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The Combined European Annual Demand for Electricity, Gas and Water Meters Valued at $3.35 Billion in 2014

But By 2018, Annual Demand is Forecast to Increase to $3.99 Billion. “Europe May Be a Mature Meter Market, But It Will Continue to Offer Opportunities Through Traditional Replacement and Smart Meter Programmes”


A new report "The European Meter Market, Forecast and Trends to 2018" from energy industry specialists StatPlan Energy highlights the different drivers that determine the number and type of meters that will be installed in Europe through to 2018. “Most reports focus on a single segment – electricity, gas or water – as we also do, but looking across the three segments provides fresh insights that can be overlooked” comments StatPlan Energy Director David Dower.

David Dower continues: “By value, the highest demand across the three segments is currently Italy, with annual demand in excess of half a billion dollars. Then comes France, Spain, the United Kingdom and Germany. These five markets alone potentially represent an opportunity of around $2.1 billion per annum, but only if existing plans come to fruition in a timely fashion. And the nature of the opportunity is different in each market, mainly driven by smart technology adoption but not necessarily across all segments”.

The combined European annual demand for electricity, gas and water meters is valued at $3.35 billion in 2014. But By 2018, annual demand is forecast to increase to $3.99 billion. Europe may be a mature meter market, but it will continue to offer opportunities through traditional replacement and smart meter programmes.

This report provides detailed assessment of the future of the electricity, gas and water meters with short term forecasts to 2018 (by value, units and unit type) and commentary on long term trends to 2050. 350 pages, 450 tables and charts.


Table Of Contents

Electricity, Gas and Water Meters: The European Market Report 2014, Forecasts to 2018 and Long Term Trends to 2050
1. EXECUTIVE SUMMARY 26

1.1 REPORT BACKGROUND 26
1.2 CURRENT (2014) MARKET VALUE - ELECTRICITY, GAS AND WATER METERS 26
1.3 SHORT TERM FORECAST: ANNUAL DEMAND IN 2018 27
1.4 EUROPE'S CHANGING IMPORTANCE IN THE GLOBAL MARKET 27

2. THE MARKET FOR ELECTRICITY METERS IN EUROPE 29

2.1 MARKET DRIVERS 29
Demographic Trends 29
Population and Households 29
Electrification of Households 30
The Replacement Cycle 31
Regulatory and Government Action 31
Renewables and the Smart Grid 32
Reduction in Technical Losses 32
2.2 CASE STUDY: THE IMPACT OF DEMOGRAPHIC CHANGE IN GERMANY 34
2.3. ELECTRICITY METER FORECASTS IN EUROPE 37
2.3.1 Economic and Fiscal Stress 37
2.3.2 Consumption 37
2.3.3 Smart Meters Definition 39
2.3.4 EGREG Recommendations 39
2.3.5 Smart Meter Progress 40
2.3.6 Consumer Benefits 40
2.3.7 Short Term Demand for Electricity Meters 41
2.3.8 Long Term Demand for Electricity Meters 43
2.3.9 Manufacturer Market Shares 43

3. COUNTRY ANALYSIS - ELECTRICITY METERS 45

3.1 AUSTRIA 45
3.1.1 Meter Owners and Operators 45
3.1.2 Smart Meters Definition 46
3.1.3 Smart Meter Progress 46
3.1.4 Short Term Demand for Electricity Meters 47
3.1.5 Long Term Demand Trend 49
3.2 BELGIUM 51
3.2.1 Meter Owners and Operators 51
3.2.2 Smart Meters Definition 52
3.2.3 Smart Meter Progress 52
3.2.4 Short Term Demand for Electricity Meters 53
3.2.5 Long Term Demand Trend 55

3.3 BULGARIA 57
3.3.1 Meter Owners and Operators 57
3.3.2 Smart Meters Definition 58
3.3.3 Smart Meter Progress 58
3.3.4 Short Term Demand for Electricity Meters 58
3.3.5 Long Term Demand Trend 60

3.4 CZECH REPUBLIC 61
3.4.1 Meter Owners and Operators 61
3.4.2 Smart Meters Definition 62
3.4.3 Smart Meter Progress 62
3.4.4 Short Term Demand for Electricity Meters 63
3.4.5 Long Term Demand Trend 64

3.5 DENMARK 66
3.5.1 Meter Owners and Operators 66
3.5.2 Smart Meter Definition 67
3.5.3 Smart Meter Progress 67
3.5.4 Short Term Demand for Electricity Meters 68
3.5.5 Long Term Demand Trend 70

