Name of presenter Title. Date

Transcription

1 Name of presenter Title Date

2 Smart Metering for Large Enterprises Willem Strabbing February 2014

3 Our members

4 Contents Market developments Consumer experiences Benefits of Smart Meters for Smart Enterprises

5 Cost Benefit Analysis EC inventory

6 Roll out plans Smart Metering EC inventory 2012 Sweden Completed Italy Completed Finland Mandated Malta Mandated Spain Mandated Austria Mandated Poland Under Discussion Estonia Mandated France Mandated (timetable TBC) Luxembourg Mandated? 2018 Romania Under Discussion Norway Mandated UK Mandated Netherlands In Planning Stage (final decision in 2013) Denmark Under Discussion? 2020 Ireland Mandated

7 Functionalities in Poland 1. active energy consumption measurement in 15-minute intervals, 2. reactive energy consumption measurement in 15-minute intervals, 3. energy input into the network measurement in 15-minute intervals, 4. maximum power measurement in each hour, 5. time of supply interruptions logging, 6. voltage deviation beyond acceptable (defined by the law) levels logging, 7. remote electricity supply connection / disconnection, 8. remote limitation of available maximum power for customers (for demand side response programs or 9. social tariffs purposes), 10. communication with other media metering devices through installed interface, 11. communication with HAN (Home Area Network) through installed interface, 12. pre-paid settlement method

8 The market for Smart Metering Smart Meter Penetration (of All Electric Meters) by Region, World Markets: Source: Pike Research Worldwide growth will resume in the second half of the forecast period as European deployments continue and smart meters make significant inroads in Latin America and the rest of Asia Pacific. Overall, the global smart meter market is expected to grow at a compound annual growth rate (CAGR) of just under 5% between 2010 and 2020.

9 Contents Market developments Consumer experiences Benefits of Smart Meters for Smart Enterprises

10 Empower Demand Phase I 100 pilots worldwide 460 sample groups 450,000+ residential participants Results measured: peak clipping, electricity conservation and financial savings

11 Feedback Channels: Major Impact on Electricity Consumption Ambient Display 11 % IHD 8 % Informative Bill 6 % Webpage 4 % 0 % 2 % 4 % 6 % 8 % 10 % 12 % Energy Conservation (%) Reduction in overall energy consumption (in %)

12 Peak Clipping (%) How Effective is Smart Pricing? 35 % 30 % 31 % 25 % + 100% 20 % 16 % 20 % + 61% 16 % 15 % 10 % 12 % + 215% 9 % 12 % 5 % 5 % 0 % Critical Peak Pricing Critical Peak Rebate Time-Of-Use Real-Time-Pricing With automation Without automation

13 Contents Market developments Consumer experiences Benefits of Smart Meters for Smart Enterprises

14 What is a Smart Meter Building Energy Management Energy Monitoring and control Meter Data Collector Energy Monitoring For a Smart Grid to function, information exchange about energy generation and consumption is a basic requirement. A smart meter is an Electricity/Gas/Water meter that is able to communicate electronically through different interfaces and report about local consumption and generation, In the near future the Smart Meter enables the use of multiple tariffs during the day, so the consumer can benefit from lower tariffs when there is a surplus of power available.

15 Minimum functionalities We can distinguish between minimum functionalities that are essential in any market model and additional functionalities that might be used in specific market models. Essential minimum functionalities are: Registration of power consumption or generation on legal basis according the MID and provision of this data to the consumer on a timely manner (ranging from 3 seconds to 2 months depending on the channel used) A Consumer Interface for direct feedback of consumption/generation data to the consumer Multiple registers to handle multiple daily tariffs and indication of the active tariff Actual consumption limit(s) Connect/disconnect supply Time synchronization with building energy management

16 Steps towards Smart Buildings

17 Smart buildings Some statements from the industry associoation Orgalime: Consider the building as a whole: Halls and rooms People Production installations Control infrastructure Intelligent building management systems help to reduce energy costs and CO2 emissions by 20-30% (Electra 2 report 2012) significantly reduce maintenance cost

18 Best Practises Submetering is a cheap solution to get detailed energy data from individual sites, processes and/or machines. Since they are not MID approved, they are not a legal display of energy consumed. Heat sub-meters can be used to measure energy produced by boilers or heat-pumps. Electricity sub-meter Heat sub-meter

19 UK Case Studies A manufacturing company introduced smart gas sub-metering and produced weekly spreadsheet based on reports from the metering system. The result has been a 29% decrease in energy consumption A packaging company introduced an Energy Monitoring and Reporting System that cost 10,000 and saved 30,000 in the 1 year After studying the data collected from Smart Meters, Britsh Gas found that 46% of the business electricity use happens in the hours from 6pm to 8 am. Typical examples of such use include the lighting of car parks, vending machines, coffee machines, computers and displays kept permanently on

20 UK Case Studies