How to Manage Growing Electricity Demand in the US
- The United States is experiencing a significant resurgence in electricity demand, marking a departure from the stagnant growth seen in the 2010s.
- In 2024, the national five-year forecast for electricity load was five times higher than the predictions made in 2022.
- this sudden surge has taken many by surprise, causing "turbulence across the energy sector." Electricity prices are rising,and utilities are striving to meet the new demand by constructing...
Table of Contents
- Navigating the Surge in U.S. Electricity Demand
- Navigating the Surge in U.S. Electricity Demand: A Q&A
- What is Driving the Surge in U.S. Electricity Demand?
- How Much will Electricity Demand Increase?
- What Role Do Data Centers Play in Rising Electricity Demand?
- How Does Manufacturing Growth Impact Electricity Demand?
- How is Electrification Contributing to Increased Energy demand?
- What are the Impacts of Increased electricity Demand?
- How Are Policymakers responding to the rising Electricity demand?
- What are Some Examples of Policy responses to Rising electricity Demand?
- What Actions Can State and Local Governments take?
- How can Transmission Capacity Be expanded?
- Summary of Key Drivers and Impacts
The United States is experiencing a significant resurgence in electricity demand, marking a departure from the stagnant growth seen in the 2010s. This increase is driven by factors such as data centers, manufacturing growth, and electrification efforts.
In 2024, the national five-year forecast for electricity load was five times higher than the predictions made in 2022. peak electricity demand is projected too increase by 128 gigawatts (GW) by 2029, which is approximately 13 times the peak demand of New York City in 2023.
this sudden surge has taken many by surprise, causing “turbulence across the energy sector.” Electricity prices are rising,and utilities are striving to meet the new demand by constructing more firm generation,potentially including the retention or expansion of fossil-fueled power plants. This could further strain an aging electricity grid that requires upgrades and expansion.
State and federal energy regulators, utilities, and the federal government are actively seeking solutions to address this challenge. State and local policymakers can also play a crucial role by protecting their constituents from cost increases and managing new demand sources within their jurisdictions.
Key drivers of Increased Energy Demand
Several factors are contributing to the increased electricity demand in the U.S.
Data Centers
Data centers are a significant driver, potentially accounting for 44% of all U.S.load growth between 2023 and 2028. The demand for cloud services and the rise of AI applications have led to a surge in private data center construction spending, reaching almost $30 billion a year, which is double the spending in late 2022. Since January 2023, over 50 GW of new data center capacity has been announced.
Globally, capital expenditures for data centers are expected to exceed $1.1 trillion by 2029. A study by Lawrence Berkeley National Laboratory predicted that data centers could account for 6.7%-12% of total U.S. energy consumption by 2028.
Manufacturing Sector
The revitalization of the American manufacturing sector, driven by the Inflation Reduction Act and the CHIPS and Science Act, has doubled real investment in manufacturing as 2021. Companies are investing in new facilities to produce electronics, computer chips, electric vehicles, and solar panels, all of which require substantial amounts of electricity. As of May 2024, companies have announced 3.8 GW of planned electrolytic hydrogen production facilities.
Electrification
Electric vehicle (EV) adoption and building electrification are also contributing to the increased energy demand. In 2024, automakers sold a record 1.3 million EVs in the U.S., accounting for approximately 8.7% of new car sales. By 2030, EVs are projected to represent up to 46% of light-duty vehicle sales, requiring over 42.2 million charging points across the country.
Building electrification is expanding as households adopt electric appliances like electric water heaters and heat pumps. The residential sector is expected to see a gradual but steady 10% increase in electricity demand by the end of the decade.
The extent of load growth varies by region. Major data center markets like Silicon Valley, Dallas/Fort Worth, Phoenix, Chicago, and northern Virginia are expected to lead in data center expansion. Manufacturing investments are concentrated in the Southeast and Midwest, including Georgia, Tennessee, the Carolinas, Ohio, and Michigan. California, New York, and New England are experiencing increased peak demand due to electrification.
Impacts of Increased Electricity Demand
The surge in electricity demand is expected to significantly impact the U.S. energy system, the country’s climate change efforts, and electricity service and prices for households. Some effects are already being observed, with major technology companies reporting increases in their greenhouse gas (GHG) emissions due to data center development.
