ExxonMobil’s Competitive Response to Renewable Energy Subsidies versus BP’s Embrace

Abstract

This research paper examines the contrasting strategic approaches of ExxonMobil and BP toward renewable energy subsidies, analyzing how these two major international oil companies have responded to governmental incentives designed to accelerate the energy transition. While BP initially embraced renewable energy subsidies as a catalyst for transformation into an integrated energy company, ExxonMobil has maintained a more conservative competitive response, focusing on leveraging subsidies for carbon capture utilization and storage (CCUS) technologies rather than renewable energy generation. The paper explores the strategic implications of these divergent approaches, examining how each company’s response to renewable energy subsidies reflects broader corporate strategies, risk management philosophies, and competitive positioning in the evolving global energy landscape. Recent developments, including BP’s strategic retreat from renewable energy goals and ExxonMobil’s continued emphasis on low-carbon solutions dependent on policy support, provide critical insights into the effectiveness and sustainability of different approaches to renewable energy subsidies.

Keywords: renewable energy subsidies, ExxonMobil, BP, energy transition, competitive strategy, carbon capture, corporate strategy, fossil fuels, clean energy investment

Introduction

The global energy landscape has undergone significant transformation in recent decades, driven by climate change concerns, technological advancement, and substantial government subsidies supporting renewable energy development. Within this evolving context, major international oil companies (IOCs) have adopted markedly different strategic responses to renewable energy subsidies, reflecting varying corporate philosophies, risk tolerances, and competitive positioning strategies. The contrasting approaches of ExxonMobil and BP toward renewable energy subsidies represent two fundamentally different paradigms for navigating the energy transition while maintaining competitive advantage and shareholder value.

ExxonMobil’s competitive response to renewable energy subsidies has been characterized by cautious engagement, strategic skepticism, and focused investment in technologies that leverage the company’s existing capabilities and infrastructure. Rather than pursuing aggressive renewable energy expansion, ExxonMobil has concentrated on carbon capture, utilization, and storage (CCUS) technologies, hydrogen production, and other low-carbon solutions that complement its traditional hydrocarbon expertise. This approach reflects the company’s belief that renewable energy subsidies create market distortions that may not represent sustainable long-term investment opportunities.

In contrast, BP’s embrace of renewable energy subsidies represented a fundamental strategic pivot toward becoming an integrated energy company, characterized by ambitious renewable energy targets, substantial investments in wind and solar projects, and a comprehensive strategy to leverage government incentives for portfolio transformation. However, recent strategic reversals, including the abandonment of renewable energy goals and renewed focus on fossil fuel operations, raise important questions about the sustainability and effectiveness of subsidy-dependent renewable energy strategies.

This research paper analyzes the strategic implications of these divergent approaches, examining how each company’s response to renewable energy subsidies reflects broader competitive strategies, risk management philosophies, and positioning for long-term sustainability in the global energy market. The analysis considers the financial, operational, and strategic consequences of these different approaches, providing insights into the complex dynamics between government policy, corporate strategy, and competitive positioning in the energy sector.

Literature Review and Theoretical Framework

The theoretical foundation for understanding corporate responses to renewable energy subsidies draws from multiple academic disciplines, including strategic management, industrial organization, and public policy analysis. Porter’s (1980) competitive strategy framework provides a foundational lens for analyzing how companies respond to environmental changes and government interventions that alter competitive dynamics within industries. The concept of strategic positioning becomes particularly relevant when examining how companies leverage or resist government subsidies to maintain competitive advantage.

Resource-based view (RBV) theory, as developed by Barney (1991), offers insights into how companies evaluate renewable energy subsidies relative to their existing capabilities and resources. Companies with strong hydrocarbon exploration and production capabilities may view renewable energy subsidies as opportunities that require development of entirely new resource bases, while those with relevant technological capabilities may see subsidies as catalysts for leveraging existing strengths in new markets.

