (and also now accurate!) company. Attain financial excellence Not only will Smart Metering allow attaining operational excellence but it will also boost the competitiveness of DSOs by: reducing operating expenses (OPEX) through remote meter reading, remote meter management, remote meter supervision (which reduces the number of crew interventions, associated management and administrative support for manual reading, and configuration of the meters); in fact Metering itself is only one of the numerous interventions now avoided during a Smart Meter life; reducing maintenance costs (OPEX) through reducing maintenance crew interventions, and improving their efficiency due to: Remote meter supervision and software upload (which reduces the number of crew interventions, associated management and administrative support, and configuration of the meters), low failure rate not exceeding for instance 0,5% per year and longer life span of the meters, up to more than 20 years, which reduces maintenance interventions; Interoperability and interchangeability of Smart Meters and Smart Concentrators provided by open protocol, standardisation and shared specifications of the equipments and communication protocols. Even if there are 10 different hardware providers, maintenance crew can plug any meter in any home with unique installation procedures and tools, and have it automatically connected to the nearest concentrator. They can also plug any concentrator. Stocks are therefore smaller and easier to manage and to dispatch (the need to check availability of the right equipment in the car or to go to a regional stock will no longer exist). Asset Management software integrated to the solution which provides all information on the meter and its location (GPS coordinates should absolutely be taken when fitting the new Smart Meter), with additional functions implemented to provide crew planning, life duration statistics for preventive maintenance purpose, or even predictive maintenance based on condition monitoring, The main financial benefits of Smart Metering for DSOs usually include cost savings through the reduction of manpower, crew cars, fuel, and CO 2 emissions. Financial excellence will also be allowed in particular through the: ability to invoice precisely distribution network usage; possibility to use several registers for later Time-of-Use network usage billing (charging more at peak hours for instance); decrease of commercial (non technical) losses thanks to real-time automatic fraud detection (tampering, removing, bypassing, ); and reduction of peak electricity demand and the better management of load hours, therefore alleviating the need for expanded distribution capacity or distribution infrastructure installation (CAPEX investments). Distribution System Operators can really make great savings from Smart Metering and have a rather quick pay-back for their initial big investment. However and although the international regulations are pushing for Smart Metering, national regulations vary from country to country and the initial investments are as high as the transformations Smart Metering projects will bring. Distributors should therefore ponder the various technical options (AMR or AMM, two-way communication system options ) and assess precisely the ROI that their respective Smart Metering project carries. The main financial benefits of Smart Metering for DSOs usually include cost savings through the reduction of manpower, crew cars, fuel, and CO 2 emissions. Electricity Smart Metering Business Drivers Basis for ROI calculation
9 Business Drivers for Resellers and Supply Companies Electricity Sales Companies provide electricity and services to End Customers. They will directly benefit from Smart Metering by enhancing service levels in particular. Offer improved and new services For Electricity Suppliers, Smart Metering will provide accurate real time metering: there will be no longer estimates every 2 months and yearly (or more) actual metering. At the same time, Suppliers will provide to their customers informative bills based on actual tariffs, actual time of use, as well as energy saving information and advice, maybe even simulations (what if cases) to promote end customers subscription to new energy saving schemes. Smart Metering will allow more frequent billing and faster reading to cash: frequent enough to enable customers to regulate their own energy consumption New Smart services that supply companies will include: preferred bill (based on the real consumption and not an estimate) due date for end customers; new competitive tariff packages and competitive or incentive offers (e.g. Time of Use, Dynamic Pricing, Demand Response, Automated Load Control, Prepaid with same smart meter, Cost Reporting, ), and easy opt-in / opt-out of the deals; and Smart invoicing concepts (e.g. invoice each time bill exceeds 100, or a single invoice for two households in two different countries with two different currencies, ); Existing service levels will also be increased: Customer calls will be decreased, in number and in duration, due to higher reliable data, reduced errors, improved analysis process time, more reliable network, and outage mapping and restoration. Therefore Suppliers will save on CRM - Customer Relationship Management (especially when prepaid is used) and increase customer satisfaction and loyalty; this is even more important for prepaid customers with present calls increased from +30% to +100% when compared with normal post-paid customers. Smart Metering will help new entrants (or companies wanting to increase their market share) in the Supply Market and ease the change of supplier (e.g. switching in 2 hours maximum vs. 2 weeks); and The process for customers moving into / out of homes will be eased. Change customer behaviour User load profiling (i.e. allowing logical or geographical aggregation and also detailed marketing analysis and customer segmentation) will provide a basis for customer targeting, with differentiated value added services. The new services that will be elaborated will also help to: change customer behaviour from fixed consumption user to smart customer with self regulation of energy consumption, thanks to frequent billing, local dynamic in-home display, usage of Short-Message Service (SMS) and/or web portal, Smart Phones power applications, Energy Boxes, Demand-Response programmes like load curtailment scheme, or direct load scheme; allow to define customer energy profiles for targeting Energy Efficiency/Demand Response programs; allow Distributed Generation (DG) and buying electricity back (net metering if possible) from renewable alternative decentralized microgeneration like solar, wind, hydroelectric, biomass; and allow Distributed Storage (flywheels, compressed air and turbines, batteries, Plug-in hybrid electric vehicles (PHEVs) or full electric vehicles (EVs) ).