3.6 ESTONIA 71
3.6.1 Meter Owners and Operators 71
3.6.2 Smart Meters Definition 71
3.6.3 Smart Meter Progress 72
3.6.4 Short Term Demand for Electricity Meters 72
3.6.5 Long Term Demand Trend 74

3.7 FINLAND 75
3.7.1 Meter Owners and Operators 75
3.7.2 Smart Meters Definition 76
3.7.3 Smart Meter Progress 76
3.7.4 Short Term Demand for Electricity Meters 77
3.7.5 Long Term Demand Trend 79

3.8 FRANCE 80
3.8.1 Meter Owners and Operators 80
3.8.2 Smart Meters Definition 81
3.8.3 Smart Meter Progress 81

3.8.4 Short Term Demand for Electricity Meters 83
3.8.5 Long Term Demand Trend 85

3.9 GERMANY 88
3.9.1 Meter Owners and Operators 88
3.9.2 Smart Meters Definition 89
3.9.3 Smart Meter Progress 89
3.9.4 Cost Benefit Analysis 91
3.9.5 Short Term Demand for Electricity Meters 92
3.9.6 Long Term Demand Trend 93

3.10 GREECE 95
3.10.1 The Economic Crisis 95
3.10.2 Impact on the Electrical Sector 95
3.10.3 Meter Owners and Operators 96
3.10.4 Smart Meters Definition 96
3.10.5 Smart Meter Progress 97
3.10.6 Short Term Demand for Electricity Meters 98
3.10.7 Long Term Demand Trend 100

3.11 HUNGARY 101
3.11.1 Meter Owners and Operators 101
3.11.2 Smart Meters Definition 102
3.11.3 Smart Meter Progress 102
3.11.4 Short Term Demand for Electricity Meters 102
3.11.5 Long Term Demand Trend 104

3.12 IRELAND 105
3.12.1 The Economic Crisis 105
3.12.2 Impact on the Electrical Sector 105
3.12.3 Meter Owners and Operators 105
3.12.4 Smart Meters Definition 106
3.12.5 Smart Meter Progress 106
3.12.6 Short Term Demand for Electricity Meters 107
3.12.7 Long Term Demand Trend 109

3.13 ITALY 111
3.13.1 The Economic Crisis 111
3.13.2 Impact on the Electrical Sector 111
3.13.3 Meter Owners and Operators 111
3.13.4 Smart Meters Definition 112
3.13.5 Smart Meter Progress 112
3.13.6 Short Term Demand for Electricity Meters 114
3.13.7 Long term Demand Trend 115

3.14 LATVIA 117
3.14.1 Meter Owners and Operators 117
3.14.2 Smart Meters Definition 117
3.14.3 Smart Meters Progress 117
3.14.4 Short Term Demand for Electricity Meters 118
3.14.5 Long Term Demand Trend 119

3.15 LITHUANIA 121
3.15.1 Meter Owners and Operators 121
3.15.2 Smart Meters Definition 122
3.15.3 Smart Meters Progress 122
3.15.4 Short Term Demand for Electricity Meters 123
3.15.5 Long Term Demand Trend 125

3.16 NETHERLANDS 126
3.16.1 Meter Owners and Operators 126
3.16.2 Smart Meters Definition 126
3.16.3 Smart Meters Progress 127
3.16.4 Short Term Demand for Electricity Meters 127
3.16.5 Long Term Demand Trend 129

3.17 NORWAY 131
3.17.1 Meter Owners and Operators 131
3.17.2 Smart Meters Definition 132
3.17.3 Smart Meters Progress 132
3.17.4 Short Term Demand for Electricity Meters 133
3.17.5 Long Term Demand Trend 134

3.18 POLAND 136
3.18.1 Meter Owners and Operators 136
3.18.2 Smart Meters Definition 137
3.18.3 Smart Meter Progress 137
3.18.4 Short Term Demand for Electricity Meters 138
3.18.5 Long Term Demand Trend 139

3.19 PORTUGAL 142
3.19.1 The Economic Crisis 142
3.19.2 Impact on the Electrical Sector 142
3.19.3 Meter Owners and Operators 143
3.19.4 Smart Meters Definition 144
3.19.5 Smart Meters Progress 144
3.19.6 Short Term Demand for Electricity Meters 144
3.19.7 Long Term Demand Trend 146

3.20 ROMANIA 148
3.20.1 Meter Owners and Operators 148

3.20.2 Smart Meters Definition 148
3.20.3 Smart Meters Progress 149
3.20.4 Short Term Demand for Electricity Meters 149
3.20.5 Long Term Demand Trend 151

3.21 SLOVAK REPUBLIC 152
3.21.1 Meter Owners and Operators 152
3.21.2 Smart Meters Definition 152
3.21.3 Smart Meters Progress 153
3.21.4 Short term Demand for Electricity Meters 153
3.21.5 Long Term Demand Trend 155

