Baker Hughes sees no slowdown in energy projects despite higher rates as AI buildouts stoke LNG demand

Baker Hughes CEO Lorenzo Simonelli said higher borrowing costs have not slowed investment in major energy projects, supported by AI data-center power demand and contracted project offtake. The company has more than $37 billion of backlog and estimates global LNG capacity must rise to 900 million tonnes per annum by 2035 to meet demand. Oil prices above $100/bbl and disruption to Middle East energy flows, including LNG shipping risks through the Strait of Hormuz, are raising inflation and financing concerns but could also stimulate new supply investment.

Analysis

BKR’s valuation should increasingly be driven by its Equipment & Technology mix rather than the cyclicality investors assign to upstream oilfield services. Long-cycle LNG, compression and turbomachinery awards convert backlog into revenue over multiple years and are less exposed to quarterly North American rig-count volatility; sustained order intake would support both earnings-duration and multiple expansion versus SLB and HAL. The key non-obvious constraint is manufacturing capacity: tight supply of large gas turbines, compressors, cryogenic equipment and electrical gear gives qualified incumbents pricing power, but also raises execution and working-capital risk.

Near term, the market may treat elevated oil and disrupted LNG flows as a broad energy beta event, but BKR has a more asymmetric exposure to the subsequent capex response than to the commodity spike itself. Over 1-3 months, new LNG/FID announcements, gas-infrastructure awards and data-center distributed-power contracts matter more than spot gas prices. Over 6-18 months, gas-fired power demand from data centers could crowd out equipment capacity otherwise destined for LNG, benefiting suppliers with installed bases and service networks; likely read-through beneficiaries include GE Vernova (GEV), Siemens Energy (ENR) and Chart Industries (GTLS), while data-center developers relying on grid interconnection face delay risk.

Consensus may be over-crediting the AI-demand narrative before contract-level economics are visible. Data-center power demand is real, but project financing depends on creditworthy offtake, fuel availability, permitting and utility interconnection—not merely load forecasts. The thesis is falsified if BKR’s next two quarterly orders fail to sustain book-to-bill above 1.0, if E&T margins do not expand despite backlog conversion, or if LNG FIDs slip materially as financing costs remain restrictive.

Key Decisions for Investors

• Accumulate BKR on broad energy-risk selloffs rather than chase a commodity-driven opening move; target a 6-12 month holding period centered on E&T order and margin delivery. Underwrite upside from durable backlog conversion, with a stop/review trigger if two consecutive quarters show E&T book-to-bill below 1.0 or reduced full-year margin guidance.
• Run a relative-value long BKR / short HAL position over 6-12 months to isolate long-cycle gas-infrastructure and power-equipment exposure from North American completion-cycle risk. Exit if U.S. frac activity reaccelerates materially or BKR order intake weakens relative to HAL’s international growth.
• Add GEV to a power-equipment basket only after verifying incremental gas-turbine slot availability and firm data-center customer commitments; the 12-18 month opportunity is capacity scarcity, but the principal risk is project delays shifting deliveries beyond current estimates.
• Monitor LNG FID calendars, large-turbine lead times, and BKR’s backlog composition at the next earnings release. Treat any company commentary on AI-linked demand without disclosed contract awards, deposits, or customer credit support as an alert rather than an earnings-estimate catalyst.