Global Energy Weekly

Power sector loading pains

Authored By
Analyst Name Global Commodity Research
Analyst Region BofA Europe (Madrid)
Analyst Name Warren Russell, CFA
Analyst Designation Commodity Strategist
Analyst Region BofAS
Analyst Phone +1 646 855 5211
Analyst Name Rachel Wiser
Analyst Designation Commodity Strategist
Analyst Region BofAS
Analyst Phone +1 646 743 4069
Analyst Name Francisco Blanch
Analyst Designation Commodity & Deriv Strategist
Analyst Region BofA Europe (Madrid)
Analyst Phone +34 91 514 3070
Analyst Name Michael Widmer
Analyst Designation Commodity Strategist
Analyst Region MLI (UK)
Analyst Phone +44 20 7996 0694
Report Details
10 April 2024 Commodities Global

Global Energy Weekly

Power sector loading pains

Authored By
Analyst Name Global Commodity Research
Analyst Region BofA Europe (Madrid)
Analyst Name Warren Russell, CFA
Analyst Designation Commodity Strategist
Analyst Region BofAS
Analyst Phone +1 646 855 5211
Analyst Name Rachel Wiser
Analyst Designation Commodity Strategist
Analyst Region BofAS
Analyst Phone +1 646 743 4069
Analyst Name Francisco Blanch
Analyst Designation Commodity & Deriv Strategist
Analyst Region BofA Europe (Madrid)
Analyst Phone +34 91 514 3070
Analyst Name Michael Widmer
Analyst Designation Commodity Strategist
Analyst Region MLI (UK)
Analyst Phone +44 20 7996 0694
Report Details
10 April 2024 Commodities Global
Glossary
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Key takeaways
  • US power demand was nearly flat for more than a decade, with consumption rising 2.9% between 2010 and 2023 or 0.2% annually
  • Now, data centers, EVs, energy intensive industry, and building electrification are set to boost demand by 70GW from 2023-30
  • Rising renewable capacity, more coal retirements, and soaring demand could test regional grid stability in the medium term

Global Energy Weekly

After a decade of stagnation, US power demand is rising…

US electricity demand has been nearly flat for more than a decade, with total consumption rising just 2.9% between 2010 and 2023 or 0.2% YoY on average. Power demand stalled partly because of sluggish economic activity in the early 2010s and efficiency gains at the residential, commercial, and industrial levels, which were facilitated by LED lighting, more efficient appliances, and improved insulation among other factors. But power demand is also affected by weather, which was milder over the past year and masked underlying demand strength. In fact, on a weather adjusted basis, US electricity demand increased YoY in 2023, and growth should continue into 2030, driven by data centers, EVs, energy intensive industry, and other dynamics.

…and should increase by 70GW or 15% from 2023-30…

After rising 13 GW in 13 years, total US electricity demand averaged 457GW or 4000TWh in 2023, but we expect demand to accelerate, adding 70GW (~610TWh) between 2023-30. The commercial sector should drive demand growth (35GW or ~310TWh), led by a rapid expansion in data centers (25GW or ~220TWh), which have leapfrogged EVs to become the most immediate and meaningful source of growth. Even though EV adoption has faced headwinds recently, we still expect electrification to play a role in the medium term, with more than 10GW (~90TWh) of incremental charging demand across passenger and commercial vehicles. Other sources of demand growth are more obscure and difficult to assess, yet we see potential for more than 10GW of power demand growth across batteries, semiconductors, and other energy intensive sectors.

…while rising renewable capacity challenges grid stability

Grid stability concerns have been rising due to accelerating renewable capacity growth and more than 100GW of coal plant retirements in the past decade. New gas fired capacity concealed these changes until recently, but the pace of gas additions is slowing just as renewable capacity additions and power demand accelerate. Through 2030, another +50GW of coal could be retired, while gas additions remain below 10GW. Meanwhile, wind and solar should add 100GW and 240GW respectively, contributing to net capacity growth of about 290GW. However, after adjusting for the intermittency of renewables, potential incremental deliverable power looks more like 55-60GWa, but new behind the meter solar could deliver an another 15GWa. With power demand expected to rise about 70GW through 2030, grid stability could be tested regionally, and the call on thermal power may be insatiable at times.

