Jul 19, 2022, 3:03 PM ETInterview, Webinar

How Companies are Navigating the Energy Transition

Global primary energy investment has experienced a seven-year structural underinvestment, dropping from an average of $1.5 trillion annually (pre-2014) to a trough of $1 trillion.
Goldman Sachs projects energy investments must rise to $1.5–$2 trillion annually to reach net-zero targets by 2050, signaling a anticipated 15% to 20% per annum growth rate.
The energy sector faces a "trilemma" of balancing cleaner, reliable, and affordable energy, requiring a fundamental rewiring of the entire global system.
Russia's invasion of Ukraine has created a turning point, highlighting the unsustainability of past underinvestment and forcing a re-evaluation of energy security.

Global primary energy consumption rebounded to 1% higher than 2019 levels in 2021 despite the pandemic.
Sanctions and supply constraints have forced approximately 3 million barrels per day of Russian oil production offline.
Russia supplied 32% of European gas and 55% of German gas in 2021; midstream gas volumes decreased by 60% in the week preceding the interview.
Despite decarbonization commitments, global emissions rose by 5.7% in 2021, reversing the temporary dip observed during pandemic lockdowns.
Europe views the crisis as an opportunity to accelerate the energy transition to achieve independence from Russian gas, while other regions face different strategic priorities.

BP has exited Russia as a strategic decision to "do the right thing," citing the human tragedy and supply chain impacts of the war.
BP aims to reduce its hydrocarbon portfolio by 40% by 2030 while maintaining flat production volumes through a focus on high-margin, lower-carbon assets.
Financial targets for 2030 include increasing EBITDA from $37 billion to approximately $41–$48 billion.
Capital allocation for 2025 includes $9–$10 billion for resilient hydrocarbons and $6 billion for transition growth engines; these figures are projected to grow to $8 billion and $7–$8 billion, respectively, by 2030.
BP has announced the acquisition of a 40% stake in the Asian Renewable Energy Hub, targeting 26 gigawatts of renewable capacity and up to 1.6 million tons of annual hydrogen production.
BP has set net-zero ambitions for Scope 1, 2, and 3 emissions across operations, production, and sales by 2050, based on IEA and IPCC Paris-aligned scenarios.

High hydrocarbon prices have improved the economic viability of renewables and previously marginal technologies like green hydrogen in Europe.
Current costs for solar, wind, and batteries have increased by 10% to 40% due to global supply chain tightness, though this is viewed as a temporary inflationary phase.
Goldman Sachs estimates hydrogen will drive 10% to 15% of global decarbonization, unlocking at least $5 trillion of investment over the next three decades.
Green hydrogen is identified as the primary solution to bridge seasonality gaps between European renewable generation (summer) and gas demand (winter).
Future hydrogen strategy envisions a mix of local production and international hubs sourcing from low-cost regions (e.g., Australia, Middle East, Africa) to supply European and Asian demand centers.
Oil demand is projected to decline from 100 million barrels per day today to 25–50 million barrels per day by 2050 under Paris-aligned scenarios, while electrification is expected to double.

Integrated oil companies are currently trading at historically low multiples despite strong year-to-date performance, suggesting a potential valuation re-rating opportunity.
Three key drivers for re-rating include aggressive share buybacks (5–10% annually), a re-evaluation of natural gas as a critical transition fuel, and the recognition of oil majors as major investors in green technology.
BP and the broader industry argue that lowering emissions intensity through reduced flaring, methane venting, and CCS is essential to align fossil fuel production with ESG goals.
Replacing coal with combined-cycle gas in emerging markets like India could reduce annual emissions by two gigatons.
The energy transition requires a dual approach involving both agile startups (e.g., BP's "Launchpad" incubator) and legacy players to scale necessary infrastructure.
BP highlights that 1.5% of the global EV market share represents the scale currently achieved by Tesla, necessitating the involvement of traditional manufacturers to achieve mass adoption.
The industry emphasizes that "net zero" does not imply the total elimination of fossil fuels, but rather the use of abatement technologies like CCS for hard-to-abate sectors.