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Bloom Energy (BE) Q1 FY26 earnings call: guidance and Q&A

Earnings call· Mar 2026 (Q1 FY26)· Industrials· Apr 28, 2026

Source: earnings call transcript

Executive summary

Bloom Energy Q1 FY26 — record quarter, Oracle Project Jupiter win, guidance raised materially

Bloom's thesis is that clean, fast, community-friendly on-site fuel-cell power has become the go-to standard for AI data centers, with the Oracle win presented as proof of a repeatable lighthouse-then-scale playbook. Management is pivoting from lumpy, one-off capacity additions to continuous expansion, reframing the growth constraint as customers' greenfield build-speed rather than Bloom's ability to supply, and explicitly rejecting a backlog-hoarding model in favor of rapid capacity build.

Highlights

5
  • Record Q1 revenue $751.1M with >100% YoY growth — first >100% YoY quarter as a public company (note: transcript also states '13.4%' in the same breath, an internal inconsistency / likely ASR error given the '$653.3M product + $61.9M service' math)

  • Non-GAAP operating income $129.7M vs $13.2M PY (+$116.5M), operating margin 17.3% (+>1,300 bps YoY); Adjusted EBITDA $143M vs $25.2M PY, ~19% margin (+>1,100 bps YoY)

  • Non-GAAP fully diluted EPS $0.44 vs $0.03 a year ago; non-GAAP gross margin 31.5% (+~280 bps YoY)

  • Operating cash flow +$73.6M — first ever positive Q1 OCF (seasonally weak period); ended quarter with $2.52B total cash

  • Announced Oracle Project Jupiter — up to 2.45 GW, 100% Bloom power block for a multi-gigawatt AI factory in New Mexico, replacing planned gas turbines and diesel backup

Concerns

3
  • Guidance raise explicitly conditioned 'barring any global shock or exogenous factors'

  • Supply-chain and labor ramp risk acknowledged ('can you hit some speed bumps along the way, maybe') as capacity scales ~10x (from 200 MW/yr to ~2 GW/yr by year-end)

  • International demand is a delayed leg — KR expects 'a pause before it takes off,' citing Russia/Europe and Qatar natural-gas disruptions slowing overseas development

Guidance & targets

CategoryTargetConfidence
Full-year 2026 revenue
$3.4B-$3.8B
high materiality
High
Full-year 2026 revenue growth (YoY, midpoint)
80%
high materiality
High
Full-year 2026 non-GAAP gross margin
~34%
high materiality
High
Full-year 2026 non-GAAP operating income
$600M-$750M
high materiality
High
Full-year 2026 non-GAAP fully diluted EPS
$1.85-$2.25
high materiality
High
Q2 2026 revenue
at least as good as Q1 (~$751M or better)
medium materiality
High
Annual product cost reduction
double-digit % (continued)
low materiality
Medium
Manufacturing capacity
5 GW of product annually (current footprint), expanding continuously beyond
high materiality
High

Segment performance

SegmentRevenueYoYQoQMargin
Product
Record product revenue, up both YoY and sequentially; management expects incremental product-margin progress from scale, better manufacturing-overhead absorption and continued cost-out across engineering and supply chain. Non-GAAP basis.
Product gross margin: 35.3% (up 22 bps vs Q1 PY)All-time high product revenue
$653.3Mup YoY (exact % not stated)up sequentially (exact % not stated)35.3% gross margin (+22 bps YoY)
Service
Annuity revenue stream; margins expected to keep benefiting from growth, scale and field-performance improvements. Non-GAAP basis.
Service gross margin: 18% (up 13 points vs Q1 PY)Fourth consecutive quarter of double-digit service gross marginNinth consecutive quarter of service profitabilityProduct-to-service attach rate: 100%Data-center service contract duration: 10-15 years
$61.9M+15.6%—18% gross margin (+13 points YoY)

BE operating KPIs by quarter

BE operating KPIs stated on its earnings calls, by fiscal quarter
KPI Dec 2024 Q4 FY24 Dec 2025 Q4 FY25Change vs prior quarter
Backlog Product
$2.5B We have $2.5 billion of product backlog. Source: earnings call transcript
~$6B Our product backlog increased 140% year-over-year to about $6 billion. Source: earnings call transcript
—
Backlog Service
$9B We also have $9 billion of service backlog. Source: earnings call transcript
~$14B And in the fourth quarter, we achieved 20% gross margin in service with around $14 billion of service backlog and a growing product backlog that is 100% attached to service. Source: earnings call transcript
—

Operating figures the company stated on at least two of the calls shown, checked against each call's transcript. Click a figure to read the sentence. A dash means it was not stated that quarter.