 

 

Global Energy Weekly

   Exhibit 1:  BofA Commodity Research Themes and Outlook

Key takeaways

For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

 

View

Recent reports

Macro outlook

  • Our economists see world GDP rising 3% in 2023 and expanding by 2.8% in 2024.

 

WTI and Brent crude oil

  • We project Brent and WTI to average $86/bbl and $81/bbl, respectively, in 2024.
  • The global oil balance should remain in a mild surplus during 2024, as OPEC+ withholds more supply from the market to counteract slowing demand growth
  • We forecast global demand growth of 1.5mn b/d YoY in 2024 and 1.3mn b/d in 2025.
  • Non-OPEC supply should grow roughly 1.25mn b/d YoY in 2024 and 1.5mn b/d in 2025.
  • We project total US crude and NGL supply to rise 800k b/d in 2024 and 650k b/d in 2025.
  • OPEC crude oil supplies are set to fall 160k b/d in 2024 and rise 360k b/d in 2025 as OPEC+ actively manages balances

Atlantic Basin

oil products

  • Refined product markets face risks from OPEC+ cuts, a looming recession, and the pace of global refining capacity growth.
  • We forecast RBOB-Brent to average $13/bbl in 2024, and we see ULSD-Brent cracks averaging $26/bbl over the same period.
  • OPEC+ cuts, rising complex refining capacity, lower gasoline and diesel cracks create upside for 3.5% fuel oil cracks, which we see averaging -$12/bbl in 2024.

US natural gas

  • US gas supply should shrink more than 500mmcf/d, while demand rises 2.1Bcf/d, helping cap storage at 4.1Tcf at end of October.
  • We forecast US Henry Hub natural gas prices will average $2.40/mmbtu in 2024.

LNG

  • Near term downside risk for global gas prices, but LNG supply to rise just 1.7% in 24, which counters softer demand growth
  • A rebound in global manufacturing, LNG delays/outages, and weather could tighten balances in 24, but China remains a wildcard

Thermal coal

  • Seaborne coal prices pulled back on softer balances. Yet, China has come back in earnest, more than doubling thermal coal imports
  • We are constructive in 2024 on strong Asian demand and declining Russian supply

Source: BofA Global Research estimates

BofA GLOBAL RESEARCH

 

Exhibit 2: BofA Global Research Commodity Price Forecasts

(period averages)

For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

 

units

 

1Q24F

2Q24F

3Q24F

4Q24F

2024F

1Q25F

2Q25F

3Q25F

4Q25F

2025

WTI Crude Oil

($/bbl)

 

77

83

85

81

81

79

75

73

73

75

Brent Crude Oil

($/bbl)

 

82

88

90

86

86

84

80

78

78

80

US NY Harbor ULSD (HO) Cracks to Brent Crude Oil

($/bbl)

 

30

25

25

25

26

 

 

 

 

 

US RBOB Cracks to Brent Crude Oil

($/bbl)

 

11

21

14

7

13

 

 

 

 

 

NWE Low Sulphur Gasoil Cracks to Brent Crude Oil

($/bbl)

 

23

20

20

19

21

 

 

 

 

 

NWE Eurobob Cracks to Brent Crude Oil

($/bbl)

 

5

14

10

3

8

 

 

 

 

 

NWE 1% Residual Cracks to Brent Crude Oil

($/bbl)

 

-6

-5

-5

-5

-5

 

 

 

 

 

NWE 0.5% Residual Cracks to Brent Crude Oil

($/bbl)

 

2

2

2

2

2

 

 

 

 

 

NWE 3.5% Residual Cracks to Brent Crude Oil

($/bbl)

 

-13

-12

-12

-12

-12

 

 

 

 

 

US Natural Gas

($/MMBtu)

 

2.10

2.10

2.50

2.90

2.40

3.10

3.00

3.20

4.00

3.33

Thermal coal, Newcastle FOB

($/t)

 

148

148

151

153

150

0

0

0

0

125

Aluminium

$/t

 

2250

2500

2750

2750

2563

3000

3000

3000

3000

3000

Copper

$/t

 

8,000

8,500

8,750

9,250

8,625

10,000

10,000

11,000

11,000

10,500

Lead

$/t

 

