SuperCloud Energy, a clean energy company specializing in scalable on- and off-grid power solutions, and p-Chip Corporation have announced the signing of a Letter of Intent (LOI) to pursue a strategic partnership. The collaboration aims to integrate p-Chip's micro-transponder identity and traceability technology into SuperCloud Energy's U.S.-built battery and energy storage systems. The initiative will begin with battery traceability and serialization across SuperCloud's Green Power on Demand (GPOD) platform, with plans to expand toward full-lifecycle identity and Battery Passport readiness.
Under the LOI, the two companies will engage in technical, operational, and commercial discussions for a phased implementation. The first phase focuses on a battery-traceability engagement, followed by deeper integration into manufacturing and commissioning processes as value is demonstrated. This partnership addresses rising expectations for secure identity, lifecycle traceability, manufacturing integrity, and future Battery Passport compliance in the battery industry.
Conventional labels and QR codes are prone to wear or tampering, and standard RFID antennas often struggle in battery environments. p-Chip's light-activated micro-transponder offers a hardware-unique, read-only silicon identity that cannot be copied, edited, or reapplied. The technology has proven survivability under harsh battery conditions, including thermal cycling, electrolyte exposure, and extended charge/load cycling. It supports hierarchical identity from cell to module, pack, and system levels. Each verified scan can be recorded as an auditable event through Authium, p-Chip's traceability software on SAP Business Technology Platform.
For SuperCloud, this partnership establishes a durable physical root of trust for its domestically manufactured energy storage systems. It links component provenance, manufacturing quality, commissioning sign-off, and dispatch verification to a single, unclonable identity that accompanies each battery throughout its service life. “SuperCloud is building more than batteries or power systems. We are building a globally deployable distributed energy infrastructure,” said Jim Devericks, Founder, Chairman and CEO of SuperCloud Energy. “To do that at scale, every battery must carry a trusted, permanent identity. p-Chip gives us a secure and unclonable foundation for battery traceability, strengthening quality assurance, lifecycle intelligence, and supply chain integrity across our GPOD platform. This not only supports access to global markets like the EU as Battery Passport standards emerge, but positions us ahead of future U.S. regulatory requirements while giving customers greater confidence and visibility into the assets powering their operations.”
Joe Wagner, CEO and Co-Founder of p-Chip Corporation, emphasized the suitability of the technology for energy storage. “SuperCloud is exactly the kind of partner we built this platform for, a manufacturer that treats traceability as infrastructure, not an afterthought. Energy storage is one of the most demanding environments for any identity technology. Our micro-transponders have demonstrated survivability under thermal, electrochemical, and charge/load stress, and this partnership brings that durable, unclonable identity to American-made batteries, from the moment they are manufactured through their entire lifecycle.”
The companies plan to advance the relationship along a phased path: an initial battery-traceability engagement across SuperCloud's manufacturing, QA/commissioning, and dispatch checkpoints; deeper integration into manufacturing workflow and ERP/quality systems; and, over time, a broader identity layer supporting lifecycle intelligence, sustainability assurance, and EU Battery Passport readiness. This announcement carries significant implications for the energy storage industry, as secure and unclonable identity technology becomes critical for compliance with evolving regulations and for building trust in supply chains. For readers, this means greater confidence in the authenticity and lifecycle management of batteries powering data centers, EV infrastructure, remote communities, and other critical applications.
