PPP conversion factor, private consumption (LCU per international $)

Purchasing power parity (PPP) conversion factor is a spatial price deflator and currency converter that controls for price level differences between countries, thereby allowing volume comparisons of gross domestic product (GDP) and its expenditure components. This conversion factor is for household final consumption expenditure. Development relevance: PPP can be used to convert national accounts data, like GDP and its expenditure components, into a common currency, while also eliminating the effect of price level differences between countries. They can also be used to derive price level indexes (PLIs), the ratio of a country’s PPP to its market exchange rate, to directly compare price levels across countries. PPPs and the PLIs and real (or PPP-adjusted) expenditures to which they give rise allow for many use-cases, but they are particularly valuable for empirical work involving comparisons of per capita consumption or levels of GDP (or other GDP aggregates) across countries and for the measurement of global poverty and global income inequality. The breadth and depth of ICP data allows its use-cases to cover other areas of economics, including empirical analyses of economic growth, productivity and trade, and even beyond, for instance, to help track global targets such as the UN Sustainable Development Goals related to health, education, energy and emissions and labor. Other applications of ICP data include their use in the construction of indexes, for example cost-of-living measures. Uses-cases can even be extended into the policymaking domain at all levels (global, regional and national) given the increased importance of cross-country benchmarking, among other possibilities. Recommended uses of PPPs include: To make spatial comparisons of GDP and its expenditure components | To make spatial comparisons of price levels | To group countries by their per capita volume indexes and price level indexes Recommended uses of PPPs with limitations include: To analyze changes over time in relative GDP per capita and relative prices | To analyze price convergence | To make spatial comparisons of the cost of living | To use PPPs calculated for GDP and its expenditure components as deflators for other values. Limitations and exceptions: Global PPP estimates provided by ICP are produced by the ICP Global Office and regional implementing agencies, based on data supplied by participating countries, and in accordance with the methodology recommended by the ICP Technical Advisory Group and approved by the ICP Governing Board. As such, these results are not produced by participating countries as part of their national official statistics. PPPs are not recommended use: As a precise measure to establish strict rankings of countries | As a means of constructing national growth rates | As a measure to generate output and productivity comparisons by industry | As an indicator of the undervaluation or overvaluation of currencies | As an equilibrium exchange rate. Statistical concept and methodology: PPPs are both currency conversion factors and spatial price indexes. PPPs convert different currencies to a common currency and, in the process of conversion, equalize their purchasing power by controlling differences in price levels between countries. Typically, higher income countries have higher price levels, while lower income countries have lower price levels (Balassa-Samuelson effect). Market exchange rate-based cross-country comparisons of GDP at its expenditure components reflect both differences in economic outputs (volumes) and prices. Given the differences in price levels, the size of higher income countries is inflated, while the size of lower income countries is depressed in the comparison. PPP-based cross-country comparisons of GDP at its expenditure components only reflect differences in economic outputs (volume), as PPPs control for price level differences between the countries. Hence, the comparison reflects the real size of the countries. The International Comparison Program (ICP) estimates PPPs for the world’s countries. The ICP is conducted as a global partnership of countries, multilateral agencies, and academia. The most recent 2017 ICP comparison covered 176 countries, including 47 Eurostat-OECD countries. For countries that have not participated in ICP comparisons, the PPP are imputed based on a regression model. ICP estimated PPPs cover years from 2011 to 2017. WDI extrapolates 2011 PPPs for years earlier years, and 2017 PPPs for later years. Description of WDI extrapolation approach is available here: https://datahelpdesk.worldbank.org/knowledgebase/articles/665452-how-do-you-extrapolate-the-ppp-conversion-factors For the member countries of Eurostat-OECD PPP Programme, PPP conversion factors are periodically updated based on the organizations’ databases. For Eurostat-OECD PPP Programme, please refer to the following websites. (http://www.oecd.org/sdd/prices-ppp/) (https://ec.europa.eu/eurostat/web/purchasing-power-parities/overview) For more information on the ICP and PPPs, please refer to the ICP website at https://www.worldbank.org/en/programs/icp.
Publisher
The World Bank
Origin
Global
Records
6838
Source
PPP conversion factor, private consumption (LCU per international $)
country_code year value
ABW 1990 1.34470614
AFG 1990
AGO 1990 2.0E-8
ALB 1990
AND 1990
ARB 1990
ARE 1990
ARG 1990
ARM 1990
ASM 1990
ATG 1990
AUS 1990 1.383696
AUT 1990 0.939013
AZE 1990
BDI 1990 80.26644184
BEL 1990 0.973867
BEN 1990
BFA 1990 183.05617611
BGD 1990 12.39182368
BGR 1990 0.00059615
BHR 1990 0.29209499
BHS 1990 1.20047814
BIH 1990
BLR 1990
BLZ 1990 1.21969883
BMU 1990
BOL 1990 1.19907576
BRA 1990 2.391E-5
BRB 1990 1.94038496
BRN 1990 1.14422519
BTN 1990 8.95989943
BWA 1990 1.14514751
CAF 1990 226.30047938
CAN 1990 1.291231
CEB 1990
CHE 1990 1.9544
CHI 1990
CHL 1990 203.62155811
CHN 1990 2.43788263
CIV 1990 161.93800932
CMR 1990 180.89060709
COD 1990 0
COG 1990 182.17423118
COL 1990 187.29188591
COM 1990
CPV 1990 37.66362722
CRI 1990 48.27262856
CSS 1990
CUB 1990
CUW 1990
CYM 1990
CYP 1990 0.69167978
CZE 1990 6.270919
DEU 1990 0.958348
DJI 1990
DMA 1990 2.29761873
DNK 1990 9.288901
DOM 1990 3.87516556
DZA 1990 8.12132624
EAP 1990
EAR 1990
EAS 1990
ECA 1990
ECS 1990
ECU 1990
EGY 1990 0.54003037
EMU 1990
ERI 1990
ESP 1990 0.654541
EST 1990
ETH 1990 1.39804694
EUU 1990
FCS 1990
FIN 1990 1.094212
FJI 1990 0.97393471
FRA 1990 1.049741
FRO 1990
FSM 1990
GAB 1990 397.12098638
GBR 1990 0.746912
GEO 1990
GHA 1990 0.02696553
GIB 1990
GIN 1990
GMB 1990 5.9811465
GNB 1990 18.63575437
GNQ 1990 156.93397712
GRC 1990 0.375879
GRD 1990 2.06281753
GRL 1990
GTM 1990 1.14636037
GUM 1990
GUY 1990
HIC 1990
HKG 1990 5.36095261
HND 1990 1.46582585
HPC 1990
HRV 1990 0.00795902
HTI 1990 1.4002292
HUN 1990 24.59546887