2,000

2,000

2,000

2,000

2,000

1,750

1,750

1,750

1,750

1,750

Nickel

$/t

 

18,500

18,500

19,000

19,000

18,750

20,000

20,000

20,000

20,000

20,000

Zinc

$/t

 

2,500

2,500

2,250

2,250

2,375

2,250

2,250

2,250

2,250

2,250

Gold

$/oz

 

1950

1950

2000

2000

1975

2100

2100

2200

2200

2150

Silver

$/oz

 

23

23

24

24

23

25

25

25

25

25

Platinum

$/oz

 

1,000

1,000

1,100

1,100

1,050

1,250

1,250

1,250

1,250

1,250

Palladium

$/oz

 

900

800

700

600

750

500

500

500

500

500

       Source: BofA Global Research estimates

BofA GLOBAL RESEARCH

Power sector loading pains

US power loads have finally started to rise after a decade of stagnation…

Electricity demand in the US has been nearly flat since the mid-2000s, as limited industrial growth and the rise of LED usage, improved appliance efficiencies, and other factors helped keep demand growth in check (Exhibit 3). After declining sharply during the pandemic, electricity demand recovered strongly in 2021-22 but struggled in 2023 as mild weather (Exhibit 4). Despite the short-term hiccup, several structural shifts in the US economy should propel demand higher into the end of the decade.

  Exhibit 3:  US electricity consumption

After remaining nearly flat for more than a decade, US power demand is starting to show signs of regaining its upward momentum

Exhibit 3: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: EIA

BofA GLOBAL RESEARCH

 

 

  Exhibit 4:  Cumulative US net power demand growth by sector

After declining sharply in 2019-20, electricity demand recovered strongly in 2021-22, but struggled in 2023 on mild weather

Exhibit 4: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: EIA

BofA GLOBAL RESEARCH

 

…and demand growth has occurred on a weather adjusted basis

Electricity demand, like thermal fuel consumption, is influenced by the weather. Warmer weather during summer months typically leads to higher AC usage and thus power demand. Similarly, during winter, electricity loads are rise as temperatures get colder and electric heating ramps up (Exhibit 5). This relationship should increase as more US building use electric heat and heat pumps, a shift that is being encouraged through federal, state, and local policies and subsidies. Although actual loads decreased YoY in 2023, weather adjusted loads have continued to increase YoY. Within the power stack, weather adjusted power sector gas burns have shown an even more pronounced increase YoY (Exhibit 6), which likely reflects coal retirements and the rapid deployment characteristics of combined cycle gas plants to supplement intermittent renewables generation (see Solar shines bright and More wind power won't be a breeze).

  Exhibit 5:  US electricity generation and temperatures

Although actual loads decreased YoY in 2023, weather adjusted loads have continued to increase

Exhibit 5: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: Bloomberg, BofA Global Research

BofA GLOBAL RESEARCH

 

 

  Exhibit 6:  US natural gas power burns and temperatures

Within the power stack, weather adjusted power sector gas burns have shown an even more pronounced increase YoY

Exhibit 6: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: Bloomberg, BofA Global Research

BofA GLOBAL RESEARCH

 

Several sectors should drive electricity demand growth into 2030

Policy changes and technological innovation have set the stage for strong US electricity consumption growth over the medium term. The IRA, the CHIPS and Science Act, rising fuel efficiency standards, and other dynamics are driving a massive increase in US industrial and manufacturing investment. Furthermore, the AI revolution is spurring organic investment in data centers, semiconductors, and other technology subsectors. Data center electricity demand growth dominates the landscape through 2030 and could add as much as 25GW or 220TWh of incremental power demand over the next seven years (Exhibit 7). Electrification of the vehicle fleet should also contribute more than 15GW or 130TWh through charging and from electricity used to produce new EV batteries. Other areas of the economy should also support power demand growth. In total, we think electricity consumption could rise as much as 70GW (~610TWh) through 2030, or a 2.1% CAGR (Exhibit 8).

