Energy Prices and Government Responses
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Questions and Answers

What is the primary reason for the variation in the pass-through of higher wholesale prices to retail energy prices across different countries?

  • Fluctuations in the global supply of energy resources.
  • Differences in consumer demand for energy products.
  • Changes in government regulations on energy production.
  • Variations in the tax/levy structures and network fees across countries. (correct)
  • How do governments typically respond to rising energy prices and their impact on consumers?

  • By implementing policies that promote energy conservation.
  • By increasing the supply of energy resources.
  • By using a combination of tax adjustments and other measures to stabilize retail energy prices. (correct)
  • By directly subsidizing the cost of energy for consumers.
  • What is the main difference between 'direct' and 'indirect' effects of higher energy prices on households?

  • Direct effects impact household budgets directly, while indirect effects impact the prices of other goods and services. (correct)
  • Direct effects are caused by government policies, while indirect effects are caused by market forces.
  • Direct effects are immediate, while indirect effects are long-term.
  • Direct effects are felt by all households equally, while indirect effects disproportionately impact low-income households.
  • Which income group is most heavily impacted by the burden of rising energy prices?

    <p>Low-income households. (B)</p> Signup and view all the answers

    What is the main objective of the 'Gaspreisdeckel' (Gas Price Cap) initiative in Germany?

    <p>To provide financial support to gas consumers, regardless of their income. (A)</p> Signup and view all the answers

    How does the 'Gaspreisdeckel' initiative indirectly encourage gas consumers to reduce their consumption?

    <p>By providing subsidies for only a portion of the previous year's gas consumption. (A)</p> Signup and view all the answers

    What is the likely effect of higher wholesale prices on end-consumer prices, in general?

    <p>A smaller increase in end-consumer prices than the increase in wholesale prices. (A)</p> Signup and view all the answers

    Which of these factors is NOT mentioned as a contributing factor to the pass-through rate of wholesale prices to retail energy prices?

    <p>Government regulations on energy production. (C)</p> Signup and view all the answers

    What is the primary purpose of a carbon price?

    <p>To encourage the development of renewable energy sources. (A)</p> Signup and view all the answers

    What is the main impact of a carbon price on the supply curve for fossil fuel-based energy?

    <p>The supply curve shifts to the left. (B)</p> Signup and view all the answers

    What is the Social Carbon Cost (SCC)?

    <p>The economic cost of damages caused by emitting one ton of CO₂. (A)</p> Signup and view all the answers

    What type of model is primarily used to calculate the SCC?

    <p>Integrated Assessment Models (IAMs). (C)</p> Signup and view all the answers

    Which of the following factors is NOT typically included in the calculation of the SCC?

    <p>Cost of renewable energy technologies. (C)</p> Signup and view all the answers

    How does the time horizon impact the SCC calculation?

    <p>It determines the discount rate applied. (C)</p> Signup and view all the answers

    Select the factors considered in calculating the SCC.

    <p>Impact on agriculture, health, property, ecosystems. (A)</p> Signup and view all the answers

    Why are discount rates applied to calculate the SCC?

    <p>To weigh future damages against present values. (D)</p> Signup and view all the answers

    What makes the demand for branded clothing an example of a product with many substitutes?

    <p>There are many different brands of clothing available, offering a variety of styles and qualities. (A)</p> Signup and view all the answers

    Which of the following is NOT a design feature to consider when implementing a carbon tax?

    <p>The design of the carbon tax should include a strong focus on public awareness and education programs to ensure its effectiveness. (A)</p> Signup and view all the answers

    According to the information provided, what is the most likely scenario for the demand curve of a perfectly competitive market for wheat?

    <p>A horizontal line, indicating infinite demand at any price. (C)</p> Signup and view all the answers

    Which of the following is NOT a direct impact of implementing a carbon price on energy consumption?

    <p>Reduced economic growth due to increased energy costs. (C)</p> Signup and view all the answers

    What is the main purpose of an emissions trading scheme (ETS)?

    <p>To set a maximum amount of greenhouse gases that can be emitted by participating installations. (C)</p> Signup and view all the answers

    Based on the graph depicting CO2 emissions for electricity generation, which energy source has the lowest emissions per kWh?

