Centauri's product stack spans selenium solar modules, commercial and utility module pathways, BESS systems, microgrids, AI controls, space-power concepts, and customer evidence packages.
"Centauri commercializes technology through product families, not isolated components — governed by disciplined release standards."
Product ArchitectureCentauri commercializes technology through product families, not isolated components. Each product family is governed through product definition, evidence, certification planning, manufacturing readiness, warranty review, and approved customer release.
Centauri's selenium cell and interface pathway is the foundation of the company's advanced solar product strategy. The pathway is intended to support differentiated solar cells and module families that can serve terrestrial and space-adjacent energy applications.
Centauri's residential module pathway is designed for homeowners and installers who need higher energy density, premium design, strong technology positioning, and battery-ready system compatibility. The product family is positioned for rooftops with limited space, high electricity costs, hot-climate performance needs, and premium energy independence positioning.
High-efficiency 400W panel for homes, 21.5% efficiency....
View Details →Centauri's C&I module pathway supports commercial rooftops, warehouses, industrial facilities, schools, hospitals, campuses, logistics centers, and behind-the-meter energy systems. These customers need reliable energy production, energy-cost stability, BESS compatibility, and long-term O&M support.
50W high-efficiency commercial solar module designed for flat and sloped commercial rooftops. Features advanced selenium...
View Details →Centauri's utility module pathway supports large solar farms, hybrid plants, grid-support projects, and project-financed infrastructure. Utility customers require product bankability, certification, traceability, warranty discipline, supplier evidence, and consistent manufacturing quality.
650W utility-scale solar module designed for large solar farms, hybrid plants, and grid-support projects. Features advan...
View Details →Centauri's BESS product pathway supports utility storage, C&I resilience, microgrids, data centers, backup power, peak shaving, and hybrid solar + storage projects. BESS turns renewable generation into flexible infrastructure by storing energy and dispatching it when customers and grids need it.
200kWh modular battery storage system for commercial use....
View Details →Centauri microgrid packages are designed for facilities that need energy continuity, resilience, remote power, or partial independence from the central grid. Each microgrid combines generation, storage, controls, protection systems, telemetry, and O&M planning.
No microgrid products available at this time. Please check back later.
Centauri's data-center power systems combine renewable generation, BESS, backup power, microgrid controls, forecasting, and performance monitoring to support large digital loads. The platform is designed for customers that require reliability, energy cost stability, renewable integration, and long-term power planning.
No data center products available at this time. Please check back later.
Centauri's space-power product pathway includes early-stage concepts for deployable arrays, PV tiles, power electronics alignment, telemetry, battery interface, and LEO demonstration platforms. These concepts support future qualification pathways and strategic validation.
No space products available at this time. Please check back later.
These products should be described as concepts, pathways, prototypes, or demonstration programs until qualified by applicable testing, mission requirements, and customer acceptance.
Centauri's customer evidence pack is designed to support customer confidence, installer readiness, investor review, bankability, warranty discipline, and compliance review.
Contact Centauri to discuss our advanced solar modules, BESS systems, microgrids, and integrated power solutions for your specific application.