  Exhibit 7:  Select sources of US electricity demand growth

Data centers should dominate electricity demand growth over the medium term

Exhibit 7: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: EIA, Platts, BNEF, BofA Global Research estimates

BofA GLOBAL RESEARCH

 

 

  Exhibit 8:  US electricity consumption forecast

We anticipate electricity consumption growth to increase at a 2.1% CAGR through 2030, driven by commercial users

Exhibit 8: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: EIA, Platts, BNEF, BofA Global Research estimates

BofA GLOBAL RESEARCH

 

AI catapulted data centers to the forefront of power demand growth…

Five years ago, data center power demand appeared to be a growing, yet predictable source of power demand. However, advances in Artificial Intelligence and the rapid increase in power usage to train and deploy those systems caught grid operators off guard. Indeed, load growth estimates have increased substantially across nearly every ISO. PJM's Dominion zone, which includes Loudoun County, the most concentrated data center hub in the world, has seen 10-year average load growth estimates rise from 0.5% in 2020 to 5.5% in 2023 (Exhibit 9). AI data center demand has sprouted up almost overnight and some are projecting a 4x increase in AI data center power demand at hyperscaler facilities by 2030 (Exhibit 10).

  Exhibit 9:  PJM DOM Zone summer peak annual load growth (10yr avg)

PJM's Dominion zone, which includes Loudoun County, has seen 10-year average load growth estimates rise from 0.5% in 2020 to 5.5% in 2023

Exhibit 9: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: Dominion Energy

BofA GLOBAL RESEARCH

 

 

  Exhibit 10:  US hyperscaler workloads by type

AI data center demand sprouted up almost overnight and some project a 4x rise in AI data center power demand at hyperscaler facilities by 2030

Exhibit 10: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: McKinsey datacenter demand model

BofA GLOBAL RESEARCH

 

…and growth is expected to continue at a rapid pace into the 2030s

Data center power demand estimates put forth by consultants and industry participants point to global data center power demand nearing 60GW in 2023 or about 1-2% of global electricity demand. By 2028, one industry participant suggests data centers will require an additional 36GW or 62% growth (Exhibit 11). The subset serving AI is expected to rise even faster, growing nearly 300% over the same timeframe. Meanwhile, our equity research colleagues project very robust growth in AI server unit sales through 2027 (see Artificial Intelligence set be a key driver for server market growth) (Exhibit 12).

  Exhibit 11:  Global data center power usage by application

By 2028, data centers are expected to demand an additional 36GW or 62% growth globally, with AI demand rising nearly 300%

Exhibit 11: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: Schneider Electric The AI Disruption: Challenges and Guidance for Data Center Design

BofA GLOBAL RESEARCH

 

 

  Exhibit 12:  Global server unit sales

AI server sales are expected to increase rapidly into the latter half of the decade

Exhibit 12: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: BofA Global Research estimates

BofA GLOBAL RESEARCH

 

Yet, there is uncertainty around the evolution of AI power demand…

Different stages of the AI development process require substantially different amounts of energy, with training being the most energy intensive stage by a large margin (Exhibit 13). Once an AI model is trained and deployed, the energy cost of each inference, or using the model to make predictions or draw conclusions, is quite small. For many AI models, it takes millions of inferences to use the same amount of power as it takes to train the AI model. Some have argued that once all AI models are trained, energy use from the sector could fall dramatically. In theory, this may be true, but AI sector appears to still be in the early stages of development, with significant growth, and thus training, ahead. Furthermore, like software or any other type of technology, new versions of specific AI programs will likely roll out in the future, weakening the validity of that argument. AI is also expanding into different use cases, some of which are significantly more energy intensive than others. For example, image generation inferences use substantially more energy than image classification inferences (Exhibit 14). Myriad use cases and the rapid development of AI technology make it incredibly difficult to predict the pace of AI energy demand growth.