3.22 SLOVENIA 158
3.22.1 Meter Owners and Operators 158
3.22.2 Smart Meters Definition 159
3.22.3 Smart Meters Progress 159
3.22.4 Short Term Demand for Electricity Meters 159
3.22.5 Long Term Demand Trend 161

3.23 SPAIN 162
3.23.1 The Economic Crisis 162
3.23.2 Impact on the Electrical Sector 162
3.23.3 Meter Owners and Operators 163
3.23.4 Smart Meters Definition 164
3.23.5 Smart Meters Progress 164
3.23.6 Short Term Demand for Electricity Meters 165
3.23.7 Long Term Demand Trend 167

3.24 SWEDEN 169
3.24.1 Meter Owners and Operators 169
3.24.2 Smart Meters Definition 170
3.24.3 Smart Meters Progress 170
3.24.4 Short Term Demand for Electricity Meters 170
3.24.5 Long Term Demand 172

3.25 SWITZERLAND 173
3.25.1 Meter Owners and Operators 173
3.25.2 Smart Meters Definition 174
3.25.3 Smart Meters Progress 174
3.25.4 Short Term Demand for Electricity Meters 175
3.25.5 Long Term Demand Trend 176

3.26 TURKEY 178
3.26.1 Meter Owners and Operators 178
3.26.2 Prepayment Meters 179
3.26.3 Electricity Losses 179

3.26.4 Smart Meters Definition 179
3.26.5 Smart Meters Progress 180
3.26.6 Short Term Demand for Electricity Meters 181
3.26.7 Long Term Demand Trend 183

3.27 UNITED KINGDOM 185
3.27.1 Meter Owners and Operators 185
3.27.2 Prepayment Meters 187
3.27.3 Smart Meters Definition 187
3.27.4 Smart Grid Cost 188
3.27.5 Smart Grid Programme 188
3.27.6 Energy Company Initiatives 192
3.27.7 Consumer Awareness 193
3.27.8 Short Term Demand for Electricity Meters 194
3.27.9 Long Term Demand Trend 196

4. THE MARKET FOR GAS METERS IN EUROPE 200

4.1 MARKET DRIVERS 200
Demographic Trends 200
Gasification 201
Switching from LPG to Metered Natural Gas 202
The Replacement Cycle 202
Adoption of New Technology: Smart Metering 202
Regulatory and Government Action 202

5. THE MARKET FOR GAS METERS IN EUROPE 203

5.1 ESTABLISHMENT OF GAS IN EUROPE 203
5.2 SMART METERS 206

6. COUNTRY ANALYSIS - GAS METERS 207

6.1 AUSTRIA 207
6.1.1 Background 207
6.1.2 Smart Meters 208
6.1.3 Short Term Demand Forecast for Gas Meters 208
6.1.4 Long Term Demand Trend 209

6.2 BELGIUM 210
6.2.1 Background 210
6.2.2 Smart Meters 211
6.2.3 Short Term Demand Forecast for Gas Meters 212
6.2.4 Long Term Demand Trend 213


6.3 BULGARIA 214
6.3.1 Background 214
6.3.2 Smart Meters 215
6.3.3 Meter Demand Forecasts 215

6.4 CZECH REPUBLIC 216
6.4.1 Background 216
6.4.2 Smart Meters 217
6.4.3 Short Term Demand Forecast for Gas Meters 217
6.4.4 Long Term Demand Trend 218

6.5 DENMARK 219
6.5.1 Background 219
6.5.2 Smart Meters 220
6.5.3 Short Term Demand Forecast for Gas Meters 220
6.5.4 Long Term Demand Trend 221

6.6 ESTONIA 222
6.6.1 Background 222
6.6.2 Smart Meters 222
6.6.3 Short Term Demand Forecast for Gas Meters 222

6.7 FINLAND 223
6.7.1 Background 223
6.7.2 Smart Meters 224
6.7.3 Meter Demand 224

6.8 FRANCE 225
6.8.1 Background 225
6.8.2 Smart Meters 227
6.8.3 Short Term Demand Forecast for Gas Meters 227
6.8.4 Long Term Demand Trend 230

6.9 GERMANY 232
6.9.1 Background2 232
6.9.2 Smart Meters 235
6.9.3 Short Term Demand Forecast for Gas Meters 235
6.9.4 Long Term Demand Trend 236

6.10 GREECE 238
6.10.1 Background 238
6.10.2 Smart Meters 239
6.10.3 Short Term Demand Forecast for Gas Meters 239
6.10.4 Long Term Demand Trend 240

