22 August
2025, Caterpillar Inc., one
of the world’s leading manufacturers of industrial and power generation
equipment, has announced a strategic partnership with Hunt Energy, a U.S.-based
power infrastructure developer, to address the growing energy needs of the data
center industry. The collaboration marks a multi-year initiative that aims to
deliver more than 1GW of generation capacity for data centers across North
America, with the inaugural project slated to launch in Texas. While the
companies have not disclosed a deployment timetable, the partnership
underscores the increasing urgency to secure reliable, scalable, and
sustainable energy solutions for the rapidly expanding data center sector.
Commenting
on the agreement, Hunter Hunt, Chief Executive Officer of Hunt Energy,
emphasized the strategic importance of the collaboration. “This partnership
with Caterpillar represents a major step forward in our commitment to
delivering innovative and flexible energy solutions. Starting in Texas, we are
laying the foundation for a new era of data center power infrastructure,” Hunt
said.
As
part of the partnership, Caterpillar will leverage its full portfolio of power
generation solutions. This includes natural gas and diesel generators, gas
turbines, switchgear, controls, aftertreatment technologies, and comprehensive
engineering design services. Additionally, Caterpillar will extend its
monitoring and servicing expertise to ensure power reliability for both
grid-connected and off-grid operations. This offering highlight Caterpillar’s
longstanding position as a trusted provider of mission-critical backup power
systems for global data center operators.
Hunt
Energy will bring complementary capabilities to the initiative by contributing
project financing, operational execution, and its extensive expertise in
battery energy storage systems (BESS). Over the past four years, Hunt has
successfully deployed more than 310MW of BESS assets, particularly within the
ERCOT market in Texas, positioning itself as a significant player in
distributed energy infrastructure. The integration of BESS technology into data
center projects will further enhance reliability and resilience while
supporting broader energy transition goals.
Melissa
Busen, Senior Vice President of Caterpillar’s Electric Power division,
reinforced the alignment between the two companies. “Caterpillar is excited to
continue to collaborate with Hunt Energy to deliver robust and efficient energy
solutions for data centers. Hunt’s proven expertise in energy infrastructure
complements Caterpillar’s leadership in power systems, enabling us to jointly
develop scalable solutions that meet the high demands of reliability, uptime,
and performance critical to data center operations.”
Caterpillar’s
engagement with the data center sector extends beyond traditional diesel
generator solutions. The company has been actively pursuing innovative and
sustainable approaches to power delivery. In 2023, Caterpillar partnered with
Microsoft on a hydrogen fuel cell demonstration, successfully powering a data
center for 48 hours to test hydrogen’s viability as a clean backup power
option. This project signaled Caterpillar’s commitment to advancing alternative
energy solutions that align with global decarbonization efforts.
For
Hunt Energy, the partnership represents its first significant entry into the
data center market. The Dallas-based company has primarily focused on the
development and deployment of BESS assets, with a claim of owning and operating
nearly one in six BESS installations within ERCOT. Expanding into data center
power infrastructure through its collaboration with Caterpillar allows Hunt to
diversify its portfolio while supporting one of the fastest-growing sectors in
the global economy.
This partnership
between Caterpillar and Hunt Energy underscores a broader industry shift toward
innovative, resilient, and sustainable power solutions for data centers. With
demand for digital infrastructure continuing to surge, the collaboration positions
both companies to play a pivotal role in shaping the future of energy delivery
for mission-critical facilities.