The concept of path dependence, introduced by David (1985) and further developed by Arthur (1989), provides important insights into how historical investments and strategic commitments influence corporate responses to new opportunities. Major oil companies have substantial sunk costs in hydrocarbon infrastructure, expertise, and market relationships that may influence their evaluation of renewable energy subsidies and willingness to pursue transformation strategies.

Government intervention theory, particularly the work of Stiglitz (2000) on market failures and policy responses, provides context for understanding why renewable energy subsidies exist and how they are designed to address market failures related to environmental externalities and technology development. The effectiveness of subsidies in achieving policy objectives depends significantly on how market participants respond to these incentives, making corporate strategy analysis crucial for policy evaluation.

Recent academic research has examined the mixed results of renewable energy subsidies, with studies showing both successful technology deployment and concerns about market distortions and subsidy dependence. Borenstein (2012) analyzed the efficiency of renewable energy subsidies, finding that while subsidies can accelerate technology deployment, they may also create inefficiencies and unsustainable business models that collapse when subsidies are removed.

The concept of strategic flexibility, developed by Sanchez (1995), becomes relevant when examining how companies position themselves to respond to policy changes and market evolution. Companies that maintain strategic flexibility can adapt more effectively to changing subsidy regimes and market conditions, while those that become dependent on specific policy frameworks may face greater risks from policy changes.

ExxonMobil’s Strategic Response Framework

ExxonMobil’s approach to renewable energy subsidies reflects a comprehensive strategic framework that prioritizes long-term sustainability over short-term opportunity capture. The company’s response has been characterized by selective engagement with subsidies that align with its core competencies and skepticism toward market segments that appear primarily dependent on government support for viability.

The company’s strategic framework emphasizes what it terms “advantaged investment opportunities” that leverage ExxonMobil’s existing technological capabilities, operational expertise, and market positioning. Rather than pursuing renewable energy generation projects that would require development of entirely new capabilities, ExxonMobil has focused on carbon capture, utilization, and storage (CCUS) technologies, hydrogen production, and advanced biofuels that build upon the company’s chemical engineering expertise and industrial infrastructure.

ExxonMobil’s Low Carbon Solutions business unit represents the company’s primary vehicle for engaging with renewable energy subsidies and clean energy incentives. The company expects its Low Carbon Solutions business to grow earnings contributions by $2 billion in 2030 versus 2024, with supportive policy being a key enabling factor. This strategic approach demonstrates ExxonMobil’s recognition that government subsidies can create viable business opportunities while maintaining focus on technologies where the company can develop sustainable competitive advantages.

The company’s competitive response to renewable energy subsidies also reflects concerns about market distortions and subsidy dependence. ExxonMobil CEO Darren Woods has acknowledged that the company’s low-carbon technology initiatives rely on subsidies provided by government programs, but the company has positioned these investments as part of a broader portfolio approach rather than a fundamental business transformation.

ExxonMobil’s approach to renewable energy subsidies emphasizes the importance of technology development and scale-up rather than immediate commercial deployment. The company has invested heavily in research and development of CCUS technologies, advanced materials, and process improvements that could benefit from government incentives while developing proprietary technologies that provide long-term competitive advantages.

The company’s strategic framework also incorporates risk management considerations related to policy uncertainty and subsidy volatility. ExxonMobil executives have emphasized the need for clear rules on energy subsidies to drive the rapid, large-scale investments needed to address climate change, highlighting the company’s concern that policy uncertainty could undermine the effectiveness of subsidy programs and create investment risks.

BP’s Embrace Strategy and Implementation

BP’s embrace of renewable energy subsidies represented one of the most ambitious transformation strategies undertaken by a major international oil company, reflecting former CEO Bernard Looney’s vision of transforming BP from an international oil company into an integrated energy company. This strategic approach involved comprehensive utilization of renewable energy subsidies to fund massive expansion in wind, solar, and other renewable energy technologies.

The company’s renewable energy strategy was built around leveraging government subsidies and incentives to achieve rapid scale in renewable energy generation. BP set ambitious targets including increasing renewable energy generation capacity twenty-fold by 2030, reducing oil and gas production by 40%, and achieving net-zero emissions by 2050. These targets were explicitly designed to capitalize on the substantial government subsidies available for renewable energy development while positioning BP as a leader in the energy transition.

