Electric Vehicles in Power - Strategic Intelligence
Description
Strategic Intelligence: Energy Transition in Oil and Gas
Summary
Energy transition expectations collide with harsh realities. Despite recurring climate-related catastrophes and consistent calls for emission reductions, the pace of the global energy transition is faltering. According to the International Energy Agency (IEA), energy-related CO₂ emissions hit a record 37.8 gigatonnes in 2024, marking more than a six-fold increase since 1950 and reflecting the ongoing dominance of fossil fuels in the world’s energy mix. Major oil and gas companies continue to face public and regulatory pressure to embrace lower-carbon business models. Yet, while many firms have pledged net-zero ambitions for 2050, and set interim targets for 2030, plans remain heavily contingent on market and policy conditions that have proven more volatile than anticipated.
Scope
Summary
Energy transition expectations collide with harsh realities. Despite recurring climate-related catastrophes and consistent calls for emission reductions, the pace of the global energy transition is faltering. According to the International Energy Agency (IEA), energy-related CO₂ emissions hit a record 37.8 gigatonnes in 2024, marking more than a six-fold increase since 1950 and reflecting the ongoing dominance of fossil fuels in the world’s energy mix. Major oil and gas companies continue to face public and regulatory pressure to embrace lower-carbon business models. Yet, while many firms have pledged net-zero ambitions for 2050, and set interim targets for 2030, plans remain heavily contingent on market and policy conditions that have proven more volatile than anticipated.
Scope
- This report highlights the Energy transition related developments for oil and gas industry.
- It discusses the various avenues available for oil and gas industry to adopt energy transition strategies.
- It analyses the scope for energy transition within the oil and gas value chain and identifies key players across the value chain.
- The report provides an overview of the competitive positions held by oil and gas companies, and equipment and services companies in the energy transition theme.
- To understand GlobalData’s Energy Transition Framework.
- Identify recent industry, technology, and regulatory, trends in the energy transition theme.
- Identify energy transition opportunities and challenges within oil and gas value chain.
- Identify and benchmark key oil and gas companies and their role in the energy transition theme.
- Identify and benchmark key oilfield and services companies participating in the energy transition market.
Table of Contents
88 Pages
- Executive Summary
- Players
- Technology Briefing
- Lithium-ion continues to dominate battery technology for BEVs
- Alternatives to lithium
- Solid-state
- Fuel cells
- Charging solutions
- Trends
- Power trends
- Technology trends
- Macroeconomic trends
- Regulatory trends
- Industry Analysis
- Market size and growth forecast
- Global EV output surges amid rising demand
- Tesla remains a key BEV producer despite growth from legacy OEMs
- The dynamics of raw materials
- Competitive analysis
- BMW
- BYD
- Geely
- General Motors
- Great Wall Motors
- Hyundai
- Mercedez-Benz
- Stellantis
- Tesla
- Toyota
- Regional analysis
- Europe
- North America
- South America
- Asia Pacific
- Global EV charging infrastructure forecast
- Regional BEV and batteries outlook
- Dynamics between electric vehicles and the power grid
- The impact of EVs on the power grid
- DSO’s role in EV integration
- Vehicle-to-grid will power the future of energy
- Use cases
- Duke Energy’s fleet mobility microgrid
- E.ON’s ultra-rapid charging expansion
- ENGIE Vianeo’s smart EV charging stations
- EnBW battery swap station
- Iberdrola’s 5.6MW EV charging station
- SSE’s ultra-rapid EV charging hub
- Vattenfall’s Incharge
- Timeline
- Signals
- M&A trends
- Venture financing trends
- Patent trends
- Value Chain
- Batteries
- Battery raw materials
- Battery components
- Battery cells
- Semiconductors
- Auto components
- Electric drivetrains
- Tier-1 auto component suppliers
- Assembly
- Charging
- Companies
- Power companies
- Sector Scorecards
- Power sector scorecard
- Who’s who
- Thematic screen
- Valuation screen
- Risk screen
- Glossary
- Further Reading
- GlobalData reports
- Our Thematic Research Methodology
- Report Authors
- About GlobalData
- Contact Us
- List of Tables
- Table 1: Power trends
- Table 2: Technology trends
- Table 3: Macroeconomic trends
- Table 4: Regulatory trends
- Table 5: Vehicle-to-grid will power the future of energy
- Table 6: M&A trends
- Table 7: Power companies
- Table 8: Glossary
- Table 9: GlobalData reports
- Table 10: Report Authors:
- List of Figures
- Figure 1: Who are the leading players in the electric vehicle theme, and where do they sit in the value chain?
- Figure 2: The different types of xEVs on the market
- Figure 3: EV powertrains as a proportion of all new powertrains 2020–2032
- Figure 4: BEV sales share by largest OEMs 2024 vs 2030
- Figure 5: Lithium production by country 2015–2030
- Figure 6: BYD vs the largest OEMs xEV sales, 2024
- Figure 7: Regional BEV sales, 2024
- Figure 8: EV charging infrastructure forecast (million units), 2020 ‒ 2030
- Figure 9: Global light vehicle BEV production forecast, 2022 ‒ 2032
- Figure 10: Global BEV battery demand, 2022 ‒ 2032
- Figure 11: A commercial vehicle being charged
- Figure 12: EV charging station
- Figure 13: ENGIE Vianeo EV smart charging station
- Figure 14: A pictorial view of a battery swap station
- Figure 15: An EV being charged
- Figure 16: An EV at the charging station
- Figure 17: EV charging service
- Figure 18: The electric vehicles story
- Figure 19: Electric vehicle deal trends have been fluctuating
- Figure 20: Region-wise electric vehicle deals and related themes overview
- Figure 21: Patent activity in electric vehicles
- Figure 22: Electric vehicle activities will continue to increase in the power industry
- Figure 23: The electric vehicle value chain
- Figure 24: The electric vehicle value chain – batteries - Battery raw materials: leaders and disruptors
- Figure 25: The electric vehicle value chain – batteries - Battery components: leaders and disruptors
- Figure 26: The electric vehicle value chain – batteries - Battery cells: leaders and disruptors
- Figure 27: The electric vehicle value chain – semiconductors - Auto semiconductors: leaders and disruptors
- Figure 28: The electric vehicle value chain ‒ auto components - Electric drivetrains: leaders and disruptors
- Figure 29: The electric vehicle value chain ‒ auto components - Tier-1 auto components: leaders and disruptors
- Figure 30: The electric vehicle value chain ‒ assembly
- Figure 31: The electric vehicle value chain ‒ charging - EV charging stations: leaders and disruptors
- Figure 32: The electric vehicle value chain ‒ charging - EV charging equipment: leaders and disruptors
- Figure 33: Who does what in the power space?
- Figure 34: Thematic screen
- Figure 35: Valuation screen
- Figure 36: Risk screen
- Figure 37: Our approach to identifying the companies most likely to succeed in a sector over the next five years
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