6.11 HUNGARY 241
6.11.1 Background 241
6.11.2 Smart Meters 242
6.11.3 Short Term Demand Forecast for Gas Meters 242
6.11.4 Long Term Demand Trend 243

6.12 IRELAND 244
6.12.1 Background 244
6.12.2 Smart Meters 244
6.12.3 Short Term Demand Forecast for Gas Meters 245
6.12.4 Long Term Demand Trend 246

6.13 ITALY 247
6.13.1 Background 247
6.13.2 Smart Meters 249
6.13.3 Smart Meters Definition 250
6.13.4 Short Term Demand Forecast for Gas Meters 250
6.13.5 Long term Demand Trend 251

6.14 LATVIA 252
6.14.1 Background 252
6.14.2 Smart Meters 252
6.14.3 Short Term Demand Forecast for Gas Meters 253
6.14.4 Long Term Demand Trend 254

6.15 LITHUANIA 255
6.15.1 Background 255
6.15.2 Smart Meters 256
6.15.3 Short Term Demand Forecast for Gas Meters 256
6.15.4 Long Term Demand Trend 257

6.16 NETHERLANDS 258
6.16.1 Background 258
6.16.2 Smart Meters 259
6.16.3 Short Term Demand Forecast for Gas Meters 259
6.16.4 Long Term Demand Trend 261

6.17 POLAND 263
6.17.1 Background 263
6.17.2 Smart Meters 264
6.17.3 Short Term Demand Forecast for Gas Meters 264
6.17.4 Long Term Demand Trend 265

6.18 PORTUGAL 266
6.18.1 Background 266

6.18.2 Smart Meters 267
6.18.3 Short Term Demand Forecast for Gas Meters 267
6.18.4 Long Term Demand Trend 268

6.19 ROMANIA 269
6.19.1 Background 269
6.19.2 Smart Meters 269
6.19.3 Short Term Demand Forecast for Gas Meters 270
6.19.4 Long Term Demand Trend 271

6.20 SLOVAK REPUBLIC 272
6.20.1 Background 272
6.20.2 Smart Meters 272
6.20.3 Short Term Demand Forecast for Gas Meters 273
6.20.4 Long Term Demand Trend 274

6.21 SLOVENIA 275
6.21.1 Background 257
6.21.2 Smart Meters 257
6.21.3 Short Term Demand Forecast for Gas Meters 276
6.21.4 Long Term Demand Trend 277

6.22 SPAIN 278
6.22.1 Background 278
6.22.2 Smart Meters 279
6.22.3 Short Term Demand Forecast for Gas Meters 279
6.22.4 Long Term Demand Trend 280

6.23 SWEDEN 281
6.23.1 Background 281
6.23.2 Smart Meters 282
6.23.3 Short Term Demand for Gas Meters 282

6.24 SWITZERLAND 283
6.24.1 Background 283
6.24.2 Smart Meters 284
6.24.3 Short Term Demand Forecast for Gas Meters 284
6.24.4 Long Term Demand Trend 285

6.25 TURKEY 286
6.25.1 Background 286
6.25.2 Prepayment Gas Meters 287
6.25.3 Smart Meters 287
6.25.4 Short Term Demand Forecast for Gas Meters 287
6.25.5 Long Term Demand Trend 288

6.26 UNITED KINGDOM 289
6.26.1 Background 289
6.26.2 Certification 292
6.26.3 Remanufacturing Meters for the Secondary or Sub-metering Market 292
6.26.4 Smart Meters 293
6.26.5 Short Term Demand Forecast for Gas Meters 293
6.26.6 Long Term Demand Trend 295

7. THE MARKET FOR WATER METERS IN EUROPE 298

7.1 METER TRENDS AND DEMAND DRIVERS 298
7.1.1 Water Withdrawals and Consumption 298
7.1.2 Water Efficiency 299
7.1.3 Sectoral Consumption of Water 299
7.1.4 Agriculture and Irrigation 301
7.1.5 Industrial Water Consumption 301
7.1.6 Municipal/Domestic Water Consumption 301
7.1.7 New Water Connections 302
7.1.8 Replacement of Meters 303
7.1.9 Intelligent Metering 304
7.1.10 Prepayment Meters 304

8. THE MARKET FOR WATER METERS IN EUROPE 305

8.1 THE EUROPEAN PICTURE 305
8.1.1 European Union Legislation 305
8.1.2 Annual Water Meter Demand, Europe, 2012 - 2018 306

9. COUNTRY ANALYSIS - WATER METERS 309

9.1 FRANCE 309
9.1.1 Water Supply 309
9.1.2 Tariffs and Service Provision 311
9.1.3 Metering Background 312
9.1.4 Vendors and Market Breakdown 312
9.1.5 Sub Metering 312
9.1.6 Smart Meters 313
9.1.7 Annual Water Meter Demand 2012 - 2018 313