10 Now is the time for Suppliers to imagine the services and offers of the 21st century! Optimise cash flow Since Smart Metering will provide accurate real time data, suppliers will bill customers with the exact real consumption (no more estimates). Suppliers will then have lower payables and less unrecoverable. Furthermore, the future infrastructure will authorise more frequent billing and faster reading to cash and therefore in the same time, Smart Meters will improve company cash-flow. Suppliers and especially new entrants will be able to offer new services or more sophisticated and adapted tariff packages allowing them to differentiate their electricity supply offers. These new offers and services will help end customers change their way of consuming energy while improving cash flow. Now is the time for Suppliers to imagine the services and offers of the XXIst century! Business Drivers for Smart Energy Services Companies New market roles and new business models will emerge in coming years thanks to Smart Metering. These new Energy Services Companies will need to get Third-Party access to Data through the Regulator. The services these new Smart Energy companies offer may sometimes be compared to the services a supply company might offer. However, we have already identified some potential new areas for Energy Services Companies. Elaborate demand response programs Independent Third-Party Aggregators (or Curtailment or Balancing Service Providers) could represent an important opportunity for consumers who would otherwise be unable to participate individually or as a community in Demand-Response (DR) programs. These new companies will: aggregate several customers into a single more powerful purchasing unit to negotiate the purchase of electricity from supply companies; bid coordinated DR programs on wholesale market on behalf of customers, as an intermediary for smaller individual loads; offer proactively, in real time, Smart tariffs based on the consumption forecast and network balance; manage Energy Interruption or Curtailment programs of individuals and communities through Smart Meters: Economic Curtailment Program and/ or Emergency Curtailment Program; create and run Virtual Power Plants VPP (clusters of distributed energy providers and/or bundling of local curtailment volunteers for Negawatts curtailment of Megawatts, including innovative forms of electricity storage, able to help the TSO nationally or even now the DSO to regionally or locally balance supply and demand; and manage financial compensation (Incentive and/or Penalties schemes). Competition and Innovation could lead to a greater variety of DR programs that will introduce more flexibility and therefore promote participation to such programs. Offer new Smart Meter services Smart Meters will probably see Independent Third- Party Smart Metering Companies provide outsourcing services like: Two-ways meter management; Remote meter readings; Billing information or even full bills to customers on behalf of small Utilities. These three deliveries could be even provided by three different companies.
11 Another aspect of Smart Energy Services Companies will be the analysis of the huge amount of data that will be gathered daily. These Independent Energy Audit Companies will provide: Knowledge of the detailed energy consumption patterns and consumer profiles; Identification of potential energy savings; Tailored advice to individuals or to group of customers (with the same profile); Advices in energy saving appliances ( smart appliances ) and in smart plugs. Advices in Home Area Network and Home Energy Management / Automation Integrate Smart Metering into Smart Grids Smart Metering is only a step towards larger Smart Grids. A hot topic of Smart Grids is the integration of Mobile Plug-In Electricity Vehicles (PEV) or Plug-in Hybrid EV (PHEV). New Load Companies will take advantage of Smart Grids and provide the following services: Public Plugs scattered around cities; The rental of Public EV (this new service could be compared to what has happened for bicycles in many European cities); Trading: Companies will for example buy electricity at high rate from PEV at peak hours, or sell electricity at low rate when distributed generation is running to high; Smart Billing for PEV drivers (prepaid, post paid, free 1h offer while shopping, ); Roaming facilities: plug-in to public plugs or to private plugs while charging your usual supplier. On-board Meter: Smart Meter included in an EV could ease roaming and more importantly EV usage as storage unit anywhere. Business Drivers for End Customers End customers should benefit a lot from Smart Metering: they will be able to lower their bills and consume less (hence emit less) while at the same time enjoying new services, and therefore becoming Smart Consumers. Save on energy bills End customers will clearly save money, with cheaper energy bills, through both new competitive offers and direct energy savings (thanks to exact billing, Smart Meter or in-house display and web portal). It is still to be noted that some if they do not pay attention - may pay more money, but in the future they will know precisely why and when. Each customer will proactively manage and reduce his energy use through direct load control program (for example: use of a smart energy box, smart price responsive appliances or computerized thermostats, Home Area Network - HAN) or through smart time of use outlets (smart plugs). Customers will now play an active central role in managing (reducing, smoothing, shifting) electricity demand. This will help them manage their energy bills and control (at their level) further price increases. Competition will be enhanced and customers will also take advantage of an increased number of potential suppliers in the market, providing a variety of time-based rate options (and therefore again lower costs). We are convinced that new entrepreneurs will take advantage in the coming years of the enormous potential of Smart Metering and Smart Grid to propose new innovative services, unknown and unimagined today, as it happened with mobile phones or with Internet.