  Exhibit 13:  Estimates for training, finetuning, and inference costs and energy cost parity (inference and finetuning energy/inference energy)

Different stages of the AI development process require substantially different amounts of energy, with training being the most energy intensive

Exhibit 13: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: Power Hungry Processing: Watts Driving the Cost of AI Development. Luccioni Et al 2023

BofA GLOBAL RESEARCH

 

 

  Exhibit 14:  Estimates for energy use per 1,000 queries (mean and standard deviation)

There are myriad use cases for AI, with each type requiring different amounts of energy

Exhibit 14: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: Power Hungry Processing: Watts Driving the Cost of AI Development. Luccioni Et al 2023

BofA GLOBAL RESEARCH

 

…and the location of new AI demand relative to surplus power supply

Power could eventually become a constraining factor in AI development. In fact, the concentration of data centers in Loudoun County has created challenges for the utility there (Exhibit 15), leading to delays as power generation is unable to keep pace with demand. The simple solution would be to spread out into other areas, but proximity and latency are important for many data center operators and contributed to the existing concentration in Loudoun County. Given the energy intensive nature of AI data centers, it would seem logical to establish new hubs in areas where low or negative electricity prices occur (Exhibit 16), but many of those pricing nodes don't have enough power to meet new data center needs. Instead, other new hubs are sprouting up in places like Columbus, Ohio, and some data centers are bringing power plants behind the meter to bypass grid connection issues.

  Exhibit 15:  Estimated data center demand in MW by location (2023)

The concentration of data centers in Loudoun County has created challenges for the utility there

Exhibit 15: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: Cushman Wakefield, BofA Global Research

BofA GLOBAL RESEARCH

 

 

  Exhibit 16:  Frequency of negative locational marginal prices for power across seven US wholesale markets

Some hyperscalers are eyeing new locations in middle America, where power prices may be more advantageous

Exhibit 16: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: Berkeley National Laboratory

BofA GLOBAL RESEARCH

 

AI demand could add 25GW of US load by 2030, but growth highly uncertain

We see US data center power demand rising steadily at a pace near 12% annually from an estimated base of 21GW (184TWh) in 2023, with incremental electricity consumption eventually hitting 25GW (~220TWh) by the end of the decade (Exhibit 17). In an unconstrained world, a faster pace of growth might occur, but the more likely outcome in our view is that logistical constraints lead to slower growth. Over the medium term, the industry seems likely to shift more toward hyperscaler AI data center ownership than enterprise ownership (Exhibit 18).

  Exhibit 17:  Cumulative growth in US data center power demand

We see US AI data center power demand rising steadily at a pace near 12% annually, with incremental electricity consumption eventually hitting 25GW by the end of the decade

Exhibit 17: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: BofA Global Research estimates

BofA GLOBAL RESEARCH

 

 

  Exhibit 18:  US data center demand by ownership

Over the medium term, the industry seems likely to shift more toward hyperscaler AI data center ownership than enterprise ownership

Exhibit 18: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: McKinsey datacenter demand model

BofA GLOBAL RESEARCH

 

Electric vehicles are another source of load growth in the US…

Electrification of the US vehicle fleet is another source of incremental power demand over the medium term. The pace of EV adoption varies widely by state, with California and New York leading the way and other states, especially in the middle of the country, lagging behind. Infrastructure and range anxiety are two key factors behind the uneven adoption, yet the pace of EV sales remains on a strong upward trajectory (Exhibit 19). US EV sales have grown from about 325k units in 2020 to nearly 1.5mn units in 2023, and current estimates of US light duty electric vehicle power demand are estimated to have risen to nearly 1.6GW last year (Exhibit 20).

  Exhibit 19:  US EV sales

US EV sales have grown from about 325k units in 2020 to nearly 1.5mn units in 2023…

Exhibit 19: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: BNEF

BofA GLOBAL RESEARCH

 

 

  Exhibit 20:  US EV electricity demand

…and US light duty electric vehicle power demand is estimated to have risen to nearly 1.6GW last year

Exhibit 20: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: Platts, Woodmac, BNEF, BofA Global Research estimates

BofA GLOBAL RESEARCH

 

…but adoption rates and technology improvements are highly uncertain…

While total US EV unit sales have continued on a strong upward trajectory, the rate of EV penetration, as measured by % of total sales, appears to have slowed recently, while adoption in China continues to push higher (Exhibit 21). Policy, protectionism (especially in the US and Europe), consumer behavior, and concerns about the auto industry's ability to meet future EV demand growth make it difficult to forecast EV sales, which is reflected in the dramatic changes in the IEA's EV sales penetration in recent years (Exhibit 22). According to its latest STEPS scenario, global EV sales penetration should reach roughly 35% by 2030, similar to our in-house estimates for US uptake.

