Advanced solar, storage, AI, and space-adjacent energy technology.
Centauri develops technology pathways that support high-performance solar modules, resilient storage systems, AI-enabled energy operations, severe-environment power infrastructure, and future space-power demonstrations.
Technology as a commercialization pathway, not a lab achievement.
Centauri treats technology as a pathway that must become a product, pass validation, align with certification, support manufacturing, connect to customers, and integrate into finance-ready infrastructure.
Targets subject to validation, certification, and approved public release.
Product ratings, efficiency targets, and certification status are released only when supported by validation records, third-party testing, and approved language.
Residential & C&I
Rooftop and commercial module families
Utility-Scale
Ground-mount solar generation
Storage-Integrated
Solar + BESS energy systems
Space-Adjacent
LEO and space-power concepts
A selenium interlayer solar technology pathway.
A differentiated solar-cell and module commercialization program for residential, commercial, utility, severe-environment, and space-adjacent applications.
Advanced Absorber-Interface
Engineering at the absorber-interface to support high-performance photovoltaic conversion.
Selenium Interlayer Cell
A differentiated selenium interlayer solar-cell pathway and module architecture.
High-Efficiency Architecture
Cell architecture concepts targeting premium efficiency for constrained applications.
Severe-Environment Relevance
Thermal performance and materials thinking drawn from high-consequence environments.
Module Productization
Translating cell concepts into residential, C&I, and utility module families.
Space-Adjacent Validation
Demonstration pathways toward LEO and space-power concepts.
Manufacturing Transfer
Transfer packages, BOM logic, process constraints, and QA control for production.
Release Discipline
Customer evidence and approved-language gates before any public claim.
Performance language is written as “target,” “pathway,” “under validation,” or “subject to certification” until supported by test reports, certifications, and approved release language.
Technology heritage, communicated with public-claims discipline.
Centauri is advancing a selenium interlayer solar technology pathway connected to NASA-origin technology heritage and technology-transfer context. The technology is developed through Centauri-controlled commercialization gates for terrestrial, severe-environment, and space-adjacent energy applications.
NASA-origin wording is used for technology lineage and technology-transfer context only and does not imply NASA endorsement, sponsorship, certification, procurement, warranty, product approval, investment participation, or government guarantee.
From prototype to product release.
Technology pathways are managed through readiness stages that connect technical progress to customer confidence.
Research Basis
Technology lineage, technical concept, IP review, and early modeling.
Prototype Development
Cell or module prototype, design assumptions, and early test planning.
Laboratory Validation
EL / flash testing, IV data, thermal tests, reliability screening, and performance comparison.
Pilot Build
Prototype-to-pilot transfer, process records, BOM confirmation, and QA records.
Certification Pathway
IEC, UL, CEC, market-entry listing, and third-party review.
Manufacturing Readiness
Factory traveler, serial evidence pack, supplier certifications, and QA approval.
Commercial Release
Datasheet, warranty, installer guide, evidence pack, and approved public language.
Materials for performance, durability, and extreme conditions.
From the selenium interlayer and passivation stack to encapsulants, metallization, and thermal-management materials, every layer of the module is engineered for conversion efficiency, long-term durability, and severe-environment reliability.
Selenium Interlayer & Absorber
Core absorber-interface pathways underpinning the cell program.
Advanced Passivation Layers
Surface engineering for stability and conversion efficiency.
Conductive Metallization
Conductive materials and metallization strategies.
Encapsulants & Backsheets
Package materials for durability and degradation control.
Glass & Frame Optimization
Optical and structural optimization of the module package.
Lightweight Space-Adjacent Modules
Weight-disciplined module concepts for space-adjacent use.
Thermal Management Materials
Heat-path materials for severe-environment performance.
Advanced Conductive Concepts
Graphene and advanced conductive materials concepts where applicable.
Materials Traceability
Supplier qualification and traceability across the BOM.
Engineering for orbit, applied to power systems on Earth.
Energy systems designed for high-consequence, space-adjacent environments — severe heat, radiation, and remote autonomy — make terrestrial power infrastructure more resilient. Centauri applies this discipline today while developing milestone-based LEO demonstration pathways.
Milestone-based space-power demonstration pathways.
Deployable selenium arrays, PV tiles, power distribution, telemetry, and LEO validation programs, described as concepts and pathways until qualified.
Requirements & Cell Design
Requirements definition with selenium materials and cell design.
Prototype Array
Deployable array prototype development and environmental test planning.
Radiation & Thermal Review
Radiation, thermal, and power-electronics integration review.
Demonstration Planning
Hosted payload or demonstration-mission planning and flight-data collection.
Space-power concepts are described as concepts, demonstrations, or pathways until qualified through mission requirements, environmental testing, flight heritage, and customer acceptance.
Take the technology pathway further.
Centauri's technology platform connects R&D to bankable infrastructure. Engage with the platform team on technology, licensing, or validation pathways.