12 Thanks to Net-Metering, End Customers will find it easier to generate their own alternative renewable electricity Benefit from better and new services As discussed in the chapter above, new services will be offered by either Smart Energy Companies or Supply Companies and End Customers will enjoy these innovative solutions: End customers will benefit from better meter management services while reducing the number of complaints, thanks to early detection of meter failures and faster service restoration, fast meter reconfiguration after a change request in the energy supply contract, ; Customers will benefit from new adapted offers and additional services, like flexible billing cycles; They will get accurate and real time bills (no longer estimates and staying in for home readings), frequently enough to be able to regulate their own consumption; Switching suppliers will be facilitated as well as changing tariff or billing schemes (e.g. switch to prepaid for one month of seasonal rental, or get temporarily a higher load limit during winter for electric heating or during summer for AC) and moreover without physical visit implying staying into their homes; Get information on actual quality of service. Reduce energy consumption and CO 2 emissions Reduction of CO 2 emissions will be carried out in two ways: direct energy savings and indirect CO 2 savings (through remote reading / management of their Smart Meter, and reduced peak consumption). Thanks to Net-Metering, End Customers will find it easier to generate their own alternative renewable electricity (solar, wind, hydro ). These personal installation will help them save on peak pricing, save transmission and distribution losses (around 7%) and will let them sell electricity back. With the future emergence of Smart Grids, Electric Vehicles or Plug-In Hybrid Electric Vehicles (PHEV using the Vehicle-to-Grid V2G concept) will help customers not only reduce the energy consumption of their homes but also reduce the energy consumption of their vehicles. Smart Meters will therefore add more and more value to a customer s home, as potential buyers will spend more in the coming years for a residence including renewable energy (green certification). At their own level, each customer will gain insight into better understanding their household energy footprint, and will be able to compare with similar neighbours. As end customers manage electricity demand, they should always be placed at the forefront of the Smart Metering topic. Companies will have to anticipate their needs of new services while packaging new pricing offers to help them reduce their bills and their CO 2 emissions. Tips for Smart Metering ROI Calculations Investments in Smart Metering infrastructure represent one of the biggest investments in attaining Smart Grids. This is why investors should methodically and systematically elaborate precise business cases for their respective projects. Calculations should be made on a more or less 25 years period (5 years rollout followed by a 20 years life cycle). As end customers manage electricity demand, they should always be placed at the forefront of the Smart Metering topic. Companies will have to anticipate their needs of new services while packaging new pricing offers to help them reduce their bills and their CO 2 emissions.
13 Main business case parameters depend on this non exhaustive list of following factors: Whom the global infrastructure belongs to (Smart Meters, IT ): the distributor, a third party, the end user, suppliers, shared between several actors ; Status of the existing grid status (oversized or with just what is needed) SLA requirements; Regulatory obligations; Legal restrictions and recommendations (for communication, privacy, safety, security ); privacy is getting more and more of a concern these days, and associated costs are not always included in the initial ROI calculation Actual manual readings per year (12 x a year sometimes in the USA, 1 x or 2 x or 4 x a year in Europe ). The more readings, the more savings! Existing manpower status in the Utilities (number of manual reading staff, and associated management staff, number of CRM staff, age pyramid, ability to be retrained, normal retirement schedules, early retirements costs ); Openness of the solution: proprietary solutions are not open and therefore are globally more costly; open standard / protocols promote competition and lower costs; interoperability and interchangeability decrease installation and maintenance costs; Technical content and level of the HAN related hardware to be installed, with a home display or not, self installable (plug and play) or not etc. Consumers population density: If population density is high, then: less concentrators are needed (Meters to Concentrator ratio varies usually from 10 in countryside to 200 in cities, with a min of 1 and a max of 1200 and e.g. from 50 on average in France to 90 in average in Belgium Flanders); below 10, a concentrator may not be economically viable; moreover meters installation is much faster ; old meter reading was faster also, therefore manpower savings are lower; If population density is low, then: more concentrators are needed; meters installation is slower; old meter reading was slower also, therefore manpower savings are higher; Ratio of meters outside/inside the residence; Cost of manpower for fitting new Smart Meters this is usually a very important factor! Availability of these hardware fitters, possibility of retraining for instance staff coming from other industries, and speed of learning curve. Speed of rollout (depending on some of the parameters in this list and on political decisions). The faster, the earlier the savings, but the worse the cash flow in the first years. Ratio of existing old meter annual replacement (may be around 1% or 2% per year, depending on the average age of these meters); new meters may need to be replaced only at around 0.1% per year; Number of new residences and refurbishments per year (e.g. around 1% to 2%); if the scheduled roll-out takes 5 years, up to 10% of the meters may be installed in the usual new meters installation process; Number of different types and status of existing meter cabinets, and therefore ratio of needed replacement; Peak shaving and postponement of additional costs (CAPEX); Available Communication technologies and associated costs on the WAN (GPRS / EDGE / UMTS coverage, Fibre Optics, PSTN, ADSL ); Existing level of Commercial (Non-Technical) losses if high, sometimes this is even the main business driver, especially if associated with high energy cost in the country!; Change Management programme needed at end customer level to get full benefits from DR programmes; this is usually largely underestimated. Level of prepaid metering: Normal Smart Meters allow prepayments, but are much cheaper than specific prepaid meters; Customer calls are much higher in the old prepaid segment and CRM savings are higher in this segment; Cost of KWh; this depends on the energy mix of a country (nuclear, hydroelectricity, fuel, solar, ) and on the level of import/export of electricity at country level, and sometimes/often also of political decisions Average annual KWh consumption per customer It is therefore not really possible in our opinion to give reliable indicative figures of payback period or ROI for a generic Smart Metering Programme. Best calculation case we heard of for payback period is 5 years and worst case is 20 years. Normal Smart Meters allow prepayments, but are much cheaper than specific prepaid meters; Customer calls are much higher in the old prepaid segment and CRM savings are higher in this segment. Electricity Smart Metering Business Drivers Basis for ROI calculation
14 Conclusion Smart Metering is no longer a question of GO or NO GO it is now only a question of when? and how?. Smart Metering represents a paradigm change for the energy sector and provides strategic benefits from Smart Grid by transforming current electricity grids into innovative real-time interactive (between customers, suppliers, distributors, ) service networks. TSOs were managing the generation side: DSOs will have now more and more manage the demand side and the supply side. By strongly reducing manual reading and interventions on the meters, by allowing renewable decentralized electricity generation and storage, by saving distribution losses, we can state that Smart Metering and Smart Grid are Green. Benefits listed in this document, stakeholder by stakeholder, accrue all along the value chain from the power generator to the end customer. However, it is not really possible in our opinion to give reliable indicative figures of a payback period or for a ROI regarding a generic Smart Metering Programme: each Smart Metering Project should comprise a detailed Business Case. We are convinced that this document will help Smart Metering stakeholders manage Smart Metering programmes and make them a success. We are of course open to discussion and welcome readers comments and feedback. We are convinced that new entrepreneurs will take advantage in the coming years of the enormous potential of Smart Metering and Smart Grid to propose new innovative services. We consider that new Smart Metering systems must be Smart Grid Ready, to be technically able to help manage the new grids, and therefore to enhance the global ROI.
