EPC Power Taps Tech Titans to Tackle AI's Insatiable Energy Demand

POWAY, CA – June 01, 2026 – In a strategic move that underscores the immense energy challenge posed by the artificial intelligence boom, digital power infrastructure firm EPC Power announced today it has appointed Tim Mahoney and Eric Schwartz to its Board of Directors. The appointments bring together decades of leadership from the highest echelons of aerospace technology and global data center operations, signaling the company's ambition to become a pivotal player in powering the next generation of computing.

The additions come as the tech industry grapples with a looming power crisis. The voracious energy consumption of AI data centers is on a trajectory to dramatically reshape global electricity demand. By bringing in Mahoney, the former CEO of Honeywell Aerospace, and Schwartz, the current CEO of data center giant CyrusOne, EPC Power is arming itself with the expertise needed to navigate and capitalize on this critical inflection point.

"We are proud to welcome Tim and Eric to the EPC Power Board of Directors," said Jim Fusaro, CEO of EPC Power, in a statement. "Their combined expertise across aerospace, digital infrastructure, and large-scale data center operations will be instrumental as we continue expanding our technology leadership and supporting the growing demands of AI-driven energy systems."

A Strategic Play for the AI Power Surge

The appointments are not merely a matter of corporate governance; they are a direct response to a seismic shift in the technology landscape. The rise of generative AI has triggered an unprecedented demand for computational power, and consequently, for the electricity needed to run it. Industry forecasts paint a stark picture: Goldman Sachs Research predicts a 165% rise in global power demand from data centers by 2030, while the International Energy Agency projects consumption could double in the same timeframe.

This surge is driven by a fundamental change in data center architecture. While traditional server racks consume 10-15 kilowatts (kW) of power, racks designed for high-density AI workloads can demand anywhere from 80 to 150 kW. This tenfold increase in power density places immense strain on the entire energy supply chain, from the microchip's power delivery network to the regional electrical grid.

EPC Power, which specializes in high-performance power conversion systems for mission-critical applications, is positioned at the heart of this challenge. The company's technology is essential for efficiently converting and managing the flow of electricity within data centers, energy storage systems, and microgrids. The strategic addition of Mahoney and Schwartz suggests a focused effort to tailor its solutions for the unique, high-stakes environment of AI infrastructure.

Blending Aerospace Precision with Hyperscale Experience

The backgrounds of the new board members provide a potent combination of skills directly applicable to the AI energy challenge. Tim Mahoney brings more than 40 years of leadership in industries where failure is not an option. During his 25-year tenure at Honeywell, he not only served as CEO of its massive aerospace division but also held crucial roles as Chief Technology Officer and Senior Vice President of Digital Transformation. This experience in both advanced, mission-critical hardware and large-scale digital strategy provides a unique perspective on building resilient, high-performance systems.

"I'm thrilled to be joining the EPC Power Board and excited about the company's direction," Mahoney stated. "With its strong technology foundation and collaborative culture, EPC Power is well positioned for continued growth and innovation."

Complementing Mahoney's expertise is Eric Schwartz's deep, hands-on experience in the data center trenches. As the CEO of CyrusOne and a former executive at Equinix where he led the company's xScale program for hyperscale customers, Schwartz has been at the forefront of building the physical infrastructure that underpins the digital world. His recent work at CyrusOne has specifically focused on developing AI-optimized deployments, giving him an intimate understanding of the power and cooling challenges his customers face. This direct line of sight into the needs of hyperscale and AI clients is an invaluable asset for EPC Power's strategic planning.

"EPC Power is uniquely positioned to play a critical role in enabling reliable, high-performance infrastructure for advanced digital systems," said Schwartz. "I look forward to contributing to the company's strategy and supporting its growth as demand for AI infrastructure accelerates."

Fortifying a Strained Grid

The challenge of powering AI extends far beyond the walls of the data center. The rapid, large swings in power consumption from AI training workloads can create instability on an already-strained electrical grid. In many key markets, businesses face multi-year delays—sometimes up to seven years—for new, large-scale power connections due to transmission bottlenecks. This makes grid-aware technology a critical component of future data center design.

This is where EPC Power's proprietary Agile Grid Forming™ technology becomes particularly relevant. Such systems are designed not just to consume power but to actively support the grid, helping to smooth out volatility and improve overall stability. By enabling data centers to act as responsible grid citizens, or even as active grid assets, companies like EPC Power can help mitigate one of the biggest bottlenecks to AI's continued growth.

The new board members' experience with massive, complex systems—whether global aerospace supply chains or interconnected data center ecosystems—will be crucial in guiding the company's strategy in this area. The goal is to create a symbiotic relationship where the immense power needs of AI can be met without destabilizing the public infrastructure upon which everyone depends.

Navigating a Competitive Landscape

EPC Power, which was acquired by Cleanhill Partners and Goldman Sachs in 2022, is maneuvering in a highly competitive market. Established giants like Vertiv, Schneider Electric, and Eaton are aggressively rolling out their own AI-ready infrastructure solutions, from advanced liquid cooling to grid-interactive UPS systems. Vertiv has publicized its close collaboration with chipmaker NVIDIA, while Schneider Electric is showcasing next-generation power architectures to handle the increased density.

In this environment, strategic leadership is a key differentiator. By appointing Mahoney and Schwartz, EPC Power is not just adding expertise; it is sending a clear message to the market. The move signals a deep commitment to understanding and solving the most complex challenges at the intersection of energy and artificial intelligence, leveraging seasoned leadership to accelerate innovation and capture a significant share of this rapidly expanding, mission-critical market.