  Exhibit 21:  EV share of new passenger vehicles sales

While total US EV unit sales have maintained a strong upward trajectory, the rate of EV penetration, as measured by % of total sales, slowed recently

Exhibit 21: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: BNEF

BofA GLOBAL RESEARCH

 

 

  Exhibit 22:  2030 Global EV sales penetration estimates under the IEA's STEPS scenario

Changes in policy, supply chain constraints, and consumer preferences create uncertainty around EV sales penetration rates

Exhibit 22: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: IEA Global EV Outlook 2021, IEA Global EV Outlook 2022, IEA Global EV Outlook 2023 - STEPS

BofA GLOBAL RESEARCH

 

…and could lead to substantially different paths for peak and average loads

Forecasting the impact of US EV sales on power generation is inherently challenging and depends on myriad factors. Nonetheless, we assume the LDV EV fleet tops 26 million vehicles by 2030, should lead to EV electricity demand topping 9GW (Exhibit 23). That said, the pace of sales is highly uncertain. Moreover, studies have shown that EV owners typically put fewer miles on those cars the ICE vehicles. It maybe that future EVs log more mileage because battery technology and charging infrastructure improves, which means more electricity used per EV. This, along with the size of the EV fleet, will not only influence the total amount of electricity consumed by EVs, but also the impact of EV charging patterns on intraday electricity demand (Exhibit 24).

  Exhibit 23:  US EV LDV fleet and estimated energy demand

In our base case, we assume the US LDV EV fleet tops 26 million vehicles by 2030, should lead to LDV EV electricity demand topping 9GW

Exhibit 23: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: BofA Global Research estimates

BofA GLOBAL RESEARCH

 

 

  Exhibit 24:  Average forecasted hourly light EV demand addition to CA demand by year

The size of the EV fleet and average mileage traveled impact of EV charging patterns on intraday electricity demand

Exhibit 24: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: California Energy Commission

BofA GLOBAL RESEARCH

 

Medium and heavy-duty EV uptake is slower but additive

In addition to LDVs, the US grid will also have to contend with rising electricity demand from medium and heavy-duty vehicles too. The pace of adoption of these vehicles trails considerably behind LDVs (Exhibit 25), but sales are rising at a rapid pace. The difference between commercial vehicles and passenger vehicles is the mileage they incur daily is typically higher and vehicle weight can be much greater (Exhibit 26), meaning more electricity demand per vehicle, all else equal. Admittedly, EV technology is not sufficiently advanced for the displacement of ICE tractor trailers with EVs, but EV delivery vehicles are proliferating.

  Exhibit 25:  Historical sales share for combined electric and fuel cell LCV and MHCV

The pace of medium and heavy-duty EV adoption lags considerably behind light duty vehicles

Exhibit 25: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: BNEF

BofA GLOBAL RESEARCH

 

 

  Exhibit 26:  Daily distance distribution for tractors and delivery trucks in the US

Commercial vehicles likely incur higher daily mileage than the typical passenger vehicle

Exhibit 26: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: BNEF

BofA GLOBAL RESEARCH

 

Building electrification is also a source of load growth…

Another source of electricity demand growth over the medium term is the US building stock, which is primarily comprised of housing and commercial buildings. The Biden administration has set ambitious goals to decarbonize this sector, but EIA data reflecting these efforts takes several years to produce. Census data, which reflects new construction, does show a small increase in homes with electric heating (Exhibit 27) in 2021-22, which mostly occurred before the IRA was passed. Delayed data from the EIA reflecting homes with heat pumps was also rising even before IRA subsidies kicked in (Exhibit 28), which suggests heat pump adoption will likely accelerate.