BP’s implementation of its renewable energy embrace strategy involved substantial acquisitions and investments in renewable energy assets. The company completed its acquisition of the remaining 50.03% interest in Lightsource bp in October 2024, making it one of the world’s leading developers and operators of utility-scale solar and battery storage assets. This acquisition strategy demonstrated BP’s commitment to building renewable energy capabilities through external acquisition rather than internal development.

The company’s renewable energy portfolio development was heavily dependent on government subsidies and incentives. BP structured its renewable energy investments to maximize capture of production tax credits, investment tax credits, and other government incentives available in key markets. This approach enabled rapid deployment of renewable energy capacity but also created significant exposure to policy changes and subsidy reductions.

BP’s offshore wind development strategy represented a particularly significant commitment to renewable energy subsidies. The company pursued major offshore wind projects in the United States and United Kingdom, markets with substantial government support for offshore wind development. BP’s renewables pipeline stood at 60.6 gigawatts at the end of 2024, with plans to scale up JERA Nex bp, a planned offshore wind joint venture with JERA.

However, BP’s embrace strategy faced significant challenges related to profitability and investor confidence. The company’s renewable energy investments required substantial capital expenditure while generating lower returns than traditional oil and gas operations. These financial pressures, combined with concerns about subsidy dependence and policy uncertainty, ultimately led to strategic reversals that fundamentally altered BP’s approach to renewable energy.

Comparative Analysis of Strategic Approaches

The contrasting approaches of ExxonMobil and BP toward renewable energy subsidies reflect fundamentally different corporate philosophies about risk management, competitive positioning, and long-term value creation. ExxonMobil’s cautious, selective approach emphasizes building upon existing capabilities and maintaining strategic flexibility, while BP’s embrace strategy represented a more aggressive transformation approach that prioritized market positioning and stakeholder expectations.

ExxonMobil’s competitive response strategy demonstrates several key advantages including lower capital requirements, reduced exposure to policy uncertainty, and better alignment with existing operational capabilities. The company’s focus on CCUS technologies and hydrogen production leverages its chemical engineering expertise and industrial infrastructure while creating opportunities for technology licensing and industrial partnerships. This approach allows ExxonMobil to benefit from renewable energy subsidies without requiring fundamental business model transformation.

BP’s embrace strategy offered different advantages including potential for higher growth, stronger positioning for long-term energy transition, and improved stakeholder relations with environmentally conscious investors and customers. The company’s aggressive renewable energy expansion demonstrated commitment to addressing climate change while potentially creating first-mover advantages in rapidly growing renewable energy markets.

However, the comparative analysis reveals significant challenges with BP’s approach. The company’s renewable energy investments required substantial capital expenditure with uncertain returns, created dependence on government subsidies that could be modified or eliminated, and diverted resources from profitable oil and gas operations. These challenges became particularly acute as renewable energy markets matured and subsidy levels decreased in some jurisdictions.

The recent strategic reversals by BP provide important insights into the sustainability of subsidy-dependent renewable energy strategies. BP’s chief executive announced plans to scrap the target to increase renewable generation 20-fold by 2030, returning focus to fossil fuels, as part of a strategy shift to tackle investor concerns over earnings. This strategic pivot demonstrates the challenges of maintaining renewable energy strategies that depend heavily on government subsidies and external market conditions.

ExxonMobil’s more conservative approach appears to have provided greater strategic stability and financial predictability. The company’s selective engagement with renewable energy subsidies through its Low Carbon Solutions business allows participation in growing clean energy markets while maintaining focus on profitable traditional operations. This balanced approach provides optionality for future expansion while avoiding the risks associated with rapid business model transformation.

Policy Implications and Market Dynamics

The contrasting responses of ExxonMobil and BP to renewable energy subsidies provide important insights into the effectiveness and design of government incentive programs. The mixed results of these different approaches highlight the complexity of using subsidies to drive private sector investment in renewable energy and the importance of considering corporate strategic responses when designing policy interventions.