    <p>Renewable energy sources (solar and wind) (A)</p> Signup and view all the answers

    What is a common concern associated with carbon pricing mechanisms like taxes and emissions trading schemes?

    <p>All of the above. (D)</p> Signup and view all the answers

    Which of the following is NOT a relevant consideration for determining the appropriate level of a carbon tax?

    <p>The specific geological formations where fossil fuels are extracted. (A)</p> Signup and view all the answers

    Which of the following statements accurately describes the 'economic potential' of energy efficiency measures?

    <p>It refers to all measures that are economically favorable from a social perspective, taking into account both private and external costs. (B)</p> Signup and view all the answers

    What is the primary cause of the 'energy efficiency gap'?

    <p>The discrepancy between the social cost optimum and the private cost optimum for energy efficiency. (A)</p> Signup and view all the answers

    What does the 'actual level of energy efficiency' represent in the context of the provided content?

    <p>The level of energy efficiency that is currently being implemented in practice. (D)</p> Signup and view all the answers

    Which of the following scenarios would most likely contribute to an increase in the 'actual level of energy efficiency'?

    <p>A shift in consumer preferences towards energy-efficient products and services. (D)</p> Signup and view all the answers

    What is the main difference between 'profitability potential' and 'economic potential' for energy efficiency?

    <p>Profitability potential considers only private costs, while economic potential includes both private and social costs. (B)</p> Signup and view all the answers

    Considering only purchase price, which option represents the best value for money?

    <p>Option A (A)</p> Signup and view all the answers

    Which option has the lowest energy consumption per cycle?

    <p>Option D (C)</p> Signup and view all the answers

    Considering both purchase price and energy consumption, which option is the most cost-effective in the long run?

    <p>Option C (A)</p> Signup and view all the answers

    According to the information in the 'Information approach' section, which option is labeled with the highest energy efficiency rating?

    <p>Option A (A)</p> Signup and view all the answers

    Which regulatory approach encourages the development of high-efficiency appliances?

    <p>Minimum energy efficiency standards (high ambition) (B)</p> Signup and view all the answers

    What is the primary economic parameter used in 'economic instruments' to influence purchase decisions?

    <p>All of the above (D)</p> Signup and view all the answers

    Which approach encourages the development of energy-efficient appliances by setting a minimum threshold for energy consumption?

    <p>Regulation approach (B)</p> Signup and view all the answers

    Which of these factors is NOT directly considered in a purchase decision informed by energy labels?

    <p>Brand reputation (C)</p> Signup and view all the answers

    According to the content, what remains largely constant despite increases in floor space and energy efficiency?

    <p>Total energy demand for space heating (C)</p> Signup and view all the answers

    Which of the following is NOT a factor influencing energy demand, as presented in the content?

    <p>The cost of energy (B)</p> Signup and view all the answers

    Based on the text, what is the key difference between energy efficiency and energy savings?

    <p>Energy efficiency focuses on reducing energy consumption, while energy savings focus on using less energy for the same service. (B)</p> Signup and view all the answers

    Which of the following is an example of energy conservation, as defined in the text?

    <p>Turning off lights when leaving a room (B)</p> Signup and view all the answers

    What is the key characteristic of 'Energy Sufficiency'?

    <p>Ensuring every individual has access to sufficient energy services without exceeding environmental limits (D)</p> Signup and view all the answers

    Which of the following factors influencing energy demand is most readily addressed through policy instruments?

    <p>Specific energy use per device (D)</p> Signup and view all the answers

    Which of the following is a key takeaway from the graph illustrating energy demand reduction in domestic buildings?

    <p>Energy efficiency improvements can offset the impact of increased floor space on total energy demand. (B)</p> Signup and view all the answers

    Which of the following statements is true about energy efficiency and energy consumption?

    <p>Energy efficiency can reduce energy consumption but does not guarantee it. (C)</p> Signup and view all the answers

    Flashcards

    Carbon Pricing

    A method to charge for carbon emissions, increasing costs for fossil fuels.

    Social Carbon Cost (SCC)

    The estimated economic cost of damages from emitting one ton of CO2.

    Increased Costs for Fossil Fuels

    Carbon pricing raises production costs for coal, oil, and gas energy.

