Beyond the Chip: New Alliance Tackles AI's Power and Speed Crisis

DOVER, USA – March 27, 2026 – As the artificial intelligence revolution accelerates, the colossal data centers that power it are facing a dual crisis of insatiable power demand and data transmission bottlenecks. In a significant move to address this, E-Power Inc. (NASDAQ: EPOW) and Raytel Electronics today announced a strategic alliance to deliver a comprehensive solution for the burgeoning U.S. AI infrastructure market, combining next-generation optical networking with sophisticated microgrid power systems.

The partnership will see the joint launch of industry-leading 800G and 1.6T high-speed optical modules, essential components for the data-intensive communication between AI processors. This alliance, however, aims to be more than just a component supplier. By integrating Raytel’s cutting-edge connectivity hardware with E-Power’s expertise in battery materials and microgrid management, the companies are positioning themselves to offer a "Total Solution" that optimizes both data flow and power flow, a critical synergy for the future of AI.

The Twin Hurdles of AI Scaling

The race to build more powerful AI models has put unprecedented strain on the underlying infrastructure. While much of the focus has been on the processing power of chips like GPUs, the supporting systems for data transmission and energy supply are becoming critical limiting factors. The scale of the challenge is staggering, with global AI infrastructure spending projected to surpass $1 trillion by 2030.

First is the data bottleneck. The massive clusters of servers used for training large language models require ultra-high-speed interconnects to function efficiently. As a result, the industry is rapidly transitioning from 400G to 800G and even 1.6T optical transceivers. Market forecasts show that the global shipment share of these advanced modules is expected to surge from under 20% in 2024 to over 60% by 2026, making them a new standard. The demand is intense; a single high-end server like the NVIDIA GB200 can require as many as 72 individual 1.6T optical modules to operate at peak performance.

Second, and perhaps more daunting, is the power crisis. AI data centers consume energy on a scale far exceeding traditional facilities. Projections indicate that power demand from U.S. AI data centers alone could skyrocket more than thirtyfold by 2035. This immense consumption not only drives up operational costs but also places a heavy burden on public power grids and environmental sustainability goals. Ironically, the very components meant to speed up data—the pluggable optical modules—can themselves account for over 30% of a data center's total power draw, creating a vicious cycle of performance and consumption.

An Integrated 'Heart' and 'Nervous System'

The E-Power and Raytel alliance is engineered to tackle these two problems in tandem. The partnership frames its offering as providing both the "nervous system" and the "heart" of the modern AI data center.

The 'nervous system' is supplied by Raytel Electronics, a high-tech firm specializing in optical modules for AI applications. The collaboration will introduce 800G OSFP/QSFP-DD and 1.6T DR8/LPO modules to the U.S. market. The inclusion of Linear Pluggable Optics (LPO) technology is particularly significant. LPO modules can reduce power consumption by as much as 50% compared to traditional solutions by simplifying the internal electronics, which in turn lowers heat output and operational costs—a crucial advantage in dense, power-hungry AI clusters.

Providing the 'heart' is E-Power, which brings its deep expertise in energy solutions. The company is developing AI Data Center (AIDC) microgrid solutions that provide stable, efficient, and reliable power. Leveraging technology from a U.S. joint venture with Kehui International, E-Power is deploying "Synchronous Constant Frequency Microgrid" systems. These are designed to manage the intense and highly variable power loads characteristic of AI workloads, ensuring a consistent energy supply that is vital for preventing costly downtime and hardware damage. This is further supported by E-Power's foundation in advanced battery materials, including patented graphite anode technologies for large-scale energy storage.

"The AI revolution is not just about chips; it is about the seamless integration of high-speed connectivity and sustainable power," said Mr. Haiping Hu, Chairman of E-Power Inc., in the announcement. "By partnering with Raytel... we are closing the loop on the AI Data Center value chain." To ensure this vision is realized, the companies will form a joint technical task force to harmonize the optical hardware with the smart energy management systems, with the explicit goal of improving overall Power Usage Effectiveness (PUE), the industry's key metric for data center efficiency.

E-Power's Strategic Pivot: From Anodes to AI

For E-Power Inc., this alliance marks a pivotal moment in its corporate evolution. The company, which rebranded from Sunrise New Energy Co., Ltd. in February 2026, has its roots in the manufacturing of graphite anode material for lithium-ion batteries in China. Its founder, Mr. Hu, has been a pioneer in that industry since 1999, and the company operates a 50,000-ton capacity facility in Guizhou Province that runs on inexpensive renewable electricity.

The rebranding and strategic pivot towards AI data center infrastructure represent a calculated move to leverage its core competencies in a new, high-growth arena. Rather than simply supplying raw materials for the energy transition, E-Power is moving up the value chain to provide complete energy systems for the digital transition. This diversification builds directly on its expertise in power storage and material science, applying it to solve one of the most pressing problems in the technology sector. The company is also globalizing its supply chain, with plans for localized production in Vietnam to serve international markets, including meeting U.S. export requirements.

A Bold Play in a Competitive Arena

By entering the U.S. AI infrastructure market, E-Power and Raytel are stepping into a highly competitive field dominated by established giants like Broadcom, Coherent, and Marvell. Hyperscale customers such as Google, Microsoft, and Amazon have deeply entrenched relationships with their existing suppliers.

However, the partnership's unique selling proposition lies in its integrated "Total Solution." While competitors may offer best-in-class individual components, E-Power and Raytel are betting that data center operators will see immense value in a pre-integrated system that guarantees harmony between the data network and the power grid. In a supply-constrained market where hyperscalers are investing hundreds of billions in 2026 alone, a solution that promises to simplify deployment, reduce operational overhead, and improve PUE could be a powerful differentiator. The alliance's stated focus on the U.S. market, utilizing E-Power's established American corporate infrastructure, suggests a strategy tailored to the specific needs and logistics of North American hyperscalers, potentially carving out a significant niche in the ongoing AI infrastructure arms race.