BP’s initial embrace of renewable energy subsidies demonstrates that substantial government incentives can drive major corporate transformations and accelerate renewable energy deployment. The company’s aggressive investment in renewable energy capacity contributed to market growth and technology development while demonstrating the potential for traditional oil companies to become major renewable energy players. However, the subsequent strategic reversal raises questions about the sustainability of subsidy-dependent strategies and the importance of ensuring that renewable energy investments can generate adequate returns without permanent government support.

ExxonMobil’s more selective approach suggests that targeted subsidies aligned with existing corporate capabilities may be more effective at creating sustainable business models than broad-based incentives that encourage rapid expansion in new markets. The company’s focus on CCUS technologies and hydrogen production leverages existing industrial expertise while addressing specific market failures related to carbon emissions and industrial decarbonization.

Recent data shows that subsidies for wind and solar cost $31.4 billion in 2024 and are expected to cost taxpayers $421 billion more between 2025 and 2034, highlighting the substantial public investment in renewable energy incentives. The effectiveness of these investments depends significantly on how companies respond to the incentives and whether they create sustainable, profitable business models.

The policy implications extend beyond immediate renewable energy deployment to broader questions about industrial policy and corporate strategy. Government subsidies that encourage companies to pursue strategies misaligned with their capabilities or market fundamentals may create inefficient outcomes and unsustainable business models. Conversely, subsidies that leverage existing corporate strengths and capabilities may be more effective at creating lasting transformation.

Market dynamics analysis reveals that renewable energy subsidies create complex competitive effects that extend beyond immediate subsidy recipients. Companies that choose not to pursue aggressive renewable energy strategies may benefit from reduced competition for traditional energy markets while maintaining optionality for future participation in renewable energy markets as they mature.

Financial Performance and Investment Outcomes

The financial performance implications of ExxonMobil’s and BP’s different approaches to renewable energy subsidies provide critical insights into the relationship between corporate strategy and shareholder value creation. ExxonMobil’s selective approach to renewable energy subsidies has generally supported more stable financial performance and predictable returns, while BP’s embrace strategy created significant volatility and investor uncertainty.

ExxonMobil reported fourth-quarter 2024 earnings of $7.6 billion, with full-year 2024 earnings of $33.7 billion, demonstrating strong financial performance from its focused strategy. The company’s approach of leveraging renewable energy subsidies selectively while maintaining core competency focus has supported consistent profitability and strong cash flow generation.

BP’s financial performance during its renewable energy embrace period reflected the challenges of rapid business model transformation and capital-intensive renewable energy investments. The company’s renewable energy investments required substantial capital expenditure while generating lower returns than traditional oil and gas operations, creating pressure on overall profitability and cash flow generation.

The investment outcomes analysis reveals important differences in capital efficiency between the two approaches. ExxonMobil’s selective engagement with renewable energy subsidies has generally resulted in higher capital efficiency and better risk-adjusted returns, while BP’s aggressive expansion strategy created significant capital requirements with uncertain payback periods.

However, the long-term investment implications remain uncertain. ExxonMobil’s conservative approach may limit participation in rapidly growing renewable energy markets, while BP’s strategy reversal may have created stranded assets and missed opportunities. The optimal balance between traditional energy investments and renewable energy expansion continues to evolve as market conditions change and policy frameworks develop.

Risk management considerations also differ significantly between the two approaches. ExxonMobil’s strategy provides greater insulation from policy changes and subsidy reductions, while BP’s approach created significant exposure to regulatory and policy uncertainty. The recent strategic reversals by BP demonstrate the risks associated with business models that depend heavily on government support and external market conditions.

Strategic Reversals and Market Adaptation

The recent strategic reversals by BP provide critical insights into the challenges of maintaining renewable energy strategies that depend heavily on government subsidies and market conditions. BP has abandoned its target to cut oil and gas output by 2030 as CEO Murray Auchincloss scales back the firm’s energy transition strategy to regain investor confidence. This strategic pivot represents a fundamental reassessment of the company’s approach to renewable energy and the role of government subsidies in corporate strategy.