PPP conversion factor, private consumption (LCU per international $)

Purchasing power parity (PPP) conversion factor is a spatial price deflator and currency converter that controls for price level differences between countries, thereby allowing volume comparisons of gross domestic product (GDP) and its expenditure components. This conversion factor is for household final consumption expenditure. Development relevance: PPP can be used to convert national accounts data, like GDP and its expenditure components, into a common currency, while also eliminating the effect of price level differences between countries. They can also be used to derive price level indexes (PLIs), the ratio of a country’s PPP to its market exchange rate, to directly compare price levels across countries. PPPs and the PLIs and real (or PPP-adjusted) expenditures to which they give rise allow for many use-cases, but they are particularly valuable for empirical work involving comparisons of per capita consumption or levels of GDP (or other GDP aggregates) across countries and for the measurement of global poverty and global income inequality. The breadth and depth of ICP data allows its use-cases to cover other areas of economics, including empirical analyses of economic growth, productivity and trade, and even beyond, for instance, to help track global targets such as the UN Sustainable Development Goals related to health, education, energy and emissions and labor. Other applications of ICP data include their use in the construction of indexes, for example cost-of-living measures. Uses-cases can even be extended into the policymaking domain at all levels (global, regional and national) given the increased importance of cross-country benchmarking, among other possibilities. Recommended uses of PPPs include: To make spatial comparisons of GDP and its expenditure components | To make spatial comparisons of price levels | To group countries by their per capita volume indexes and price level indexes Recommended uses of PPPs with limitations include: To analyze changes over time in relative GDP per capita and relative prices | To analyze price convergence | To make spatial comparisons of the cost of living | To use PPPs calculated for GDP and its expenditure components as deflators for other values. Limitations and exceptions: Global PPP estimates provided by ICP are produced by the ICP Global Office and regional implementing agencies, based on data supplied by participating countries, and in accordance with the methodology recommended by the ICP Technical Advisory Group and approved by the ICP Governing Board. As such, these results are not produced by participating countries as part of their national official statistics. PPPs are not recommended use: As a precise measure to establish strict rankings of countries | As a means of constructing national growth rates | As a measure to generate output and productivity comparisons by industry | As an indicator of the undervaluation or overvaluation of currencies | As an equilibrium exchange rate. Statistical concept and methodology: PPPs are both currency conversion factors and spatial price indexes. PPPs convert different currencies to a common currency and, in the process of conversion, equalize their purchasing power by controlling differences in price levels between countries. Typically, higher income countries have higher price levels, while lower income countries have lower price levels (Balassa-Samuelson effect). Market exchange rate-based cross-country comparisons of GDP at its expenditure components reflect both differences in economic outputs (volumes) and prices. Given the differences in price levels, the size of higher income countries is inflated, while the size of lower income countries is depressed in the comparison. PPP-based cross-country comparisons of GDP at its expenditure components only reflect differences in economic outputs (volume), as PPPs control for price level differences between the countries. Hence, the comparison reflects the real size of the countries. The International Comparison Program (ICP) estimates PPPs for the world’s countries. The ICP is conducted as a global partnership of countries, multilateral agencies, and academia. The most recent 2017 ICP comparison covered 176 countries, including 47 Eurostat-OECD countries. For countries that have not participated in ICP comparisons, the PPP are imputed based on a regression model. ICP estimated PPPs cover years from 2011 to 2017. WDI extrapolates 2011 PPPs for years earlier years, and 2017 PPPs for later years. Description of WDI extrapolation approach is available here: https://datahelpdesk.worldbank.org/knowledgebase/articles/665452-how-do-you-extrapolate-the-ppp-conversion-factors For the member countries of Eurostat-OECD PPP Programme, PPP conversion factors are periodically updated based on the organizations’ databases. For Eurostat-OECD PPP Programme, please refer to the following websites. (http://www.oecd.org/sdd/prices-ppp/) (https://ec.europa.eu/eurostat/web/purchasing-power-parities/overview) For more information on the ICP and PPPs, please refer to the ICP website at https://www.worldbank.org/en/programs/icp.
Publisher
The World Bank
Origin
Global
Records
6838
Source