November 2025
Bloom's Mission
2
To Make Clean, Reliable Energy Affordable for Everyone in the World
Leadership Team & Board of Directors
KR Sridhar, PhD
Founder, Chairman & CEO
Shawn Soderberg
Chief Legal Officer &
Aman Joshi
Chief Commercial Officer
Ravi Prasher, PhD
Chief Technology Officer
Satish Chitoori
Chief Operations Officer
Maciej Kurzymski
Interim Principal Financial Officer
KR Sridhar, PhD
Founder, Chairman & CEO
The Honorable Mary K. Bush
Former IMF Representative & Board Director of T. Rowe Price
Jeff Immelt
Lead Director & Former CEO of GE
Gary Pinkus
Former Chairman of North America, McKinsey & Company
John Chambers
Former CEO of Cisco
Jim Snabe
Chairman of Siemens AG
Corporate Secretary
Natalie Sunderland
Chief Marketing Officer
Aaron Hoover
Head of Business and Corporate
Development
Sonja Wilkerson
Chief People Officer
Cynthia Warner
Board of Directors Chevron & Sempra
Eddy Verzigon
Former Managing Director Morgan Stanley
Barbara Burger, PhD
Former President of Chevron Technology Ventures
Michael J. Boskin
Former Member of President's Council of Economic Advisers & Chair Professor at Stanford
"Can-Do" Servant Leaders
Experienced, Complementary & Engaged
3
~1.5 GW
Deployed2
>$26B
Market capitalization1
Bloom Energy at a Glance
Data Centers
Largest market segment, Fastest growing
Singa pore
>500
Patents3
~1,200
Sites3
>$1.2B
Cumulative R&D4
Global Headcount3: ~2,200 FTE Global Footprint3: >1,300,000 Sq Ft.
As of market close October 29, 2025.
As of the quarter ended September 30, 2025. This reflects 1.5 gigawatts of low-carbon power deployed across ~1,200 sites worldwide.
As of the quarter ended September 30, 2025. 4
As of the quarter ended September 30, 2025. This reflects the cumulative non-GAAP R&D spend since company inception.
We produce onsite power by converting natural gas to electricity, without combustion.
Bloom Energy Proprietary & Confidential 2025 5
Natural Gas
Diverse Customer Footprint. Growing Concentration in AI Ecosystem.
Data Center Customers include1:
Partner with AI Infrastructure
$5B partnership
Commercial & Industrial Customers include1:
Partner with Electricity Providers
1GW framework agreement
Geographies Deployed include1:
South Korea
Taiwan
Japan
India UK
Italy
1. As of the quarter ended September 30, 2025. 6
Grid Power Cannot Support Massive Demand for ElectricityOct/2025
Meta kicked things off, conveying its expectation of "notably" larger 2026 capex dollar growth, citing infrastructure and power capacity as a primary driver. Microsoft followed, with its expectation for its FY26 growth rate to be higher than FY25. Google rounded out the hyperscaler commentary increasing its FY25 capex expectation by ~$7B…
Oct/2025
"We need to add 100 GW of new firm capacity in the next five years."
- Chris Wright, Energy Secretary
...we are still in the very early innings of the AI/data center infrastructure build out both on the IT hardware and related power infrastructure side.
Aug/2025
Oct/2025
Powell says that, unlike the dotcom
boom, AI spending isn't a bubble.
Big Tech, power grids take action to reign in surging demand
Power plant developers and network operators are scrambling to keep up with the demands of new
data centers that need electricity day and night"
7
Drivers for Commercial Acceleration
A secular shift in power demand - led by AI - has created extremely favorable market conditions.
BEFORE
AFTER
Power demand is flat
Paris Accord + Scope I/II/III
Renewables are "in" Fossil Fuels are "out"
Explosive power demand Power not available Policy incentives
Renewables can't provide
dispatchable power
8
Recognized Need for Onsite PowerQ: What percent of data center sites will have 100% onsite power generation in
2030?
Survey of U.S. data center decision-makers
April 2024
April 2025
1%
27%
Includes: Hyperscalers Colocation providers Utilities
Source: Double-blind survey of data center decision makers (n=30 in April 2024, n=100 in April 2025). 9
How Fuel Cell Technology Provides Electric Power at ScaleOutputs
NATURAL GAS
Alternative fuels: Hydrogen
Biogas
Anode
Electrolyte
Cathode
AMBIENT AIR
How it Works
Solid-oxide fuel cells convert fuel into electricity without combustion.
How it Scales
Modular building blocks come together to meet small or large-scale power needs
Fuel Cell
Power Module
Energy
System
Power Stamp
3.25 MW + MWs
~65 kW ~65 kW 325 kW
10
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Disclaimer
Bloom Energy Corporation published this content on November 12, 2025, and is solely responsible for the information contained herein. Distributed via Public Technologies (PUBT), unedited and unaltered, on November 12, 2025 at 12:25 UTC.

