The factors driving BP’s strategic reversal include investor pressure for improved financial performance, concerns about the profitability of renewable energy investments, and uncertainty about the long-term sustainability of government subsidy programs. BP plans to spend between $13 billion and $15 billion annually through 2027, trimming $1 billion to $3 billion from 2024 levels, with increased focus on oil and gas operations. This capital reallocation demonstrates the company’s recognition that renewable energy investments may not generate adequate returns to justify continued expansion.

The market adaptation challenges faced by BP highlight the importance of maintaining strategic flexibility when responding to government subsidies. Companies that become too dependent on specific policy frameworks may face significant challenges when those frameworks change or prove economically unsustainable. The ability to adapt strategy based on changing market conditions and policy environments becomes crucial for long-term success.

ExxonMobil’s more measured approach to renewable energy subsidies has provided greater strategic flexibility and adaptation capability. The company’s selective engagement allows for scaling up or down based on market conditions and policy changes without requiring fundamental business model transformation. This flexibility has proven valuable as renewable energy markets have evolved and policy frameworks have changed.

The strategic reversal by BP also raises important questions about stakeholder expectations and corporate communications. The company’s initial embrace of renewable energy subsidies created expectations among investors, customers, and policymakers that proved difficult to maintain when financial performance became challenging. Managing stakeholder expectations while maintaining strategic flexibility represents a significant challenge for companies operating in policy-dependent markets.

Future Implications and Industry Trends

The contrasting approaches of ExxonMobil and BP toward renewable energy subsidies provide important insights into likely future developments in the energy industry and the role of government policy in shaping corporate strategy. The lessons learned from these different approaches will likely influence how other major oil companies respond to renewable energy subsidies and policy incentives.

The trend toward more selective engagement with renewable energy subsidies, as demonstrated by BP’s strategic reversal and ExxonMobil’s measured approach, suggests that companies are becoming more discriminating about which opportunities to pursue. Future corporate responses to renewable energy subsidies will likely emphasize sustainable business models, alignment with existing capabilities, and strategic flexibility rather than aggressive expansion strategies.

Industry consolidation trends may also be influenced by different approaches to renewable energy subsidies. Companies that pursued aggressive renewable energy expansion may face pressure to divest assets or restructure operations, while those that maintained focus on traditional operations may be better positioned to acquire assets at attractive valuations.

The evolution of renewable energy subsidy programs will likely reflect lessons learned from corporate responses to date. Policymakers may design future incentive programs to encourage more sustainable business models and reduce dependence on permanent government support. The experience with different corporate strategies provides valuable feedback for policy design and implementation.

Technology development trends will likely continue to favor companies that can leverage existing capabilities while developing new competencies. ExxonMobil’s focus on CCUS technologies and hydrogen production may prove prescient as these technologies become more commercially viable and policy support becomes more targeted.

The role of financial markets in evaluating corporate responses to renewable energy subsidies will likely become more sophisticated. Investors are increasingly focused on sustainable business models and capital efficiency rather than pure growth metrics, which may favor more measured approaches to renewable energy investment.

Conclusion

The comparative analysis of ExxonMobil’s competitive response to renewable energy subsidies versus BP’s embrace reveals fundamental differences in corporate strategy, risk management, and long-term value creation approaches. ExxonMobil’s selective, capability-focused approach has provided greater strategic stability and financial predictability, while BP’s aggressive transformation strategy created significant volatility and ultimately required strategic reversal.

The key insights from this analysis include the importance of aligning renewable energy investments with existing corporate capabilities, maintaining strategic flexibility in policy-dependent markets, and ensuring that subsidy-dependent strategies can evolve toward sustainable business models. Companies that pursue renewable energy opportunities without adequate consideration of long-term viability and competitive positioning may face significant challenges as markets mature and policy frameworks evolve.

The strategic implications extend beyond immediate financial performance to encompass stakeholder management, competitive positioning, and long-term industry evolution. The mixed results of different approaches to renewable energy subsidies demonstrate the complexity of corporate strategy in transitioning energy markets and the importance of maintaining balance between growth opportunities and operational sustainability.