9.2 GERMANY 316
9.2.1 Water Supply 316
9.2.2 Regulatory Environment 317
9.2.3 Legal Framework 318

9.2.4 Vendors and Market Breakdown 318
9.2.5 Sub Metering 319
9.2.6 Smart Meters 319
9.2.7 Meter Market Participants 320
9.2.8 Annual Water Meter Demand, Germany, 2012 - 2018 320

9.3 ITALY 323
9.3.1 Water Supply 323
9.3.2 Utility Background 324
9.3.3 Meter Market Participants 324
9.3.4 Annual Water Meter Demand, Italy, 2012 - 2018 325

9.4 NETHERLANDS 327
9.4.1 Water Supply 327
9.4.2 Utility Background 328
9.4.3 Meter Market Participants 328
9.4.4 Annual Water Meter Demand, Netherlands, 2012 - 2018 328

9.5 POLAND 331
9.5.1 Water Supply 331
9.5.2 Utility Background 332
9.5.3 Regulatory Environment 333
9.5.4 Water Prices 333
9.5.5 Meter Market Participants 333
9.5.6 Annual Water Meter Demand, Poland, 2012 - 2018 335

9.6 SPAIN 337
9.6.1 Water Supply 337
9.6.2 Utility Background 338
9.6.3 Regulatory Environment 339
9.6.4 Tariffs 340
9.6.5 Smart Meters 340
9.6.6 Meter Market Participants 340
9.6.7 Annual Water Meter Demand, Spain, 2012 - 2018 340

9.7 SWEDEN 343
9.7.1 Water Supply 343
9.7.2 Utility Background 343
9.7.3 Regulatory Environment 344

9.8 TURKEY 345
9.8.1 Water Supply 345
9.8.2 Utility Background 345
9.8.3 Regulatory Environment 346
9.8.4 Meter Market Participants 347
9.8.5 Annual Water Meter Demand, Turkey, 2012 - 2018 348

9.9 UNITED KINGDOM 350
9.9.1 Water Supply 350
9.9.2 Utility Background 350
9.9.3 Regulatory Environment 351
9.9.4 Metering 351
9.9.5 Meter Market Participants 352
9.9.6 Annual Water Meter Demand, United Kingdom, 2012 - 2018 352