    Purpose of Social Carbon Cost

    To inform policies by quantifying greenhouse gas reduction benefits.

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    Components of Damage Costs

    Includes impacts like health, agriculture, property damage from extreme weather.

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    Integrated Assessment Models (IAMs)

    Frameworks used to calculate the Social Carbon Cost combining climate and economics.

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    Discount Rate Application

    A method to weigh future damages of CO2 against present values.

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    Global vs. Regional Costs

    SCC calculations can consider either global impacts or specific regional effects.

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    Wholesale Price Pass-Through

    The extent to which increases in wholesale prices result in higher retail prices.

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    End-Consumer Prices

    Prices that consumers ultimately pay for goods and services.

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    Tax and Levy Structures

    Government-imposed charges that can influence final product pricing.

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    Direct Effects

    Impact on households linked directly to high energy prices.

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    Indirect Effects

    Effects where higher energy prices lead to increased costs of other goods.

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    Distributional Impacts

    Different effects of price changes on various income groups.

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    Gas Price Cap

    Policy limiting the price of gas to support consumers based on previous usage.

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    Subsidized Consumption

    Inflated consumption limits where only a portion is subsidized.

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    Perfectly Elastic Demand

    Demand that drops to zero with any price increase; theoretical in nature.

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    Carbon Tax

    A tax levied on energy carriers based on their carbon content (€/t).

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    Emissions Trading Scheme

    A system allowing companies to buy and sell allowances for a limited total amount of GHG emissions.

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    Carbon Leakage

    The risk that emissions-intensive industries move to countries with looser policies.

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    Sectoral Price vs. Uniform Price

    Price strategy that can vary by sector or apply uniformly across all sectors.

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    Revenue Allocation from Carbon Tax

    Deciding how to use the money generated from the carbon tax.

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    Direct Impact of Carbon Pricing

    Higher carbon prices lead to reduced consumption of carbon-intensive goods and services.

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    Technical Potential

    All energy efficiency measures that are technically feasible.

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    Economic Potential

    All energy efficiency measures that are economically favorable from a social perspective.

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    Profitable Potential

    All energy efficiency measures that are economically favorable from an individual perspective.

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    Efficiency Gap

    Difference between cost-minimizing energy efficiency and actual realized efficiency.

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    Social vs Private Cost

    Private cost includes individual expenses; social cost adds external societal costs.

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    Purchase Price

    The total cost to buy a washing machine before additional expenses.

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    Energy Consumption

    The amount of energy used per cycle, measured in kWh.

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    Electricity Price

    The cost per kilowatt-hour of electricity consumed.

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    Energy Demand Reduction

    The decrease in energy needed for heating in buildings, despite increasing floor space.

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    Energy Cost Calculation

    Total yearly cost of energy for operating the machine, based on cycles and energy consumption.

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    Energy Efficiency

    Using less energy to provide the same level of energy services.

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    Energy Label

    A system that grades appliances based on energy efficiency.

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    Energy Savings/Conservation

    Reducing energy consumption by using less or turning off devices.

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    Minimum Energy Efficiency Standards

    Regulations set to ensure appliances meet energy consumption limits.

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    Option Comparison

    Assessing various washing machine choices by price and efficiency features.

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    Energy Sufficiency

    Access to necessary and fair energy services without exceeding environmental limits.

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    Regulatory Approach

    Using laws or regulations to improve appliances' energy efficiency.

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    Factors Influencing Energy Demand

    Aspects affecting energy usage, including devices and household size.

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    Specific Energy Use

    The amount of energy each device consumes, influencing overall demand.

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    Households and Energy

    The number of households directly influences total energy demand.

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    Policy Instruments for Energy

    Tools and strategies used by governments to influence energy demand and efficiency.

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    Study Notes

    Energy Economics and Technologies - Introduction

    • Course introduction, date: October 21, 2024
    • Topics for the day: Course content, assignments, grading, and the current energy demand and supply status.

    Organisational Aspects

    Readings and Communication

    • Readings and/or exercises will be provided during the exercise session.
    • Exercises from the class sessions will be discussed during the exercise session.
    • Lecture slides and any additional documents will be provided through email/Moodle.