Future research opportunities include analysis of how other major oil companies respond to renewable energy subsidies, investigation of the long-term effectiveness of different policy frameworks, and examination of how market evolution affects the viability of various corporate strategies. These research areas could provide additional insights into the complex relationships between government policy, corporate strategy, and market outcomes in the evolving energy sector.

The lessons learned from ExxonMobil’s and BP’s different approaches to renewable energy subsidies will likely influence corporate strategy development and policy design for years to come, providing valuable insights for companies, investors, and policymakers navigating the ongoing energy transition.

References

Arthur, W. B. (1989). Competing technologies, increasing returns, and lock-in by historical events. The Economic Journal, 99(394), 116-131.

Barney, J. (1991). Firm resources and sustained competitive advantage. Journal of Management, 17(1), 99-120.

Borenstein, S. (2012). The private and public economics of renewable electricity generation. Journal of Economic Perspectives, 26(1), 67-92.

1. (2024). Renewables and power. Retrieved from https://www.bp.com/en/global/corporate/what-we-do/renewables-and-power.html

BP America. (2024). Renewables and power. Retrieved from https://www.bp.com/en_us/united-states/home/who-we-are/advocating-for-net-zero-in-the-us/renewables.html

David, P. A. (1985). Clio and the economics of QWERTY. The American Economic Review, 75(2), 332-337.

ExxonMobil Corporation. (2024, December 11). ExxonMobil announces plans to 2030 that build on its unique advantages. ExxonMobil News Releases. Retrieved from https://investor.exxonmobil.com/news-events/press-releases/detail/1178/exxonmobil-announces-plans-to-2030-that-build-on-its-unique

ExxonMobil Corporation. (2025, January 31). ExxonMobil announces 2024 results. ExxonMobil News Releases. Retrieved from https://corporate.exxonmobil.com/news/news-releases/2025/0131_exxonmobil-announces-2024-results

Institute for Energy Research. (2025, January 14). Renewable energy received record subsidies in 2024. IER. Retrieved from https://www.instituteforenergyresearch.org/renewable/renewable-energy-received-record-subsidies-in-2024/

National Legal and Policy Center. (2024, March 20). ExxonMobil admits green energy projects depend on taxpayer subsidies. NLPC. Retrieved from https://nlpc.org/featured-news/exxonmobils-non-oil-and-gas-projects-only-worthwhile-with-subsidies/

Porter, M. E. (1980). Competitive Strategy: Techniques for Analyzing Industries and Competitors. Free Press.

Reuters. (2024, May 6). Exxon, Chevron CEOs seek clear rules on US clean energy subsidies. Reuters. Retrieved from https://www.reuters.com/sustainability/climate-energy/exxon-chevron-ceos-seek-clear-rules-us-clean-energy-subsidies-2024-05-06/

Reuters. (2024, October 7). Exclusive: BP abandons goal to cut oil output, resets strategy. Reuters. Retrieved from https://www.reuters.com/business/energy/bp-drops-oil-output-target-strategy-reset-sources-say-2024-10-07/

Reuters. (2025, February 24). Exclusive: BP to ditch renewables goals and return focus to fossil fuels. Reuters. Retrieved from https://www.reuters.com/business/energy/bp-ditch-renewables-goals-return-focus-fossil-fuels-2025-02-24/

Reuters. (2025, February 27). BP cuts renewable investment and boosts oil and gas in strategy shift. Reuters. Retrieved from https://www.reuters.com/markets/commodities/bp-ramps-up-oil-gas-spending-10-billion-ceo-rebuilds-confidence-2025-02-26/

Sanchez, R. (1995). Strategic flexibility in product competition. Strategic Management Journal, 16(S1), 135-159.

Stiglitz, J. E. (2000). The contributions of the economics of information to twentieth century economics. The Quarterly Journal of Economics, 115(4), 1441-1478.

Name of the author: Martin Munyao Muinde- Email: ephantusmartin@gmail.com