Energy Policy Considerations
Olivia Oddi
Join Olivia Oddi to learn how energy security, policy reforms, and energy storage solutions are driving the clean energy transition and shaping a more sustainable, resilient future.
Join Olivia Oddi to learn how energy security, policy reforms, and energy storage solutions are driving the clean energy transition and shaping a more sustainable, resilient future.
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Energy Policy Considerations
12 mins 48 secs
Key learning objectives:
Define energy security
Understand how to navigate the geopolitical challenges of the energy mix
Outline the challenges of energy deployment
Identify the importance of energy storage
Overview:
Energy security is defined as the uninterrupted availability of energy sources at an affordable price. This concept has gained renewed attention due to rising energy prices, geopolitical tensions, and supply chain constraints for raw energy materials. To address geopolitical challenges, a multifaceted approach is essential to ensure a more resilient and balanced global energy mix, reducing energy security risks. However, deploying energy technologies at scale involves overcoming significant hurdles.
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Summary
What is energy security?
Energy security is defined as the uninterrupted availability of energy sources at an affordable price. This concept has gained renewed attention due to rising energy prices, geopolitical tensions, and supply chain constraints for raw energy materials. Events like the Russian invasion of Ukraine and the post-COVID-19 surge in energy demand have underscored the need for careful planning in the energy transition to avoid supply crises and economic disruptions. Ensuring energy security is critical to safeguarding people's well-being and supporting global economic stability.
How can we navigate the geopolitical challenges of the energy mix?
To address geopolitical challenges, a multifaceted approach is essential. These measures ensure a more resilient and balanced global energy mix, reducing vulnerability to geopolitical risks:
- Scaling clean energy: Align investment in clean energy technologies with a gradual reduction in fossil fuel reliance
- Improving energy efficiency: Accelerate retrofits and promote efficient energy consumption to reduce demand pressure
- Reversing energy poverty: Promote inclusive energy transitions by collaborating to lower capital costs, manage infrastructure retirement, and diversify economies reliant on fossil fuels
- Enhancing grid flexibility: Invest in grid flexibility to better manage the variability of renewable energy sources
What challenges does energy deployment face?
Deploying energy technologies at scale involves overcoming significant hurdles, such as:
- High initial costs and regulatory uncertainties: These can deter private investment, requiring innovative financing models like public-private partnerships, green bonds, and impact investing.
- Investment gaps in developing economies: Many emerging economies face limited access to funding, complex licensing procedures, and weak financial systems, slowing their clean energy transitions.
- Shifts in investment patterns: By 2040, green energy technologies and electric infrastructure are expected to make up 40-50% of energy investments, highlighting the need for strategic financial planning and decarbonisation commitments.
Why is energy storage important?
Energy storage allows energy to be used at a later time than when it is generated, providing crucial flexibility for managing supply and demand. Technologies like pumped-storage hydropower and batteries play a key role in stabilising energy systems and integrating renewable energy. However, challenges like critical mineral supply disruptions, uneven global investment, and revenue predictability need to be addressed to scale energy storage effectively. Energy storage is vital for decarbonising energy systems, improving grid stability, and ensuring a reliable, sustainable energy future.
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Olivia Oddi
Olivia Oddi, a Nuclear Safety Department employee at the European Bank for Reconstruction and Development (EBRD), has over 30 years of experience in managing nuclear safety activities. With 25 years of experience, she has worked closely with colleagues in the Nuclear Safety Department on fundraising, project management, and environmental remediation for decommissioning nuclear power plants.
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