SHINE Labs develops SHINE APEX, an ultra‑lightweight microgroove photovoltaic film designed for space, defense, and other mission‑critical surfaces where weight, stowage, rapid deployment, and high power density are essential. The product targets a specific power‑to‑weight ratio of over 8% and a film weight below 0.5 kg/m², with roll‑to‑roll manufacturing enabling scalable production. Terrestrial proof markets provide early OEM feedback and field validation, de‑risking the path to space‑qualified solar panels.
Funding
Funding not disclosed
Founders
Product
Problem
Mission-critical platforms in space and defense often rely on rigid solar panels that are heavy, bulky, and slow to deploy, limiting payload capacity and rapid operational readiness. The lack of lightweight, high‑density power sources hampers the design of mass‑constrained systems that must be stowed compactly and activated quickly.
Solution
SHINE develops the SHINE APEX line of ultra‑lightweight microgroove photovoltaic panels that target a power conversion efficiency above 8% while weighing less than 0.5 kg per square meter. The panels are fabricated using roll‑to‑roll manufacturing, enabling large‑area flexible films that can be tightly rolled for stowage and rapidly unfurled in orbit or on the field. By leveraging terrestrial proof markets, SHINE validates performance, gathers OEM feedback, and de‑risks the transition to space‑grade solar solutions. The flexible form factor provides higher power density per unit mass compared with traditional rigid arrays, supporting rapid deployment and integration on constrained surfaces. Continuous field testing and pilot programs feed iterative improvements, accelerating qualification for frontier‑energy applications.
Target Audience
Primary customers are satellite manufacturers, defense contractors, and operators of mission‑critical systems that require lightweight, quickly deployable solar power solutions.
Features
- Microgroove photovoltaic architecture delivering >8% efficiency on a sub‑0.5 kg/m² film
- Roll‑to‑roll manufacturing for scalable production of flexible solar sheets
- Compact rollable form factor enabling high stowage efficiency and rapid on‑site deployment
- Designed for mass‑constrained, mission‑critical surfaces in space and defense environments
- Terrestrial proof‑market program that provides field validation and OEM feedback before space qualification
- High power‑to‑weight ratio optimized for deployable power generation on limited‑area platforms