Orderbook & backlog

Data-center backlog composition well more than half from non-Oracle hyperscalers, neoclouds and colocation providers Q1 FY26 (as of 2026-04-28 call)

All such installations are described as fully grid-independent, all-Bloom microgrids (no grid, no diesel backup, no turbines, no batteries). Oracle Project Jupiter (up to 2.45 GW) is one project on top of this base.

Slot reservations and new contracts (AI segment) not quantified (signing new contracts and slot reservations; pipeline 'diverse and robust') Q1 FY26

Management continues to engage hyperscalers and neoclouds, signing contracts and slot reservations while evaluating many new opportunities. No dollar or GW figure disclosed for the reservation bucket.

Product announcements

ProductTypeDetails
800V DC direct architectureroadmap
Skid-mounted copy-exact deploymentmilestone

Deals & partnerships

Oracle customer contract / partnership (AI data-center power) up to 2.45 GW power block

KR: Oracle pivoted to a Bloom-only solution to be responsive to resident concerns (air quality, water, noise, electricity rates) and to stand up a grid-independent, clean AI factory with greater reliability and speed. Positioned as a milestone but 'not a one-off' — indicative of where the broader market is headed.

Capital programs

Manufacturing capacity expansion (copy-exact model) underway
Funding: self-funded via deliberate pre-investment ahead of demand (balance sheet, built inventory, diversified supply chain, long-term supply partners); customer prepayments to reserve capacity also cited as a cash-flow contributor
Start: underway (invested ahead of demand over prior periods)

Benefit:5 GW of product annually at current footprint; ~10x the historical 200 MW/yr (~2 GW) by end of 2026; can build capacity 'in months, not years'

KR: 'Our current manufacturing footprint will allow us to deliver 5 gigawatts of product annually.' Framed as continuous 'analog dial' expansion, not lumpy step-functions; capacity described as a competitive advantage over the legacy power industry's 4-5-year backlogs. Simon noted low capital intensity carries materially lower shareholder risk than for an industrial-era supplier.

Risks & headwinds

Supply-chain and labor ramp risk as capacity scales ~10x through 2026 as capacity scales from 200 MW/yr era to ~2 GW/yr

unquantified ('speed bumps' possible)

Mitigation:automation and upskilling existing employees keep shop-floor headcount flat; custom supply partners built for Bloom and enforcing the same 'Bloom way' philosophy; diversified supply chain

International demand lag delayed (timing uncertain)

unquantified; ~80-20 skew toward U.S. AI demand; 'a pause before it takes off'

Mitigation:continuing to develop international markets; natural-gas disruptions (Russia/Europe, Qatar) slowing overseas development, but management views takeoff as a matter of when, not if

Guidance sensitivity to macro shocks FY26

unquantified qualifier on the gross-margin and revenue raise

Mitigation:strengthened balance sheet ($2.52B cash); pre-invested ahead of demand; 'barring any global shock or exogenous factors' caveat

New-technology adoption caution by large data centers ongoing

unquantified

Mitigation:proved out via pilots/lighthouse customers using AC and existing backup, then pulled through to full all-Bloom solutions; Oracle and other named projects now moving to fully grid-independent deployments

Q&A highlights

Initial take on the operating leverage in the business and how to think about it going forward

KR/Simon pointed to innovation investment and cost reduction being 'in the DNA of Bloom,' focus on executing gross-margin projects, and incremental operating-margin expansion baked into the revised guide; declined to give longer-term guidance at this time.

“as you look at our updated guide, you'll see there's incremental operating margin expansion baked into the revised guidance”

asked by Mark W. Strouse (JPMorgan) · answered by K. Sridhar / Simon Edwards

4 min read 8 chapters

Detailed narrative

Oracle Project Jupiter and 'becoming the standard'

The headline event was Oracle's announcement (the night before the call) of a new power paradigm for Project Jupiter, a multi-gigawatt AI factory in New Mexico, whose up-to-2.45 GW power block will be 100% Bloom, replacing previously planned gas turbines and backup diesel generators — positioned as one of the largest islanded microgrid power facilities in the world.