  Exhibit 27:  Type of Heating Fuel Used in New Single-Family Houses Completed

Census data, which reflects new construction, does show a small increase in homes with electric heating in 2021-22, which preceded the IRA

Exhibit 27: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: US Census

BofA GLOBAL RESEARCH

 

 

  Exhibit 28:  Annual share of US housing units with central A/C or heat pumps

EIA data shows that homes with heat pumps was also rising before IRA subsidies kicked in, so heat pump adoption likely accelerated in 2022-23

Exhibit 28: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: EIA

BofA GLOBAL RESEARCH

 

…but efficiency improvements should limit load gains…

Monthly retail sales of electricity to residential consumers grew 11TWh between 2015 and 2022 or roughly 7% (Exhibit 29), far outpacing the other electricity growth gains. In Texas monthly retail sales grew 17% between 2015 and 2022. Idaho, Montana, and New Mexico each grew over 20%. These gains however mask declines at a household level. Between 2015 and 2022 average monthly retail consumption of electricity declined marginally (Exhibit 30). In California they fell roughly 4% as more efficient technology entered homes. The gains in overall residential electricity consumption instead came from an expanding population and number of households as Millennials reached early adulthood. As the next, smaller, generation becomes homeowners, these year-on-year gains could be tempered.

  Exhibit 29:  Implied total retail consumption indexed to 2015

Monthly retail sales of electricity to residential consumers grew 11TWh between 2015 and 2022 or roughly 7%

Exhibit 29: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: EIA, BofA Global Research

BofA GLOBAL RESEARCH

 

 

  Exhibit 30:  Average monthly retail consumption per household indexed to 2015

These gains however mask household consumption levels, which declined marginally between 2015 and 2022

Exhibit 30: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: EIA

BofA GLOBAL RESEARCH

 

…and there is a long way to go, especially for heating and cooling

Energy use in residential and commercial buildings comes primarily from electricity, but there is still significant room for displacement of heating fuels (Exhibit 31). In residential buildings, nearly 46% of energy use came from gas, oil, propane, or other sources, and these sources account for 40% of commercial buildings in recent years. Among commercial sector, the largest area for improvement comes from larger buildings. Indeed, more than 60% of commercial buildings larger than 10,000sq feet in size use natural gas (Exhibit 32), so the opportunity set is large. However, the efficiency of natural gas heating is difficult to compete with, so electricity may not be an economic alternative, especially for buildings that are larger or in more extreme climates.

  Exhibit 31:  Energy use by source and building type

Energy use in residential and commercial buildings comes primarily from electricity, but there is still significant room for displacement of heating fuels

Exhibit 31: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: EIA

BofA GLOBAL RESEARCH

 

 

  Exhibit 32:  % of commercial buildings with natural gas energy by footprint

Natural gas is the preferred source of heat in larger buildings and works better in more extreme climates

Exhibit 32: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: EIA

BofA GLOBAL RESEARCH

 

Battery plants could add more than 3.5GW of demand by 2027

Plants needed to produce EV batteries for the energy transition also require a substantial amount of power. In the US, our equity research team is tracking battery plants that are scheduled to enter service before 2028 (Exhibit 33) (See Megaprojects: detailed scope and timelines; some delays but still coming). US plants expected online during 2024-27 are expected to be able to produce upwards of 620GWh of batteries, which could add up to more than 3.5GW of electricity demand from the factories (Exhibit 34). New greenfield projects or brownfield expansions could add to this power demand by the end of the decade too.

  Exhibit 33:  US battery plant capacity by completion year

US EV battery plants currently under construction are expected to be able to produce more than 600GWh of batteries…

Exhibit 33: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: Company reports, BofA Global Research estimates

BofA GLOBAL RESEARCH

 

 

  Exhibit 34:  Potential US battery plant power demand

…which could add up to more than 3.5GW of electricity demand from the factories by 2027

Exhibit 34: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: Argonne National Laboratory, BofA Global Research estimates

BofA GLOBAL RESEARCH

 

Semiconductor plants and hydrogen contribute to growth

The CHIPS Act and a new wave of demand from the AI industry led to a flurry of US semiconductor plants being announced in recent years (Exhibit 35). Admittedly, these plants have faced delays and uncertainty regarding subsidies, but several should be commissioned before the end of the decade. Semiconductor production is an energy and water intensive process and requires coordination with utilities to ensure the plants receive adequate resources for operation. In total, new build semiconductor plant electricity demand should exceed 2GW before the end of the decade.