FIGURES AND TABLES: ELECTRICITY METERS

Figure 1: Population growth % in each decade by region
Figure 2: Average household size, World, 1900 - 2050
Figure 3: Growth in electrified households, selected countries 1900-2050
Figure 4: Technical TandD Losses, % of generation, Europe
Figure 5: Long term annual demand trend, Germany, 1900 - 2050
Figure 6: Reference case (8% population decline) and alternative case (population decline 30%) demand
trend for gas meters, Germany, 1900 - 2050
Figure 7: Reference case (8% population decline) and alternative case (population decline 30%) demand
trend for gas meters, Germany, 2010 to 2050
Figure 8: Proportions of consumption and end-users of electricity, Europe
Figure 9: Numbers of housing units, all electricity, LV and residential consumers, Europe
1900 - 2013
Figure 10: Short term annual demand trend, electricity meters, Europe, 2012 - 2018
Figure 11: Long term annual demand trend, Europe, 1900 - 2050
Figure 12: Numbers of housing units, all electricity and residential consumers, Austria, 1900 - 2013
Figure 13: Short term annual demand trend for electricity meters, Austria, 2012 - 2018
Figure 14: Long term annual demand trend for electricity meters, Austria, 1900 - 2050
Figure 15: Long term annual demand trend for electricity meters - extended rollout of smart meters for
two years, Austria, 1900 - 2050
Figure 16: Comparison of the two scenarios for electricity meters, mandated rollout, extended for two
years, Austria, 2010-2050
Figure 17: Numbers of housing units, all electricity and LV consumers, Belgium, 1900 - 2013
Figure 18: Short term annual demand trend for electricity meters, Belgium, 2012 - 2018
Figure 19: Long term annual demand trend with smart electricity rollout confined to Eandis, Belgium, 1900
- 2050
Figure 20: Long term annual demand trend - rollout of smart electricity meters with some additional DSOs
and extended period to 2021, Belgium, 1900 - 2050
Figure 21: Comparison of the two electricity meter scenarios, Belgium, 1910-2050
Figure 22: Numbers of housing units, all electricity and residential consumers, Bulgaria, 1900 - 2013
Figure 23: Short term annual demand trend for electricity meters, Bulgaria, 2012 - 2018
Figure 24: Long term annual demand trend for electricity meters, Bulgaria, 1900 - 2050
Figure 25: Numbers of housing units, all electricity and residential consumers, Czech Republic
1900 - 2013
Figure 26: Short term annual demand trend for electricity meters, Czech Republic, 2012 - 2018
Figure 27: Long term annual demand trend for electricity meters, Czech Republic, 1900 - 2050
Figure 28: Numbers of housing units, all electricity consumers and residential consumers, Denmark, 1900 -
2013
Figure 29: Short term annual demand trend for electricity meters, Denmark, 2012 - 2018
Figure 30: Long term annual demand trend for electricity meters, Denmark, 1900 - 2050
Figure 31: Numbers of housing units, all electricity consumers and LV consumers, Estonia, 1900 - 2013
Figure 32: Short term annual demand trend for electricity meters, Estonia, 2012 - 2018
Figure 33: Long term annual demand trend for electricity meters, Estonia, 1900 - 2050
Figure 34: Numbers of housing units, all electricity consumers and residential consumers, Finland
1900 - 2013
Figure 35: Short term annual demand trend for electricity meters, Finland, 2012 - 2018
Figure 36: Long term annual demand trend for electricity meters, Finland, 1900 - 2050
Figure 37: Numbers of housing units, all electricity consumers and LV consumers, France, 1900 - 2013
Figure 38: Short term annual demand trend for electricity meters, France, 2012 - 2018
Figure 39: Long term annual demand trend for electricity meters, France, 1900 - 2050
Figure 40: Long term annual demand trend - delayed 2 years rollout of smart electricity meters, France,
1900 - 2050
Figure 41: Long term annual demand trend - extended rollout of smart electricity meters for three years,
France, 1900 - 2050
Figure 42: Comparison of the three scenarios, mandated rollout, delayed with a step change and drawn
out, France, 1910-2050
Figure 43: Numbers of housing units, all electricity consumers and residential consumers, Germany
1900 - 2013
Figure 44: Short term annual demand trend for electricity meters, Germany, 2012 - 2018
Figure 45: Long term annual demand trend for electricity meters, Germany, 1900 - 2050
Figure 46: Numbers of housing units, all electricity consumers and residential consumers, Greece
1900 - 2013
Figure 47: Short term annual demand trend for electricity meters, Greece, 2012 - 2018
Figure 48: Long term annual demand trend for electricity meters, Greece, 1900 - 2050
Figure 49: Numbers of housing units, all electricity consumers and residential consumers, Hungary
1900 - 2013
Figure 50: Short term annual demand trend for electricity meters, Hungary, 2012 - 2018
Figure 51: Long term annual demand trend for electricity meters, Hungary, 1900 - 2050
Figure 52: Numbers of housing units, all electricity consumers and residential consumers, Ireland
1900 - 2013
Figure 53: Short term annual demand trend for electricity meters, Ireland, 2012 - 2018
Figure 54: Long term annual demand trend for electricity meters, Ireland, 1900 - 2050
Figure 55: Long term annual demand trend - delayed 2 years rollout of smart electricity meters, Ireland,
1900 - 2050
Figure 56: Long term annual demand trend - extended rollout of smart electricity meters for three years,
Ireland, 1900 - 2050
Figure 57: Comparison of the three scenarios, mandated rollout, extended for two years, Ireland
Figure 58: Numbers of housing units, all electricity consumers and LV consumers Italy, 1900 - 2013
Figure 59: Short term annual demand trend for electricity meters, Italy, 2012 - 2018
Figure 60: Long term annual demand trend for electricity meters, Italy, 1900 - 2050