15 Atos WorldGrid s Experience in Smart Metering and Smart Grid ERDF AMM project ERDF is the largest electricity distribution grid operator in France and is a 100% subsidiary of EDF. Atos WorldGrid is leading ERDF Smart Metering programme (called AMM Automated Meter Management) which will culminate in the deployment of 35 million electric Smart Meters. AMM Smart Metering programme provides: remote near real-time metering (up to 10 consumption registers and load shape on a daily basis with data interval from 10 mn to 1 hour), via Smart Concentrators easy switching of suppliers in a liberalized energy market remote services on Smart Meters (2 ways intelligent communicating meters, standardized, interchangeable and interoperable) such as data and load profile collection, meter disconnection and reconnection, meter programming of new load limits, new tariff, and microcode uploading and downloading remote services on Smart Concentrators (2 ways intelligent concentrators, communicating with the meters via an open PLC (Power Line Carrier) protocol, with ERDF IT systems mainly via GPRS, standardized, interchangeable and interoperable and local substation RTU via Ethernet interface and IEC 104 protocol), such as grid surveillance, and microcode and software downloading Net Metering first Smart Grid services such as grid surveillance and management, massive switch-off, smart cold load pick-up management, and quality of service measurement on the low voltage grid the whole metering asset management functions, direct integration to 10+ ERDF IT applications, communicating with 50+ ERDF IT applications future-proof openness, performance and scalability administration and monitoring of the global AMM IT system and communication infrastructure. ENDESA Sistema de Telegestión BT Proyecto Endesa is a leading Distribution company in Spain. Atos Origin 85% subsidiary Mundivia (becoming Atos WorldGrid) was in charge of the design and development of the system architecture including the software for the concentrator and the central services in Endesa Smart Metering / Intelligent Network project: Interoperability: independence from hardware and software providers: no vendor-locking in Distributed architecture: intelligence in the concentrator Predictive attitude: external sensors in the substation, Smart Grid Ready. Self configuration, self recovery capabilities Lean-budget mindset Single data repository with links to Metering System, Business Systems and Technical Systems Use of XML, SOA, EDA, IP standards ERDF SAR / GEC Project SAR and GEC applications are bespoke developments by Atos WorldGrid for ERDF: SAR is an automated massive meter reading and programming system for Commercial & Industrial (C&I) electricity meters. GEC is the associated meter asset management system. These projects were fully developed by Atos WorldGrid, from design to final acceptance. They involved integration with several external applications such as Data VEE / settlements and Contract management applications for SAR. SAR also interfaces with GEC: SAR receives meters configuration from GEC and transmits alarms and meter maintenance data to GEC. SAR is used for: Daily Meter data reading: Status information, Interval Data, Energy Data Readings (index, maximum power demand, exceeded demands, functioning time ), Configuration data (load limit, ), Energy Quality Data (events, defects, outages, ) of C&I Meters Atos WorldGrid is leading ERDF Smart Metering programme (called AMM Automated Meter Management) which will culminate in the deployment of 35 million electric Smart Meters. Electricity Smart Metering Business Drivers Basis for ROI calculation
16 Meter configuration: all configuration operations are possible in a remote way: Synchronize the meter clock (and generate alarms when there are important time shifts) Program changes of legal time (Daylight Saving Time) Program load limits Operations management (data acquisition scheduling, calling zone management, authorization check, communication optimization, completion follow up, failure management ) Data processing (normalization, filtering, up to 24 months storage in a Data Base, dispatch to other ERDF applications, auditability, traceability, ) GEC is used for: Asset description (including links between the different assets, equipment trees, asset configuration and characteristics) Work requests and Intervention management (scheduling, follow-up) Condition Monitoring of the metering equipments ERDF Telerel project Atos WorldGrid s Smart Metering Competency Centre is maintaining ERDF Telerel project. Several types of equipments are supported, up to 15 different meter types and 3 different concentrator types. The application provides AMR (Automated Meter Reading) functions, concentrator administration functions (for configuration purpose), network and topology supervision ENEFGY Project Atos WorlGrid in Spain has developed a complete system to contribute in a real time and easy way to the Energy Efficiency, a key element to avoid climate change. The main business issues are: Platform for energy efficiency, open, and broad functionality for both, end users and suppliers of energy efficiency services and other actors in the energy sector. Integrates several meters from different approved manufacturers. Strong social model, inspired by models of social networks, with integration mechanisms in the most significant market. Powerful data analysis, enabling a highly refined analysis of the information captured Smart Grid R&D Projects This project is a PLC protocol experimentation conducted with Landis+Gyr, for data collection of 5000 industrial and residential meters. Atos WorlGrid in Spain has developed a complete system to contribute in a real time and easy way to the Energy Efficiency, a key element to avoid climate change.