Policy Responses to Rising Electricity Demand
To address the challenges posed by rising electricity demand, policymakers are exploring various strategies.
Demand-Side Management
Local governments are revising zoning laws for data centers in response to concerns about load growth, noise pollution, and proximity to residential areas. They are also using zoning and permitting processes to promote renewable energy production at large industrial facilities.
States are addressing the cost allocation issue, as connecting new loads to the grid can increase electricity prices for ratepayers. In 2025, legislators in Virginia, Georgia, and california introduced bills aimed at understanding and reducing the energy cost burdens of data center development on consumers. These bills direct state energy regulators to act on these cost issues thru analysis and ratemaking.
Governments outside the U.S. are also addressing electricity demand. In May 2024,Australia announced that all data centers serving federal agencies must achieve “excellent” or greater environmental performance standards by July 2025. In 2023, Germany adopted an Energy Efficiency Law requiring all data centers to meet specific energy efficiency metrics and source 100% of their electricity from unsubsidized renewable energy sources by 2030.
Addressing New Generation Needs
Policymakers are exploring ways to use clean energy to meet increased demand.Cities and states can directly procure clean energy through mechanisms like green tariffs and power purchase agreements. They can also promote clean energy development through codifying clean energy commitments and incentives. Almost half of all states have legally binding GHG reduction and/or clean or renewable energy goals.
Reducing the timelines for permitting and siting new large-scale generation and transmission facilities can help ensure that infrastructure additions keep pace with growing demand.States like California and New York have established new boards and authorities to oversee and streamline certain permitting and siting processes. Local leadership can engage with state counterparts to address permitting and siting issues for critical generation and transmission development.
State and local governments can also support the adoption of distributed energy resources (DERs), such as solar and energy storage, to address load growth.Local action is critical for unlocking distributed energy, as participation in programs like SolSmart has been associated with an 18-19% increase in installed solar capacity per month.
Expanding Transmission Capacity
Transmission is crucial for connecting electricity supply and demand. However, large-scale transmission buildout has slowed, threatening the ability to connect new demand sources to the grid and bring new electricity generation facilities online. Increased transmission capacity would ease concerns about system reliability and enable the interconnection of clean energy sources.
State policymakers can regulate utility transmission plans and introduce requirements and incentives to encourage transmission capacity growth. States like Minnesota, Massachusetts, and California have passed laws requiring utilities to consider grid-enhancing technologies.Montana has established an incentive for building new transmission lines with “advanced conductors” capable of transmitting more energy than standard technologies.
Under federal orders,transmission providers are required to “integrate state and local laws and regulations” when conducting long-term transmission planning. State and local government staff can provide relevant data to ensure their priorities are captured in transmission providers’ planning processes. States also have significant roles in transmission planning scenario development and cost allocation.
Charting America’s Energy Future
The U.S. needs more electricity than ever due to rapid data center growth, a rebounding industrial sector, and residential electrification. If unaddressed, this new demand spike could increase greenhouse gas emissions, inflate consumers’ bills, and make the U.S. grid less reliable.
Policymakers at all levels have options to address this challenge, and many are already working on solutions. Acting quickly is essential for connecting critical new loads to the grid while ensuring that everyone can keep the lights on reliably, affordably, and cleanly.
The U.S. is facing a important increase in electricity demand, driven by several key factors. Policymakers and stakeholders must address this challenge to ensure a reliable, affordable, and clean energy future.
What is Driving the Surge in U.S. Electricity Demand?
The surge in electricity demand marks a change from the stagnant growth seen in the 2010s. This increase is primarily driven by:
Data Centers: These are a major consumer of electricity, accounting for a large portion of the increased load.
Manufacturing Growth: The resurgence of the manufacturing sector, supported by recent legislation, is leading to more energy-intensive production.
electrification: The adoption of electric vehicles (EVs) and building electrification are also contributing to the growing demand.
How Much will Electricity Demand Increase?
Peak electricity demand is projected to increase by 128 gigawatts (GW) by 2029. This is approximately 13 times the peak demand of New York City in 2023.
What Role Do Data Centers Play in Rising Electricity Demand?
Data centers are a significant driver of increased electricity demand, perhaps accounting for 44% of all U.S. load growth between 2023 and 2028. The demand for cloud services and AI applications is fueling a surge in data center construction spending. Over 50 GW of new data center capacity has been announced as January 2023.