Figure 61: Numbers of housing units, all electricity consumers and LV consumers, Latvia, 1900 - 2013
Figure 62: Short term annual demand trend for electricity meters, Latvia, 2012 - 2018
Figure 63: Long term annual demand trend for electricity meters, Latvia, 1900 - 2050
Figure 64: Numbers of housing units, all electricity consumers and residential consumers, Lithuania
1900 - 2013
Figure 65: Short term annual demand trend for electricity meters, Lithuania, 2012 - 2018
Figure 66: Long term annual demand trend for electricity meters, Lithuania, 1900 - 2050
Figure 67: Numbers of housing units, all electricity consumers and residential consumers, Netherlands,
1900 - 2013
Figure 68: Short term annual demand trend for electricity meters, Netherlands, 2012 - 2018
Figure 69: Long term annual demand trend for electricity meters, Netherlands, 1900 - 2050
Figure 70: Long term annual demand trend - extended 2 years rollout of smart electricity meters,
Netherlands, 1900 - 2050
Figure 71: Comparison of the three scenarios, mandated rollout, extended for two years, Netherlands
Figure 72: Numbers of housing units, all electricity consumers and residential consumers, Norway
1900 - 2013
Figure 73: Short term annual demand trend for electricity meters, Norway, 2012 - 2018
Figure 74: Long term annual demand trend for electricity meters, Norway, 1900 - 2050
Figure 75: Numbers of housing units, all electricity consumers and residential consumers, Poland, 1900-2013
Figure 76: Short term annual demand trend for electricity meters, Poland, 2012 - 2018
Figure 77: Long term annual demand trend for electricity meters, Poland, 1900 - 2050
Figure 78: Long term annual demand trend - extended rollout of smart electricity meters for three years,
Poland, 1900 - 2050
Figure 79: Comparison of the two scenarios, Poland
Figure 80: Numbers of housing units, all electricity consumers and residential consumers, Portugal
1900 - 2013
Figure 81: Short term annual demand trend for electricity meters, Portugal, 2012 - 2018
Figure 82: Long term annual demand trend for electricity meters, Portugal, 1900 - 2050
Figure 83: Long term annual demand trend - delayed 3 years rollout of smart electricity meters and
extended until 2023, Portugal, 1900 - 2050
Figure 84: Comparison of the two scenarios, currently rumoured rollout, and a delayed and extended
rollout, Portugal
Figure 85: Numbers of housing units, all electricity consumers and residential consumers, Romania
1900 - 2013
Figure 86: Short term annual demand trend for electricity meters, Romania, 2012 - 2018
Figure 87: Long term annual demand trend for electricity meters, Romania, 1900 - 2050
Figure 88: Numbers of housing units, all electricity consumers and residential consumers, Slovak Republic
1900 - 2013
Figure 89: Short term annual demand trend for electricity meters, Slovak Republic, 2012 - 2018
Figure 90: Long term annual demand trend for electricity meters, Slovak Republic, 1900 - 2050
Figure 91: Long term annual demand trend - delayed 2 years rollout of smart electricity meters, Slovak
Republic, 1900 - 2050
Figure 92: Long term annual demand trend - extended rollout of smart electricity meters for three years,
Slovak Republic 1900 - 2050
Figure 93: Comparison of the three scenarios, mandated rollout of electricity meters, extended for two
years, Slovak Republic
Figure 94: Numbers of housing units, all electricity consumers and residential consumers, Slovenia
1900 - 2013
Figure 95: Short term annual demand trend for electricity meters, Slovenia, 2012 - 2018
Figure 96: Long term annual demand trend for electricity meters, Slovenia, 1900 - 2050
Figure 97: Numbers of housing units, all electricity consumers and residential consumers, Spain, 1900 - 2013
Figure 98: Short term annual demand trend for electricity meters, Spain, 2012 - 2018
Figure 99: Long term annual demand trend for electricity meters, Spain, 1900 - 2050
Figure 100: Long term annual demand trend - extended rollout of smart electricity meters for three years,
Spain, 1900 - 2050
Figure 101: Comparison of the two scenarios, mandated rollout of electricity meters, extended for two
years, Spain
Figure 102: Numbers of housing units, all electricity consumers and residential consumers, Sweden
1900 - 2013
Figure 103: Short term annual demand trend for electricity meters, Sweden, 2012 - 2018
Figure 104: Long term annual demand trend for electricity meters, Sweden, 1900 - 2050
Figure 105: Numbers of housing units, all electricity consumers and residential consumers, Switzerland
1900 - 2013
Figure 106: Short term annual demand trend for electricity meters, Switzerland, 2012 - 2018
Figure 107: Long term annual demand trend for electricity meters, Switzerland, 1900 - 2050
Figure 108: Numbers of housing units, all electricity consumers and LV consumers, Turkey, 1900 - 2013
Figure 109: Short term annual demand trend for electricity meters, Turkey, 2012 - 2018
Figure 110: Long term annual demand trend for electricity meters, Turkey, 1900 - 2050
Figure 111: Long term annual demand trend - with proposed rollout of smart electricity meters, Turkey,
1900 - 2050
Figure 112: Numbers of housing units, all electricity consumers and residential consumers,
United Kingdom, 1900 - 2013
Figure 113: Short term annual demand trend for electricity meters, United Kingdom, 2012 - 2018
Figure 114: Long term annual demand trend - mandated rollout of smart electricity meters,
United Kingdom, 1900 - 2050
Figure 115: Long term annual demand trend - delayed 2 years rollout of smart electricity meters, United
Kingdom, 1900 - 2050
Figure 116: Long term annual demand trend - extended rollout of smart electricity meters,
United Kingdom, 1900 - 2050
Figure 117: Comparison of the three scenarios, mandated rollout of electricity meters, delayed with a step
change and drawn out, United Kingdom 1910-2050

