Energy policy refers to a set of guidelines, objectives and regulations established by governments, organizations or individuals for managing the production, distribution and consumption of energy resources. Such policies must take into account economic development, social well-being and environmental sustainability when creating or updating these policies.
Develop and implement energy policies requires cooperation across many groups and stakeholders, such as industry associations associated with renewable energy, net-zero buildings or other specific interests. Industry associations that represent these issues can provide crucial guidance in creating efficient policies.
Fossil Fuels
Fossil fuels are nonrenewable resources that require mining and drilling for extraction; their production contributes to global warming. Examples of fossil fuels include coal, oil and natural gas. Fossil fuels are widely used as a source of electricity generation as well as feedstock for the petrochemical industry and as the main transportation fuel source.
Governments subsidize fossil fuel consumption through vouchers, tax reductions or price regulations in order to keep consumer energy costs affordable. By artificially lowering fossil fuel costs through these subsidies and distorting market signals and driving overconsumption they expose consumers to international energy price fluctuations and supply chain disruptions – as well as distort market signals in general. By 2023 fossil fuel subsidies had reached USD 1 Trillion.
Sustainable energy policies must balance short-term goals like economic growth and national competitiveness with long-term objectives such as environmental protection and national security. According to IEA research, eliminating ineffective fossil fuel subsidies would improve market efficiency while helping reduce greenhouse gas emissions and supporting energy self-sufficiency initiatives such as G20/COP processes that aim at combatting climate change.
Nuclear Power
Nuclear power currently generates around 10% of global electricity without producing greenhouse gases, and is an integral component of energy mixes in countries which choose it as part of their mix. Although nuclear plants require substantial investments, they typically offer better cost effectiveness compared to fossil fuel or renewable energy solutions.
Countries turn to nuclear power for various reasons, including energy independence or emissions control. Critics contend that its risks are too great, including safety concerns at power plants and radiological risk for surrounding communities near reactors. Furthermore, some materials used for nuclear energy also can be used in weapon production, raising further proliferation concerns.
This EESI briefing explores how nuclear power fits into today’s energy mix, as well as current issues related to production, decommissioning and waste storage of nuclear material. Furthermore, this briefing discusses potential solutions that might make decisions on nuclear power more evidence-based and considerate of equity considerations.
Renewable Energy
Responding to rising oil and gas prices, supply uncertainty and climate change concerns, many states and countries have implemented programs and policies aimed at diversifying energy production. These can include programs and incentives designed to promote renewable energy technologies or enable their development.
Renewable electricity production can have reduced environmental impacts than fossil fuels, including less freshwater ecotoxicity, land occupation and biodiversity loss. But they don’t produce electricity without having an effect; therefore, policy actions could help minimise some impacts and provide a smoother transition to renewables.
Renewable Portfolio Standards (RPSs) are an effective policy instrument for clean energy development, setting targets for utility providers to procure a percentage of their power from renewable sources within a defined time period. Brown, Solomon and Zhou conducted an in-depth comparison between RPSs in different states on wind and solar generation using pairwise comparison.
Energy Efficiency
Energy efficiency refers to providing the same services with less energy consumption. This approach reduces fossil fuel usage, lowers greenhouse gas emissions and pollution levels, as well as saving money for consumers and businesses alike.
Energy efficiency policies often aim to motivate consumer behavior through economic incentives that make energy conservation cheaper for individuals or investors alike. Such incentives may take the form of tax credits, subsidies or rebates.
Energy efficiency is one of the most cost-effective tools to reduce global energy consumption and emissions, and can be accomplished through setting mandatory standards or labels on buildings, cars and appliances or encouraging electrification through smart grids, investments in efficient lighting fixtures and appliances, data centres and heating/cooling systems. While upfront costs may prevent some states from investing in energy efficiency measures due to competing budget priorities; states can overcome this barrier through employing “nudge” tactics that encourage greater uptake of lower cost measures.