DIVVCRN-Space is distributed orbital power architecture that enables satellites to operate as cooperative energy network rather than as isolated spacecraft. Each satellite is equipped with solar generation, onboard energy storage, power conditioning electronics, autonomous energy management software, inter satellite communications and laser based power transmission and reception systems. When one spacecraft has excess solar energy and another experiences deficit due to eclipse conditions, peak payload demand, degradation or contingency situations, energy is transmitted directly between satellites using precision laser power beams. Energy can also be routed through intermediate satellites, allowing constellation to function as a shared orbital battery in which stored energy is dynamically pooled, relayed and redistributed across the network.

Instead of 100 satellites requiring 100 independent batteries sized for worst case conditions, the constellation behaves as one virtual distributed storage system treating electrical energy as routable, networked resource in space. Satellites with surplus energy become temporary power suppliers, while satellites experiencing shortages become recipients. Through intelligent routing algorithms, power can travel across multiple nodes before reaching its destination, creating an orbital energy network analogous to how data moves across the internet. This improves resilience, reduces need for oversized batteries on every spacecraft and increases overall utilization of available solar energy throughout constellation.

The system combines distributed energy storage, autonomous power management, laser power beaming and intelligent multi node energy routing into single architecture. The software layer continuously evaluates energy availability, demand forecasts, orbital geometry, transmission efficiency, battery health and mission priorities to determine where power should be generated, stored, transferred or conserved. Because energy is redirected dynamically, the network continue supporting critical spacecraft even when individual satellites experience failures, degradation or prolonged eclipse periods.

DIVVCRN-Space can be produced using technologies that are already under active development within space industry, including high efficiency solar arrays, advanced batteries, laser power transmission systems, optical tracking hardware, satellite communication networks and autonomous spacecraft control systems. The architecture is modular and scalable, allowing integration into existing satellite buses and future large scale constellations without fundamentally changing spacecraft design. As transmission and optical control technologies mature, network capacity can expand incrementally by adding more satellites and relay nodes.

The system has applications in commercial communications constellations, Earth observation fleets, defense and resilience missions, lunar infrastructure and deep space robotic operations. In lunar applications, orbital satellites can function as energy relay stations transfering power from continuously illuminated spacecraft to lunar surface assets. Rovers, habitats, mining systems and scientific instruments can receive energy indirectly through the orbital network, reducing dependence on large local batteries and extensive surface power infrastructure. Similar architectures could support asteroid mining operations and other remote robotic missions where energy must be delivered on demand across large distances.

By transforming independent satellites into intelligent energy sharing network, DIVVCRN-Space establishes foundation for future orbital power grid. The concept extends principles of distributed networking from information systems to energy systems, enabling resilient, scalable and transferable space-based energy infrastructure capable of supporting future lunar, planetary and deep space economies.

This is application of DIVVCRN
- https://contest.techbriefs.com/2026/entries/automotive-transportation/14044
- https://www.linkedin.com/posts/divvcrn-electricvehicles-evcharging-share-7468028940348022786-JSkg