Rovial builds high‑power solar space platforms using proprietary AI‑enabled robots that autonomously assemble, align, and maintain modular orbital solar arrays. By deploying these scalable platforms on a single heavy‑lift launch, they provide 100 kW to multi‑megawatt power levels for commercial and defense payloads such as communications, data centers, lasers, and lunar missions, reducing launch costs and extending operational lifespan.
Funding
Funding not disclosed
SSFounders
Product
Problem
The current generation of satellites is limited to 25‑30 kW of power, requiring expensive, heavyweight platforms that drive launch costs above €400 million per unit. Emerging GEO/MEO services—high‑throughput communications, in‑orbit data processing, laser payloads, and lunar missions—need substantially more power at lower cost, which existing technologies cannot provide.
Solution
Rovial develops high‑power solar space platforms assembled and maintained by proprietary AI‑enabled robotic systems. Leveraging the large payload capacity of upcoming heavy‑lift launch vehicles, Rovial’s autonomous robots construct modular solar arrays and power‑distribution infrastructure in orbit, enabling platforms ranging from 100 kW satellites to multi‑megawatt power plants. The robots perform precise assembly, alignment, and ongoing repairs, reducing the need for multiple launches and minimizing operational downtime. By delivering scalable, sustainable power generation directly in space, Rovial supports both commercial and defense customers seeking high‑energy payloads such as advanced communications, space‑based data centers, laser systems, and lunar surface power beaming.
Target Audience
Primary customers are satellite manufacturers, telecom operators, space‑based data center providers, defense agencies, and lunar mission planners requiring high‑capacity, cost‑effective power solutions for orbital and surface payloads.
Features
- AI‑driven robotic units capable of autonomous assembly, alignment, and repair of orbital solar structures
- Modular solar array architecture that can be scaled from 100 kW to dozens of megawatts within a single launch
- Single‑launch deployment model using large‑mass rockets, eliminating the need for multiple satellite launches
- In‑orbit maintenance capabilities that extend platform lifespan and ensure continuous high‑power output
- Integrated power‑distribution interface allowing diverse payloads to tap the generated electricity
- Designed for both commercial and defense applications, supporting high‑throughput communications, data processing, laser payloads, and lunar mission power needs