LIST OF TABLES

Table 1: Basic population and electricity statistics, Europe, 2013
Table 2: Short term annual demand trend for electricity meters, Europe, units, 2012 - 2018
Table 3: Short term annual demand trend for electricity meters, Europe, $ value, 2012 - 2018
Table 4: Electricity meters, $ ASP, average Europe, 2012 - 2018
Table 5: Basic population and electricity statistics, Austria, 2013
Table 6: Short term annual demand trend for electricity meters, Austria, units, 2012 - 2018
Table 7: Short term annual demand trend for electricity meters, Austria, $ value, 2012 - 2018
Table 8: Electricity meters, $ ASP, Austria, 2012 - 2018
Table 9: Basic population and electricity statistics, Belgium, 2013
Table 10: Short term annual demand trend for electricity meters, Belgium, units, 2012 - 2018
Table 11: Short term annual demand trend for electricity meters, Belgium, $ value, 2012 - 2018
Table 12: Electricity meters, $ ASP, Belgium, 2012 - 2018
Table 13: Basic population and electricity statistics, Bulgaria, 2013
Table 14: Short term annual demand trend for electricity meters, Bulgaria, units, 2012 - 2018
Table 15: Short term annual demand trend for electricity meters, Bulgaria, $ value, 2012 - 2018
Table 16: Electricity meters, $ ASP, Bulgaria, 2012 - 2018
Table 17: Basic population and electricity statistics, Czech Republic, 2013
Table 18: Short term annual demand trend for electricity meters, Czech Republic, units, 2012 - 2018
Table 19: Short term annual demand trend for electricity meters, Czech Republic, $ value, 2012 - 2018
Table 20: Electricity meters, $ ASP, Czech Republic, 2012 - 2018
Table 21: Basic population and electricity statistics, Denmark, 2013
Table 22: Short term annual demand trend for electricity meters, Denmark, units, 2012 - 2018
Table 23: Short term annual demand trend for electricity meters, Denmark, $ value, 2012 - 2018
Table 24: Electricity meters, $ ASP, Denmark, 2012 - 2018
Table 25: Basic population and electricity statistics, Estonia, 2013
Table 26: Short term annual demand trend for electricity meters, Estonia, units, 2012 - 2018
Table 27: Short term annual demand trend for electricity meters, Estonia, $ value, 2012 - 2018
Table 28: Electricity meters, $ ASP, Czech Republic, 2012 - 2018
Table 29: Basic population and electricity statistics, Finland, 2013
Table 30: Short term annual demand trend for electricity meters, Finland, units, 2012 - 2018
Table 31: Short term annual demand trend for electricity meters, Finland, $ value, 2012 - 2018
Table 32: Electricity meters, $ ASP, Finland, 2012 - 2018
Table 33: Basic population and electricity statistics, France, 2013
Table 34: Short term annual demand trend for electricity meters, France, units, 2012 - 2018
Table 35: Short term annual demand trend for electricity meters, France, $ value, 2012 - 2018
Table 36: Electricity meters, $ ASP, France, 2012 - 2018
Table 37: Basic population and electricity statistics, Germany, 2013
Table 38: Short term annual demand trend for electricity meters, Germany, units, 2012 - 2018
Table 39: Short term annual demand trend for electricity meters, Germany, $ value, 2012 - 2018
Table 40: Electricity meters, $ ASP, Germany, 2012 - 2018
Table 41: Basic population and electricity statistics, Greece, 2013
Table 42: Short term annual demand trend for electricity meters, Greece, units, 2012 - 2018
Table 43: Short term annual demand trend for electricity meters, Greece, $ value, 2012 - 2018
Table 44: Electricity meters, $ ASP, Greece, 2012 - 2018
Table 45: Basic population and electricity statistics, Hungary, 2013
Table 46: Short term annual demand trend for electricity meters, Hungary, units, 2012 - 2018
Table 47: Short term annual demand trend for electricity meters, Hungary, $ value, 2012 - 2018
Table 48: Electricity meters, $ ASP, Hungary, 2012 - 2018
Table 49: Basic population and electricity statistics, Ireland, 2013
Table 50: Short term annual demand trend for electricity meters, Ireland, units, 2012 - 2018
Table 51: Short term annual demand trend for electricity meters, Ireland, $ value, 2012 - 2018
Table 52: Electricity meters, $ ASP, Ireland, 2012 - 2018
Table 53: Basic population and electricity statistics, Italy, 2013
Table 54: Short term annual demand trend for electricit

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