Clean Power · AI Infrastructure May 2026 By the IU Research Desk

Bloom Energy Corp (BE): The Off-Grid Power Architect of the AI Era — Deep-Dive Buy-Side Research

22-page institutional deep dive covering Bloom Energy's SOFC technology moat, the AI data center power crisis, Oracle Jupiter 2.8 GW deal, Q1 2026 revenue +130.4% YoY, full DCF/WACC valuation, competitive analysis, and IU conviction positioning. IU Verdict: Moat Premium — accumulate $80–$140, structural long 3-year.

Q1 2026 Revenue

$751.1M

+130.4% YoY

Total Backlog

~$20B

Contracted pipeline

EV/EBITDA

~113.5x

vs. sector median

Oracle Deal

2.8 GW

Jupiter Project

DCF Base Case

~$47/sh

Mechanical intrinsic

IU Fair Value

$85–$115

Probability-weighted

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Page 1 · Cover

Page 2 · Table of Contents

Page 3 · Executive Summary

The remaining 19 pages cover the full SOFC moat analysis, Oracle Jupiter deal breakdown, competitive landscape, DCF/WACC model, risk factors, and IU conviction positioning.

Download Full PDF (22 pp.) ↓

For research purposes only · Not investment advice

About This Report

Bloom Energy has emerged as a structurally differentiated power solution for the AI data center buildout — its solid oxide fuel cell (SOFC) technology delivers on-site, dispatchable, grid-independent power with efficiency advantages that gas turbines and conventional backup generation cannot match. This 22-page deep dive dissects the full investment thesis across 13 analytical sections.

Report Pages

22 pp.

Coverage

13 Sections

Ticker

NYSE: BE

Published

May 2026

Report Sections Overview

SOFC Technology Moat — electrochemical efficiency, multi-fuel capability, and IP defensibility
AI Power Crisis — data center power demand, grid capacity constraints, and the off-grid imperative
Oracle Jupiter Deal — 2.8 GW contract anatomy, revenue recognition, and read-through for pipeline
Q1 2026 Financials — revenue bridge (+130.4% YoY), gross margin expansion, and backlog conversion
Competitive Analysis — Cummins Power, Plug Power, Fuel Cell Energy, and utility-scale alternatives
DCF / WACC Model — cost of capital derivation, terminal growth assumptions, and intrinsic value range
Probability-Weighted Fair Value — bear / base / bull scenario matrix ($47 mechanical → $85–$115 IU FV)
TAM Sizing — addressable data center power market through 2030
IU Conviction Call — accumulate $80–$140, structural long 3-year thesis and monitoring criteria
Risk Factors — execution risk, hydrogen transition, regulatory dependency, and customer concentration