17 Atos WorldGrid is involved in several Smart Grid initiatives Atos WorldGrid is involved in several Smart Grid initiatives: We are the Coordinator of the OpenNode (Open architecture for secondary nodes of the electricity Smart Grid) consortium for the European Commission with Iberdrola, EDF,EDP, Siemens, Kema, Nucleo and ITE. Atos WorldGrid manages three work packages out of eight. This project focuses on Smart Secondary Substation Nodes (SSN) as substantial component to monitor and control the Smart Distribution Grid. OpenNode will focus on research and development of: an open secondary substation node which is seen as an essential control component of the future Smart Distribution Grid a middleware to couple the SSN operation with the Utilities systems for grid and utility operation; and a modular communication architecture based on standardised communication protocols to grant the flexibility required by the stakeholder diversification and to cope with massively distributed embedded systems in the distribution grid We are involved in WAVEGLOVE project for the Goverment of Cantabria (Spain) which main objective is to developed an end-to-end solution for the acquisition, monitoring and control of a buoy park which can generate power from sea waves. Moreover, it can be integrated with external systems. We are part of the Energy and Environmental Working Group of the Rhône-Alpes Competitiveness Pole TENERRDIS in connection with the French Government initiative known as Grenelle de l environnement. This competitiveness forum relates to home energy control and new energy technologies, major components of sustainable development We are involved since the beginning of 2009 in a research project funded by the French Ministry of Economy. This project relates to an innovative platform for Smart Grid and we are the integrator of the consortium with EDF R&D, Schneider Electric, Grenoble University. We participate to the CIGRE committee D2.25 Information and Communication Systems in the deregulation of electricity sector We work for ETSO organisation regarding standardization of data exchanges between the different players of the Energy supply chain. Currently, ETSO and IEC 57 Working Group 16 are in touch for normalization of the standards elaborated by ETSO We are the Coordinator for SINARI project won with EDF R&D, CEA, Telecom Paris Tech, INP Grenoble, and FP Conseil from ANR (French Research Agency). The topic is the security of the electrical distribution systems used in the frame of deregulated market: electrical networks, IT infrastructure, telecom networks. We are a member of the Rhône-Alpes GREENLYS answer to ADEME (French Energy Savings Agency) call for proposals regarding Smart Grid, along with ERDF, GDF-Suez, Gaz Electricité de Grenoble, Schneider Electric, Alstom, Grenoble INP We are involved in WAVEGLOVE project for the Goverment of Cantabria (Spain) which main objective is to developed an end-to-end solution for the acquisition, monitoring and control of a buoy park which can generate power from sea waves. Moreover, it can be integrated with external systems. Electricity Smart Metering Business Drivers Basis for ROI calculation
18 We deliver innovative solutions for smart energy, supporting our clients succeed in their business objectives while meeting consumer demand, complying with new regulations and focusing on environmental excellence.
19 Acronyms AC: Alternative Current AC: Air Conditioning / Air Conditioned ADSL: Asymmetric Digital Subscriber Line AMI: Automated Meter Infrastructure AMM: Automated Meter Management AMR: Automated Meter Reading CAPEX: CAPital EXpenditure CIGRE: Conseil International des Grands Réseaux Electriques CO 2 : Carbon Dioxide C&I: Commercial and Industrial CRE: The Regulator in France CRM: Customer Relationship Management DC: Direct Current DECC: Department of Energy and Climate Control, UK DER: Distributed Energy Resources DG: Distributed Generation DR: Demand-Response DSO: Distribution System Operator DSM: Demand-Side Management EC: European Commission EDA: Event Driven Architecture EDF: Electricité de France EDP: Energias de Portugal EDGE: Extended enhanced Data rates for GSM Evolution EDNS: Expected Demand Not Supplied EIR: Energy Index of Reliability ERDF: Electricité Réseau de Distribution France ERGEG: European Regulators association ETSO: European Transmission System Operators association EU: European Union EV: Electric Vehicle FLOL: Frequency of Loss Of Load FO: Fibre Optics FP7: Framework Programme 7 GEC: GEstion des Compteurs GEG: Gaz Electricité de Grenoble GHG: Green House Gas GIS: Geographical Information System GPRS: General Packet Radio Service GPS: Global Positioning System HAN: Home Area Network HV: High Voltage I&C: Industrial & Commercial IEC: International Electrotechnical Commission IP: Internet Protocol IT: Information Technology LAN: Local Area Network LOLE: Loss Of Load Expectation LOEE: Loss Of Energy Expectation LV: Low Voltage MV: Medium Voltage NIMBY: Not In My Back Yard OFGEM: The Regulator in the UK OPEX: OPerating EXpenses PEV: Plug-in Electric Vehicle PHEV: Plug-in Hybrid Electric Vehicle PLC: Power Line Carrier PSTN: Public Switched Telephone Network R&D: Research & Development ROI: Return on Investment RTU: Remote Terminal Unit SAR: Système Automatique de Relève SCADA: Supervisory Control And Data Acquisition SG: Smart Grid SLA: Service Level Agreement SM: Smart Metering SMS: Short-Message Service SOA: Service Oriented Architecture TSO: Transmission System Operator UMTS: Universal Mobile Telecommunication System USA: United States of America VEE: Validation, Editing, Estimation VPP: Virtual Power Plant V2G: Vehicle to Grid VHV: Very-High Voltage WAN: Wide Area Network WIFI: Wireless Fidelity XML: extended Mark-up Language Electricity Smart Metering Business Drivers Basis for ROI calculation
20 About Atos Origin Atos Origin is a leading international Information Technology (IT) services company, providing Hi-Tech Transactional Services, Consulting, Systems Integration and Managed Services to deliver business outcomes globally. The company s annual revenues are EUR 5.1 billion and it employs 49,000 people. Atos Origin is the Worldwide Information Technology Partner for the Olympic Games and has a client base of international companies across all sectors. Atos Origin is quoted on the Paris Eurolist Market and trades as Atos Origin, Atos Worldline and Atos Consulting. For more information: About Atos WorldGrid Atos WorldGrid, an international entity of Atos Origin, is a world leader in smart energy. With an unprecedented track record in the energy & utilities market of more than 35 years, it brings together all its technological solutions for intelligent production, transport, distribution and marketing of energy. Atos WorldGrid delivers solutions to optimize various operating processes in its clients information systems. Atos WorldGrid has over 1,000 engineers, and generates annual revenues of 150 million. For more information on Atos WorldGrid, visit For further information, please contact: Add business value to our clients with real-time innovative solutions. Atos, Atos and fish symbol, Atos Origin and fish symbol, Atos Consulting, and the fish symbol itself are registered trademarks of Atos Origin SA. October, 2010.