How Does Manufacturing Growth Impact Electricity Demand?
The revitalization of the American manufacturing sector, driven by the Inflation Reduction Act and the CHIPS and science Act, is driving higher electricity demand.Companies are investing in new facilities to produce electronics, computer chips, electric vehicles, and solar panels, all of which require ample amounts of electricity. As of May 2024, companies have announced 3.8 GW of planned electrolytic hydrogen production facilities.
How is Electrification Contributing to Increased Energy demand?
Electrification, including electric vehicle (EV) adoption and the use of electric appliances in buildings, is also increasing electricity demand. Automakers sold a record 1.3 million EVs in the U.S. in 2024. Building electrification expands as households adopt electric appliances like electric water heaters and heat pumps.
What are the Impacts of Increased electricity Demand?
The surge in electricity demand is expected to have several significant impacts:
strain on the Energy System: It could further strain an aging electricity grid that requires upgrades and expansion.
Impact on Climate change: Major technology companies are reporting increases in their greenhouse gas (GHG) emissions due to data center development.
Impact on Electricity Prices: Electricity prices are rising as utilities strive to meet new demand.
How Are Policymakers responding to the rising Electricity demand?
Policymakers are exploring various strategies to address the challenge of rising electricity demand including:
Demand-Side Management: Local governments are revising zoning laws for data centers and using zoning and permitting processes to promote renewable energy production at large industrial facilities.States are also addressing the cost allocation issue.
Addressing New Generation Needs: Policymakers are exploring ways to use clean energy to meet increased demand. They can directly procure clean energy through mechanisms like green tariffs and power purchase agreements.
Expanding Transmission Capacity: This is crucial for connecting electricity supply and demand. State policymakers can regulate utility transmission plans and introduce requirements and incentives to encourage transmission capacity growth.
What are Some Examples of Policy responses to Rising electricity Demand?
Several actions have been taken or proposed to address the challenges of rising electricity demand:
Data Center Regulations: Australia announced that data centers serving federal agencies must achieve “excellent” or greater environmental performance standards by July 2025. Germany adopted an Energy Efficiency Law requiring data centers to meet specific energy efficiency metrics and source 100% of their electricity from unsubsidized renewable energy sources by 2030.
Streamlining Permitting: States like California and New York have established new boards and authorities to streamline permitting and siting processes for new generation and transmission facilities.
Promoting Distributed Energy Resources (DERs): State and local governments support the adoption of DERs, such as solar and energy storage. For example, participation in programs like SolSmart has been associated with an 18-19% increase in installed solar capacity per month.
Grid-Enhancing Technologies: States like Minnesota, Massachusetts, and California have passed laws requiring utilities to consider grid-enhancing technologies. montana has established an incentive for building new transmission lines with “advanced conductors” capable of transmitting more energy.
What Actions Can State and Local Governments take?
State and local governments can play a crucial role by:
Demand-Side Management: Revising zoning laws, addressing cost allocation issues, and promoting renewable energy.
Addressing New Generation Needs: Procuring clean energy, streamlining permitting processes, and supporting DERs.
Expanding Transmission Capacity: Regulating utility transmission plans and incentivizing capacity growth.
Providing Data for Transmission Planning: State and local government staff can provide relevant data to ensure their priorities are captured in transmission providers’ planning processes.
How can Transmission Capacity Be expanded?
Expanding transmission capacity is essential for connecting new demand sources and enabling clean energy sources. Actions include:
State Regulation: State policymakers can regulate utility transmission plans and introduce requirements to encourage transmission capacity growth.
Grid-Enhancing Technologies: States can mandate the consideration of grid-enhancing technologies.
Incentives for New Construction: Providing incentives for building new, advanced transmission lines.
Summary of Key Drivers and Impacts
| Factor | Impact on Electricity Demand | Potential Consequences |
| :——————— | :—————————————————————– | :———————————————————- |
| Data Centers | Significant, potentially 44% of U.S. load growth (2023-2028) | Increased GHG emissions, rising electricity prices |
| Manufacturing | Increased due to new facilities for electronics and EVs | Strain on the grid, need for new generation |
| electrification (EVs & Buildings) | Growing, especially in the residential sector | Requires significant investment |