    Content of the Course (Schedule)

    • Date: Topic
    • October 21: Introduction - Overview of the energy system and technologies (Status Quo)
    • October 28: No Class
    • November 4: Energy security, competitiveness, and sustainability of the energy system
    • November 11: No Class
    • November 18: Energy and climate targets
    • November 25: Carbon pricing
    • December 2: Energy efficiency
    • December 9: Renewable energies in buildings – technologies and support frameworks
    • December 13: Renewable electricity – technologies and support frameworks
    • December 20: Transformation of the power system and transmission infrastructure
    • January 10: Summary
    • TBC: Written exam (at TU Dortmund)

    Energy Production and Consumption

    • Secondary energy products are produced by transforming primary energy sources.
    • Examples of secondary energy products: fuel oil (from crude oil), electricity (from gas).

    Background: The Laws of Supply and Demand

    • If price increases, demand decreases. Conversely, if price decreases, demand increases.
    • If price increases, supply increases. Conversely, if price decreases, supply decreases.
    • A shift in the demand or supply curve can be caused by external factors (non-price factors).

    Law of Demand: Example for Shift Due to External Effects

    • A decrease in the demand for a good/service can result when a suitable substitute or alternative becomes available (e.g., electric vehicles decreasing the demand for gasoline).
    • An increase in the demand for a good/service can result from external factors (e.g., higher demand for home exercise equipment during a pandemic).

    Law of Supply: Example for Shift Due to External Effects

    • Advancements in technologies can reduce the costs of production; this increases the supply (e.g., increased use of renewable energies).
    • Severe drought can decrease the supply of a good/service (e.g., reduction in wheat supply due to drought).

    Overview of energy system and technologies(Status Quo)

    • Poll question: Which sector has the highest energy consumption (the brown section)? (Households)

    Discussion

    • Reasons for the drop in energy consumption between 2008 and 2009.
    • Reasons for the decline in energy consumption in 2020.
    • Reasons for the decline in energy consumption in 2022.

    Drop in energy demand due to COVID-19

    • Reduced demand due to social restrictions imposed during the COVID-19 lockdowns.
    • Comparison of 2020 energy consumption to the 2017-2019 average for various EU countries.

    Drop in gas consumption in 2022

    • EU-wide drop in natural gas demand by 13.2% compared to 2021.
    • Only increases in Ireland and Malta, with significant drops in Finland, Sweden, and Latvia.

    Decreased demand (and supply) during energy crisis

    • Shift in the supply curve due to reduced Russian energy imports.
    • Higher energy prices cause declines in demand.

    Development of Electricity and Gas Prices: Strong Increase in 2022

    • Charts illustrating the development of electricity and natural gas prices for household consumers in the EU from 2008 to 2022.

    Natural gas savings in Germany During 2022

    • Overall reduction of natural gas demand by 23% in the second half of 2022.

    Final energy consumption in the industry sector, EU 2021

    • Breakdown of final energy consumption within the industry sector by fuel type (oil, renewables, natural gas, electricity, etc.).
    • Total final energy consumption by industrial sector by specific industry sector.

    Final energy consumption in the Households Sector, EU 2021

    • Sector breakdown of energy consumption within the households sector in the EU (electricity, peat, natural gas, Renewables and biofuels, etc.
    • Breakdown of final energy consumption within the households sector by use type within the EU.

    Final energy consumption in the transport sector, EU 2015

    • Composition of final energy use in the transport sector.
    • Consumption by car types.

    Final energy consumption by fuel, EU 1990-2021

    • Consumption per petajoule (PJ) across various fuel types over time.

    Energy balance flow EU 27 (2020)

    • Flow diagram illustrating the energy balance in the EU in 2020.

    Import dependency (EU-27)

    • Proportion of imports from Russia and other sources for various fuel types (oil, natural gas, solid fossil fuels).
    • Import dependency of EU in 2021.

    Summary and Conclusions

    • EU energy supply is heavily reliant on imports.
    • Energy prices have significantly increased in the past year.
    • Energy systems vary considerably among Member States.
    • A framework for transforming the energy system is needed to support sustainable, secure, and competitive energy technologies.

    Exercise Session 1: First Assignment (November 4)

    • Select an EU country.
    • Overview of total energy consumption by sector and by fuel type for the given country.
    • Overview of the energy balance flow for the given country.
    • Compare the data with the EU average.