Version 2.0 - October 2014 NetVision Solution Datasheet NetVision: Smart Energy Smart Grids and Smart Meters - Towards Smarter Energy Management According to analyst firm Berg Insight, the installed base
European Distribution System Operators for Smart Grids Position paper on Electric Vehicles Charging Infrastructure European Distribution System Operators for Smart Grids Position paper on ELECTRIC VEHICLES
Page 1 of 13 GAS SMART METERING SYSTEM DRAFT MARCOGAZ/FACOGAZ POSITION PAPER FINAL 1. Introduction Marcogaz Members representing more than 100 million installed domestic gas meter in Europe owned by Distribution
Power Trading and Retail System empowering smarter trading across the energy value chain Smart energy. Powering progress In today s turbulent and increasingly complex energy markets, Atos Worldgrid PTRS
SmartGrids SRA 2035 Summary of Priorities for SmartGrids Research Topics Version 19 June 2013 Setting Priorities related to SRA 2035 research areas and topics The following section reports on the conclusions
Smart Meters Executive Paper Smart infrastructure overview The ever growing global demand for energy, combined with increasing scarcity of resources and the threat of climate change, have prompted governments
Response to European Commission s Public Consultation on Retail Markets 16 April 2014 INFORMATION ABOUT THE RESPONDENTS Are you responding to this questionnaire on behalf of/as: Public Authority On behalf
0 Smart metering : a comparative impact of European solutions By Joseph MAIRE EDF-R&D France December 10-12 th, 2008 Nice France Content of the presentation Smart metering general situation and interaction
Medium voltage products Technical guide Smart grids Contents 2 1. Introduction 8 2 The different components and functions of a smart grid 8 2.1 Integration of distributed renewable energy sources 9 2.2
European Distribution System Operators for Smart Grids Data Management: The role of Distribution System Operators in managing data June 2014 1 Executive Summary The European Union (EU) has set ambitious
Transforming industries: energy and utilities How the Internet of Things will transform the utilities industry GETTING TO KNOW UTILITIES Utility companies are responsible for managing the infrastructure
Enel s experience on smart grids Projects and Strategy Shenzhen, September 2014 Agenda Enel profile Overview of smart grid technologies Smart Grids and Smart Cities projects in Italy and Europe 2 Enel:
Preparing for Distributed Energy Resources Executive summary Many utilities are turning to Smart Grid solutions such as distributed energy resources (DERs) small-scale renewable energy sources and energy
White Paper EC 350 Simplifies Billing Data Integration in PowerSpring Software Executive Summary In the current energy environment, gas-metering data must be collected more frequently and in smaller increments
University of Colorado at Boulder Chancellor s Residence: Smart Home energy management through technology innovation efficiency in partnership with SmartGridCity Boulder s first Smart Home The University
Jim Sheppard, Director of Business Processes CenterPoint Energy, Texas, USA About Us... Public company traded on the New York Stock Exchange (CNP) Headquartered in Houston, TX Operating 3 business segments
DSM in competitive market Seppo Kärkkäinen, VTT, Finland TAIEX Workshop on Demand Side Management in Energy Efficiency Ankara - 22-23/11/2007 Definitions: DSM/DR/LM/ The term Demand Side Management, DSM,
Hva er og hva er det ikke? Tore Langeland/Christopher Greiner Agenda DNV in brief DNV definition of the Concepts Challenges Technology Field trials and Government Stimulus The hype? 2 DNV an independent
Smart grid promotion policy and activity in Sweden Sweden day, October 23, Smart City Week 2013 Karin Widegren, Director Swedish Coordination Council for Smart Grid Outline of presentation Who we are -
Make the most of your energy Energy Management Making the Smart Grid happen July 2013 P.REIGNER At a glance Introducing Schneider Electric Schneider Electric at a glance The global specialist in energy
Fiber to the Home: A Key Element for Smart Electric Grids Jason Cohen, President & COO Allied Fiber Jason.Cohen@alliedfiber.com 516.455.1869 www.alliedfiber.com Table of Contents Introduction / What is
Enabling the SmartGrid through Cloud Computing April 2012 Creating Value, Delivering Results 2012 eglobaltech Incorporated. Tech, Inc. All rights reserved. 1 Overall Objective To deliver electricity from
Innovative Business Models for Market Uptake of Renewable Electricity unlocking the potential for flexibility in the Industrial Electricity Use Main variations of business models for Flexible Industrial
PowerShift Atlantic will demonstrate one of the world s first virtual power plants designed to allow for more effective integration and balancing of wind power onto the power grid. The project is a collaborative
European Distribution System Operators for Smart Grids Response to the European Commission s public consultation on a new energy market design October 2015 Executive summary The European Distribution System
Análisis del marco normativo de las redes inteligentes en Europa The European legal framework for smart grids Anita Rønne Faculty of Law, University of Copenhagen Member of the Energy Regulatory Authority
Introducing Gazprom Energy Stable, secure, reliable energy from one of the world s biggest names. With deals tailored around your needs, not ours. About us Gazprom Energy customers receive a long lasting
June 2015 Position Paper Contribution to the debate on electricity market design and capacity markets Eurogas is the association representing the European gas wholesale, retail and distribution sectors.