  Exhibit 35:  Semiconductor facilities

New build semiconductor plant electricity demand should exceed 2GW before the end of the decade

For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Company

Location

Target Nodes

Intel

Chandler, AZ

Intel 18A, 20A

Intel

Rio Rancho, NM

EMIB, Foveros

Intel

Columbus, OH

Intel 18A, 20A

Micron

Clay, NY

Memory/DRAM

Micron

near Boise, Idaho

Memory/DRAM

Samsung

Taylor, TX

4nm chips

Texas Instruments

Sherman, TX

300-mm analog wafer

Texas Instruments

Lehi, Utah

300-mm semiconductor wafer fab

TSMC

Phoenix, AZ

4nm chips

TSMC

Phoenix, AZ

3nm chips

Source: Company Reports, BofA Global Research

BofA GLOBAL RESEARCH

 

 

 

The US grid could be squeezed if 70GW of demand growth is realized

Grid stability concerns have been rising due to accelerating renewable capacity growth and more than 100GW of coal plant retirements in the past decade. New gas fired capacity concealed these shifts, but the pace of gas additions is slowing just as renewable capacity additions and power demand accelerate. Through 2030, another +50GW of coal could be retired, while gas additions remain below 10GW. Meanwhile, wind and solar should add 100GW and 240GW respectively, contributing to net capacity growth of about 290GW (Exhibit 36). However, after adjusting for intermittent capacity factors, potential incremental deliverable power looks closer to 55-60GWa (Exhibit 37), and new behind the meter solar could deliver an another 15GWa or 130TWh. With power demand expected to rise about 70GW or ~610TWh through 2030, grid stability could be tested regionally, and the call on thermal power may be insatiable at times.

  Exhibit 36:  Cumulative growth in US power generation capacity

Wind and solar should add 100GW and 240GW respectively, contributing to net capacity growth of about 290GW

Exhibit 36: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Source: EIA, BNEF, Platts, BofA Global Research estimates

BofA GLOBAL RESEARCH

 

 

  Exhibit 37:  Estimated net change in US deliverable power based on estimated capacity additions and closures

After adjusting for renewables intermittency, potential incremental deliverable power looks closer to 55-60GWa

Exhibit 37: For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

Note: assumes gas, coal, and oil can be run at 80% utilization, and the following capacity factors: onshore wind - 36%, offshore wind - 41%, utility solar - 25%. Source: EIA, BNEF, Platts, BofA Global Research estimates

BofA GLOBAL RESEARCH

 

 

Exhibit 38: Acronym list

----

For an accessible version Merrill clients call 800-637-7455; Merrill Edge Self-Directed clients call 877-653-4732

 Acronym

Definition

 $/bbl

dollars per barrel

2H

Second half of the year

avg

average

bn

billion

boe

barrel of oil equivalent

Btu

British thermal unit

CB

central bank

CPI

consumer price index

D&C

Drilling and completion

DM

developed market

E&P

Exploration and production

ECB

European Central Bank

EM

European market

EM

emerging market

ETS

Emissions Trading System

EUAs

European Union Allowances

EUR

Euro

EV

electric vehicle

FID

Final Investment Decision

FOB

Free on Board

FPSO

Floating production storage and offloading

GoM

Gulf of Mexico

GWh

gigawatt hours

Hz

Horizonntal

IEA

International Energy Agency

IMO

International Maritime Organization

JKM

Japan Korea Marker

JPY

Japanese Yen

kWh

kilowatt hours

LDV

Light duty vehicle

LNG

liquified natural gas

MA

moving average

mcm

million cubic meters

ME

Middle East

Mfg

manufacturing

MHDV

Medium and heavy duty vehicles

MMBtu

million British thermal units

mn

million

mt

metric ton

MWh

Megawatt hours

NBS

National Bureau of Statistics of China

NEV

New Electric Vehicle

ngl

natural gas liquids

NWE

North west Europe

OECD

Organisation for Economic Co-operation and Development

OPEC

Organization of the Petroleum Exporting Countries

OPEC+

OPEC countries plus ten additional countries

PMI

purchasing managers index

rhs

righthand side

SPR

Strategic Petroleum Reserve

TMX

Trans Mountain Expansion

TTF

Dutch TTF

TWh

terawatt hours

VLSFO

very low sulfur fuel oil

WCS

Western Canadian Select

WTI

West Texas Intermediate

YoY

year over year

yr

year

Source: BofA Global Research

BofA GLOBAL RESEARCH

 

 

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