    What are "official statistics"?

    • Statistics are produced by National Statistical Offices.
    • Purpose: Support public decision making.
    • Quality management and ethical standards are usually followed within legal frameworks.
    • Legal framework and the set of principles in the European Union.

    Cross-sectional and longitudinal data

    • Cross-sectional data relates to different population groups (e.g., men/women, age groups, income groups).
    • Longitudinal data relates to data at various points in time (e.g. monthly, yearly, bi-annual, etc.).

    Example EU Level: Eurostat

    • Descriptions of the sites, links, etc.

    Exercise Session 2 (class on November 18)

    • Review the example for adjustment with shifts in supply and/or demand graphs (from Slide 11).
    • Describe three remaining possible adjustments.
    • For each of these cases, outline short descriptions of the main causes and how prices and quantities are affected.

    Energy and Climate Targets (November 18)

    • Course content for this session, topics for discussion: international level, EU level and national level.

    Key element of international climate policy: burden sharing mechanisms

    • Global climate actions entail significant economic, social, and technological burdens
    • Imbalances in burden sharing lead to inequitable outcomes and negotiation difficulties.
    • Types of burdens: mitigation, adaptation, and loss and damage.

    Principles of Burden Sharing

    • Developed nations bear more responsibility for historical emissions, due to industrialization.
    • Wealthier countries have greater financial and technological capacity.
    • Developing nations face disproportionate climate impacts.

    Historical emission by region and remaining budget

    • Relative historical emissions by various regions.
    • Remaining carbon budgets to meet the Paris Agreement targets.

    Unequal impacts of climate change

    • Negative correlation between predicted temperature changes and greenhouse gas emissions.
    • Countries with higher emissions tend to face moderate temperature change variations.

    Regional effects of climate change on agricultural productivity

    • Global map illustrating regional effects of climate change on agricultural productivity.

    United Nations Framework Convention on Climate Change

    • Objective: Stabilisation of greenhouse gas concentrations.

    Weltklimarat (IPCC)

    • Intergovernmental body assessing the science related to climate change.

    Paris Agreement (2015)

    • Objective: To limit global warming to well below 2 degrees Celsius above pre-industrial levels.

    Video: Trump and Paris Agreement

    • Video link.
    • Contextual information on this topic.

    Impacts and Risks

    • Summary information on various climate related impacts and risks.

    Limiting global warming: Greenhouse gas emissions reductions needed

    • Chart showing the reduction in emission that would be required to hit various climate goals.

    Elements of the Paris Agreement

    • Mitigation, adaptation, technology transfer, and financing are discussed as core elements.

    Mitigation under the Paris Agreement

    • Limiting global temperature increase.
    • Developing a long-term global emission pathway to balance emissions by sources and removals by sinks.
    • National determined contributions (NDCs): Plans/actions for mitigation over a specified timeframe in countries that are part of the Paris Agreement.

    Building blocks of the Paris Agreement

    • Climate and emission targets, pathways for achieving emission reductions, and the principle of national determined contributions (NDCs).

    Mitigation under the Paris Agreement

    • Limit global temperature rise to significantly below 2 degrees, ideally 1.5 degrees.
    • National determined contributions (NDCs): Plans for each country outlining commitments for reducing emissions.
    • A common timeframe for NDCs doesn't exist.

    Nationwide determined contributions

    • Countries create individualized action plans for emissions reduction.
    • Developed countries need to lead by setting economy-wide emission reduction targets.
    • Other countries need to strive towards economy-wide reductions.
    • Providing complete clarity, transparency, and detailed information for all targets.

    EU 2030 Energy and Climate targets

    • Increased ambition in 2023 from 32% to meet the target.
    • The goal of reducing GHG emissions by 55%.
    • Increase in renewable energies and energy efficiency targets.

    Recent revisions of the 2030 target framework

    • Date of adoption of the 2030 climate and energy framework by the EU leaders.
    • Key revisions in relation to renewable energy and energy targets.

    The EU energy efficiency target

    • EU's target for energy efficiency and its baseline projection.