& Environment Market Trends, Technologies, New Fuels, Future Business Models and Growth Opportunities September 2014 OUR COVERAGE & VISION: IDENTIFYING OPPORTUNITIES FROM UPSTREAM TO POINT OF USE Oil &
Reliability and security of electricity supply: the Italian blackout Alessandro Ortis President AEEG The Regulatory Authority for Electricity and Gas of Italy 5th NARUC/CEER Energy Regulators Roundtable
ORGANIZATION, MARKET AND OFFER The Engineering Group is the leading Italian operator in the field of software and services, with 7,000 employees scattered between Italy, Belgium, USA and South America,
Agenda do Mini-Curso Sérgio Yoshio Fujii firstname.lastname@example.org Ethan Boardman email@example.com Agenda do Mini-Curso Sistemas de Distribuição (DMS) Characteristics of Distribution Network
Demand Response Demand Response Management System Smart systems for Consumer engagement By Vikram Gandotra Siemens Smart Grid siemens.com/answers The Siemens Smart Grid Suite DRMS part of Grid Application
METER DATA MANAGEMENT FOR THE SMARTER GRID AND FUTURE ELECTRONIC ENERGY MARKETPLACES Sebnem RUSITSCHKA 1(1), Stephan MERK (1), Dr. Heinrich KIRCHAUER (2), Dr. Monika STURM (2) (1) Siemens AG Germany Corporate
Smart Metering Concern, Challenges, & benefits. Indian context Vivek Pathak Pthk +919799394943 Indian Context Utility Concern Growing Normal energy demand The demand is likely to grow at a pace more than
Innovative & agile business solution for integrated utilities Smart flexibility. Delivered. 1 UMAX - The utility solution Certified by Microsoft, delivering smart flexibility UMAX is the answer for utilities
Totally Integrated Power SIESTORAGE The modular energy storage system for a reliable power supply www.siemens.com/siestorage Totally Integrated Power (TIP) We bring power to the point. Our products, systems,
EB-00-0 Exhibit G Tab Schedule Page of 00 SMART GRID INVESTMENTS INFORMATION TECHNOLOGY CUSTOMER PORTALS PILOT Customer Display Integration: The implementation of a customer display in the future is identified
The State of the Electrical Grid in Washington State Michael Pesin, PMP, P.E. Seattle City Light April 24, 2014 *Seattle City Light *National and Washington State Electrical Grid Today *Smart Grid *Pacific
Final Guidelines of Good Practice on Regulatory Aspects of Smart Metering for Electricity and Gas Ref: E10-RMF-29-05 8 February 2011 European Regulators Group for Electricity and Gas Contact: Council of
Content SGEM Overview Cleen Ltd Smart Grids is changing the way we do business Consortium and key facts Connection to other SG activities and standardization Phased evolution approach build on the Finnish
DRAFT REVISION Smart Grid Business Case Analysis Prepared For Rochester Public Utilities August 200 Project 55060 prepared for Rochester Public Utilities Rochester, Minnesota August 200 Project No. 55060
Integrated management information in utilities Information from Cigré The objective of this article is to assist utilities define, specify and evaluate the high level management systems that form the information
Smart Grid Enabling a Sustainable Energy Future Smart Grid Technologies Workshop Prof Deepak Divan Director, Intelligent Power Infrastructure Consortium School of Electrical Engineering Georgia Institute
The Smart Energy Pricing Evolution at BGE for The 2011 National Town Meeting on Demand Response and Smart Grid 2011 National Town Meeting on Demand Response and Smart Grid Wayne Harbaugh VP Pricing & Regulatory
Security of electricity supply Definitions, roles & responsibilities and experiences within the EU Thomas Barth Chairman of Energy Policy & Generation Committee EURELECTRIC Outline Security of Supply a
Title of presentation Edison Makwarela Senior Consultant, Eskom, Gauteng, South Africa Current Situation - The reserve margin is currently 8 10%, against an aspiration of 15% - Increased probability of
Integration of Electric Vehicles National Town Meeting on Demand Response + Smart Grid May 28, 2015 DCFC Network: Greenlots North American Footprint Q2 15 Hawaii Total Public DCFC Greenlots DCFC Greenlots
European Distribution System Operators for Smart Grids Flexibility: The role of DSOs in tomorrow s electricity market 1 Executive summary A core element of the transformation of energy systems around Europe
Smart solutions for fleets of all types & sizes of power generation Marcus König, E F IE SGS / September 2013 Instrumentation, Controls & Electrical The Siemens structure: Four Sectors close to the customer
transform smart utilities new intelligence empowers Smart energy. Powering progress Atos is extremely well positioned to manage the utilities industry s present and future needs. IDC MarketScape: IT Service
G. onizza Electra: Doing Business with Energy G. onizza Electra: Doing Business with Energy Electra Doing Business with Energy Efficiency Thursday 15. October 2009, Ljubljana (SI) Electra conclusions in
Ubiquitous Computing in Business Processes Part V Prof. Dr. Lutz Heuser AGT Germany Prof. Dr. Zoltán Nochta SAP AG Darmstadt January 16, 2015 Outline 1. Smart Grids and Energy Management Overview Common
www.vitria.com TABLE OF CONTENTS I. TODAY S UTILITY INFRASTRUCTURE vs. FUTURE USE CASES...1 II. MARKET & PLATFORM REQUIREMENTS...2 III. COMPLEMENTING UTILITY IT ARCHITECTURES WITH THE VITRIA PLATFORM FOR
Smart Energy for Texas Consumers Elizabeth Killinger Senior Vice President, Reliant Energy President, SimplySmart Solutions June 15, 2011 Smart Energy for Texas Consumers Insights, Choices, & Convenience
Introduction of Wireless Communication in Smart Grid CATR-CTTL 第 1 页 Outline Introduction of Smart Grid Standardization of Smart Grid Wireless communication in Smart Grid Introduction of CATR work on Smart
SMARTGRID Roadmap 1. Introduction to the Smart Grid Roadmap to 25 Ireland faces the same long term energy challenges as the rest of the world: a need to move towards competitively priced, environmentally
Preparatory Paper on Focal Areas to Support a Sustainable Energy System in the Electricity Sector C. Agert, Th. Vogt EWE Research Centre NEXT ENERGY, Oldenburg, Germany corresponding author: Carsten.Agert@next-energy.de
Armando B. Mendes Universidade dos Açores GIFEM coordinator team demonstration project: Towards a net zero island: Distribution and demand side 2 The Origins: The demand side GIFEM Monitoring Network General
Establishing the Scope for The Business Case Structure to Evaluate Advanced Metering What factors should be considered when determining whether to invest in an advanced metering system? How can a business
Perspectives for ESS in Germany and Europe legal situation and applications StoREgio energy storage system association Dr. Peter Eckerle Managing Director firstname.lastname@example.org Topics Who is StoREgio?