KR framed Oracle's pivot as driven by community/air-quality/water/noise concerns and by speed and reliability of grid-independent power. He stressed Jupiter is 'not going to be a one-off' and that well more than half of Bloom's current data-center backlog already comes from other hyperscalers, neoclouds and colocation providers, all similarly using no grid, no diesel, no batteries and no turbines.

Continuous capacity expansion — the 'Bloom way'

Management's central strategic message was a shift from lumpy, one-off capacity additions completed over a year to continuous additions of 'hundreds of megawatts a quarter,' described as an analog dial rather than a digital step function. Current footprint supports 5 GW/year; beyond that Bloom will build new factories as needed via its 'copy exact' model, claiming it can add capacity in months not years and 'never be a bottleneck to our customers.' KR asserted the pace of revenue growth is now set by how fast customers can build greenfield sites, not by Bloom's supply — an explicit rejection of the legacy power industry's multi-year backlog model.

Record financials and the material guidance raise

Q1 delivered record revenue of $751.1M, non-GAAP gross margin of 31.5% (+~280 bps YoY), operating income of $129.7M (vs $13.2M) at 17.3% margin, adjusted EBITDA of $143M (~19% margin), and non-GAAP EPS of $0.44 (vs $0.03). Operating cash flow was a positive $73.6M — the first-ever positive first quarter — aided by a step change in profitability, strong collections and customer prepayments to reserve capacity, leaving $2.52B of cash.

On the strength of this, FY26 revenue guidance was raised to $3.4-3.8B (80% growth at midpoint), gross margin to ~34%, non-GAAP operating income to $600-750M and non-GAAP EPS to $1.85-2.25.

Demand diversity — hyperscalers, neoclouds, C&I and utilities

KR characterized the AI pipeline as 'diverse and robust,' with Oracle just one of several projects using fully grid-independent, all-Bloom microgrids. He framed AI as a 'rinse and repeat' of the commercial-and-industrial playbook, where 70-80% of business comes from repeat customers.

Utility-scale interest is emerging for the first time as favorable rate-base regulation lets both gas and electric utilities partner with Bloom, and reshoring of factories to America was cited as an additional demand vector. The C&I business was described as robust and growing but overshadowed in commentary by the scale of AI deals.

Inference as the next demand leg

Responding to Evercore, KR agreed most current backlog is tied to AI training but argued inference will be 'much bigger than training in terms of total gigawatt need,' distributed at the edge near dense populations rather than in multi-gigawatt remote data centers.

He used a Rhode-Island-scale analogy — a ~2.5 GW CCGT would consume roughly a million showers' worth of water per day and emit car-equivalent pollution — to argue that community resistance to combustion power makes clean on-site generation essential, and even more so for edge inference sited near cities.

Clean, community-friendly value proposition and cost curve

KR repeatedly emphasized Bloom's 'genius of and' — clean and reliable and fast and affordable. The servers do not combust, use minimal water (only at startup, none in normal operation), are compact, and meet air-quality requirements in virtually all jurisdictions, making them a better 'neighbor' as permits and community acceptance become the gating factor for AI infrastructure.

On cost, over a decade of double-digit reductions has made the servers cost-competitive with grid power in most U.S. markets and with off-grid alternatives in nearly all markets, positioning Bloom as the only on-site solution with a sustained downward-sloping cost curve.

Service annuity business and 100% attach

Service revenue was $61.9M (+15.6% YoY) at 18% margin (+13 points YoY), marking a fourth consecutive quarter of double-digit service gross margin and ninth consecutive quarter of service profitability. KR underscored a 100% attach rate between product sales and service — 'not a single deal' without it — with data-center service contracts averaging 10 to 15 years, framed as a 'tremendous source of annuity revenue' expected to keep benefiting from scale and field-performance improvements.

New CFO Simon Edwards

Simon Edwards, formerly CFO at Grok among software franchises, joined as CFO roughly two weeks before the call. KR framed the deliberate year-long search around finding a leader with a systems-engineering background who has scaled manufacturing and applied data/automation-driven operating models.

Edwards cited AI-infrastructure tailwinds, real power-availability bottlenecks, Bloom's leadership depth, and the chance to build a 'generational company' as reasons for joining, and emphasized a bias toward converting demand into delivered systems, cash flow and sustainable performance.

Summary of the company's earnings call; see how call summaries are prepared. Not investment advice.