    Indicative national targets

    • EU states are not legally bound to meet the indicative national targets.
    • The EU has a 2030 energy consumption target that Member States need to take into account.

    Fit for 55 package

    • Legislative proposals to revise the EU 2030 climate and energy framework.

    RePowerEU package

    • Proposal to increase ambition.
    • Getting rid of Russian fossil fuel.

    Greenhouse gas emission reductions

    • Instruments/directives designed to directly reduce GHG emissions.
    • Targets in different EU sectors (62% below 2005 levels for EU-ETS sectors; 40% below for non-ETS sectors).

    The Effort Sharing Regulation (ESR)

    • Setting binding annual greenhouse gas (GHG) emission targets for member states (in sectors not regulated by the EU ETS).
    • Setting a target of around a 40% reduction by 2030 relative to 2005 levels.

    Non-ETS emissions by sector

    • Sector breakdown illustrating different contributions to overall non-EU ETS emissions.

    ESR: Targets for 2030: differ according to gross domestic product (GDP) per capita

    • Table comparing emission targets for 2030 in different EU countries using gross domestic product (GDP) per capita as a factor.

    Governance of the Energy Union

    • Regulations and directives, including national energy and climate plans (NECPs), integrated reporting, monitoring, and the latest updates on NECPs.

    Positions in the negotiations for the EU 2030 targets in 2019

    • Link to an article discussing policy positions.

    Germany: The Climate Change Act

    • Act adopted in Germany in 2019, outlining targets for greenhouse gas emissions by different sectors.
    • Law reviewed in 2021; setting increasingly ambitious targets
    • Aim for climate neutrality by 2045.

    German Climate Change Act

    • Overview of the act, including the adoption year, targets, and revisions.

    Greenhouse gas emissions and targets

    • Chart to show an overview of emission targets.

    National targets for renewable energy and energy efficiency

    • Reduction in final and primary energy consumption targets.
    • Renewable energy (80%) electricity target by 2030.

    Summary and conclusions

    • Importance of the Paris Agreement and the EU's targets for energy and climate.
    • Germany's current targets in the face of recent changes and the need for a mix of policies.

    Exercise Session for November 25

    • Tasks for students.
    • Resources to find data for completing the given task.

    Exercise for class December 16

    • Tasks for the exercise.

    Fourth assignment for December 2

    • Tasks that students must do in order to complete the assignment.

    Renewable Energies in Buildings – Technologies and Support Frameworks (December 9)

    • Content of the course for this specific session.

    Examples for Energy Efficiency Policies

    • Policies which can reduce energy consumption for washing machines are listed.

    Purchase decision for a washing machine

    • Table summarizing the purchasing options and their relevant characteristics.

    Information approach: Purchase decision with energy label

    • Table which shows purchasing decisions with energy label.

    Regulatory approach: Purchase decision with minimum energy efficiency standards

    • Table on Purchase decision to show products with minimum energy efficiency standards.

    Economic instruments in relation to Energy efficiency

    • Listing of Economic instruments and how they work.

    Economic approach: Purchase decision with information on energy consumption and carbon/energy tax

    • Tables for purchasing decisions based on information on energy consumption and pricing.

    Overview of different subsidy schemes

    • Subsidy types: grants, loans, tax incentives; criteria for eligibility.

    Support scheme: Feed-in-Tariffs-change summer 2022

    • Diagram summarizing changes to the support scheme.

    EEG 2017: Renewable Energy Auctions

    • Overview of the new rules and associated benefits.

    Auction volume vs. Bid volume for PV (Germany)

    • Presentation of Volume vs Bid volume figures.

    Net metering

    • Method for accounting for self-consumption of generated energy.

    Renewable Portfolio Standards (RPS)

    • Quota or purchase obligation for Renewable Energies.

    Summary and conclusions (Renewable electricity)

    • Summary of the different renewable energy support measures.
    • Overview of different support mechanisms and their effectiveness at improving the economics of renewable energy.

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    Description

    Explore the dynamics of energy prices in this quiz, focusing on the variation in pass-through rates of wholesale prices to retail prices across different countries. Delve into government initiatives like the 'Gaspreisdeckel' in Germany and understand the impact of carbon pricing on energy supply. Test your knowledge on how these factors affect households and income groups.

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