20220901-IMF-Republic_of_Estonia_Selected_Issues_34页_650kb

Estonia Selected Issues Summary

Core Content

This document provides an analysis of recent inflation drivers in Estonia, comparing them to the Baltic countries and the Euro Area, as well as an assessment of Estonia's climate policy in the transport and building sectors. The report was prepared by the International Monetary Fund (IMF) in August 2022 and is based on data up to that date.

Inflation Analysis in Estonia

A. Introduction

• Estonia and the other Baltic countries experienced a sharp rise in inflation in 2021–22, surpassing the Euro Area average.
• Inflation expectations also rose, indicating a shift in economic sentiment.
• The surge was largely unanticipated, creating challenges for policymakers and macroeconomic analysis.

B. Comparative Stylized Facts

• Estonia's inflation averaged 1.3% monthly from January 2021 to June 2022, slightly higher than Lithuania and Latvia, and double the Euro Area average.
• Inflation in the Baltics and the Euro Area accelerated significantly during this period.
• Estonia's inflation was more volatile than that of the Euro Area and the other Baltics.
• Energy prices were the main driver of inflation, with Estonia experiencing the highest growth rate.
• Food price inflation was a growing but less significant contributor, with Estonia's food inflation at 17% y/y in May 2022, double the Euro Area average but lower than in Latvia and Lithuania.
• Core inflation in Estonia increased more than four-fold, reaching 0.6% monthly, while the Euro Area's core inflation was more contained.

C. Global Commodity Price Passthrough

• Estonia's inflation is more sensitive to global commodity prices than the other Baltics and the Euro Area.
• The passthrough from global oil and gas prices to headline inflation is moderate, but from global food prices is notably higher.
• Table 1 shows Estonia's food price passthrough as the highest among the comparators.
• The passthrough from global energy prices to headline inflation is similar to the other Baltics but higher than the Euro Area.
• The passthrough is not symmetric; it is smaller when prices are falling.

D. Holistic Inflation Analysis

• A mark-up model was used to analyze inflation drivers, considering both external and domestic factors.
• The model proxies prices as mark-ups over unit labor costs and import prices.
• The results show that global commodity prices play a significant role in inflation, with a combined passthrough size of 0.08 in the monthly HICP model.
• Domestic factors such as wage growth and fiscal policy have limited impact in the short term but may be more relevant in the long term through unit labor costs.
• The model highlights the importance of integrating long-term relationships in understanding inflation dynamics.

E. Domestic Drivers of Inflation

• Wage growth is a statistically significant driver of food and service price inflation.
• The relationship between wage growth and CPI components is explored in Tables 5 and 6.
• While the short-term impact of domestic factors is not significant, long-term factors may influence inflation through unit labor costs.

F. Policy Implications

• The large inflation surge requires a broad-based policy response to prevent long-term inflationary pressures.
• Policymakers must address both external and domestic factors, including wage growth and supply chain issues.
• Estonia's high energy price contribution to inflation suggests the need for energy efficiency measures and structural reforms.
• The document recommends monitoring inflation expectations and implementing measures to stabilize price trends.

Climate Policy in Estonia

A. Introduction

• Estonia has been actively working on climate policy, particularly in the transport and building sectors.
• The goal is to accelerate mitigation efforts and reduce greenhouse gas (GHG) emissions in line with international climate commitments.

B. Climate Policy and GHG Emissions

• Estonia's GHG emissions have decreased since 1990, but the country still faces challenges in achieving its climate goals.
• The transport sector is a major contributor to emissions, with a growing number of passenger cars and their age affecting emissions levels.
• The building sector also contributes significantly, with energy efficiency and construction years playing a key role in emissions.

C. Challenges to GHG Emissions Reduction

• The transport sector faces challenges due to the reliance on fossil fuels and the aging fleet of passenger cars.
• In the building sector, energy efficiency varies, and many buildings are not up to modern standards.
• The war in Ukraine and the resulting energy crisis have exacerbated these challenges.

D. Climate Policies in Transport and Building Sectors

• Estonia has implemented various policies to promote sustainable transport, including incentives for electric vehicles and public transport.
• In the building sector, policies focus on improving energy efficiency and promoting renewable energy sources.
• The document suggests that a carbon tax could be an effective tool for reducing emissions in non-ETS sectors.

E. Costs and Benefits of Carbon Tax

• A carbon tax is proposed as a policy tool to reduce emissions in non-ETS sectors.
• The tax would have both direct and indirect benefits, including reduced emissions and improved energy efficiency.
• The distributional effects of the tax are discussed, with potential impacts on different income groups.
• The growth impacts of the tax are also analyzed, highlighting the trade-off between environmental and economic goals.

F. Conclusion and Policy Recommendations

• Estonia's climate policy must be more aggressive to meet its emission reduction targets.
• A carbon tax is recommended as a way to incentivize emission reductions in the transport and building sectors.
• The policy should be designed to minimize distributional impacts and support economic growth.
• Continued monitoring of energy and building efficiency is necessary to ensure the effectiveness of climate policies.