IBM Solution Architecture for Energy and Utilities Framework Accelerating Solutions for Smarter Utilities The IBM Solution Architecture for Energy and Utilities Framework Providing a foundation for solutions
AMI and DA Convergence: Enabling Energy Savings through Voltage Conservation September 2010 Prepared for: By Sierra Energy Group The Research & Analysis Division of Energy Central Table of Contents Executive
ALSTOM Energy Management Business Challenges related to Smart Energy Eco Systems March 2010 Laurent SCHMITT ALSTOM Power Energy Management VP for Strategy & Innovation ALSTOM CO 2 Strategy Alstom is the
INENSUS GmbH TITEL 2011 DIRECTORY 01 The business model of 01 The business model of Micro Power Economy is a strategic tool to establish a market for economically and ecologically viable electrification
Advanced Metering Management in a multi-energy environment Advanced Metering Management in a multi-energy environment : Table of Contents Introduction Market drivers towards Advanced Metering Management
INDICATORS FOR ENERGY RETAIL MARKET MONITORING 1 BEUC Statement 1 An ERGEG public consultation paper on draft guidelines of good practice on indicators for retail market monitoring Ref: E09-RMF-14-04 16
Project no.: 282794 Project acronym GRID+ Project title: Supporting the Development of the European Electricity Grids Initiative (EEGI) Instrument: Coordination and support action Thematic priority: ENERGY.2011.7.3-1:
HOUSEHOLD SMART METERS DEVELOPING A DEMAND-SIDE JUDITH WARD SUSTAINABILITY FIRST Workshop Balancing the System Falmouth Energy Week University of Exeter 23 June 2009 www.sustainabilityfirst.org.uk SUSTAINABILITY
CASE ESB NETWORKS: POLE TOP COMMUNICATION INCREASES EFFICIENCY IN IRELAND Viola s solution for remotely operating pole-top reclosers and switches increases reliability, cuts operating costs and helps to
1. EXECUTIVE SUMMARY AND KEY RECOMMENDATIONS EXECUTIVE SUMMARY Energy policy in Greece has the potential to make a significant contribution to the country s economic recovery. Increasing competition and
Renewable Energy and Fossil Fuels in 2020 and Beyond? The view of Enel Distribuzione Milan, January 21, 2014 Francesco Amadei Head of Engineering and Standardisation Infrastructure and Networks Division
The Smart Grid in 2010 New Energy Symposium The New York Academy of Sciences August 9th, 2010 David J. Leeds About Greentech Media / GTM Research Web-based publisher of information on the future technology
The Smart Grid: Utility Master Energy & Sustainability Planning Gene Rodrigues Director, Customer Energy Efficiency & Solar Southern California Edison CMAA Long Beach, CA May 5, 2011 About Southern California
Scroll An MDM ( Data Management) platform Overview Meter Data Management (MDM) has been traditionally defined as a repository for meter data collected from diverse meter collection systems as well as providing
Capacity mechanism General Directorate for Energy and Climate August 30, 2012 Ministère de l économie, des Finances et de l Industrie Ministère de l'écologie, du Développement durable, des Transports et
September 2010 Power Reply and Oracle Utilities Partnering in Smart Metering implementations Scenario Today s utilities are faced with increased pressure to deliver cost effective and sustainable solutions.
SMARTER GRID AND SMARTER STORAGE HOW DO BUSINESS AND TECHNOLOGY MEET? Anthony Price Swanbarton Limited, Dairy Farm, Pinkney, Malmesbury, Wiltshire, SN16 0NX Telephone +44 1666 840948 Introduction The technical
METERS Data Collection CONTROL Dialog3G AMR/AMI Solutions The Arad Group of affiliated companies and independent distributors around the world offers its customers a fully integrated source for a complete
DISTRIBUTION GRID TARIFF STRUCTURES FOR SMART GRIDS AND SMART MARKETS CEDEC POSITION PAPER March 2014 2 CEDEC WHO ARE WE? CEDEC represents the interests of local and regional energy companies. CEDEC represents
BT Connect Networks that think Optical Connect UK Fast, reliable, secure and affordable Connecting the heart of your organisation Your organisation and its people rely on its applications email, databases,