From materials to energy to recycling — we account for every gram of carbon.
Grid-independent — no plugging in, no battery swapping. Operational carbon emissions approach zero.
Lithium-ion supercapacitor: longer cycle life, wider temperature range, no thermal runaway, free of cobalt and other conflict minerals.
Organic photovoltaics — unlike perovskite — are completely lead-free. Generates power from indoor lighting alone.
Reduces approximately 30 disposable batteries over its lifetime, eliminating 450g+ of hazardous waste.
Minimalist structure, eco materials — reducing excess packaging and plastic lamination.
The main body uses recyclable ABS, enabling material-grade recycling.
Organic photovoltaics (OPV) use carbon-based organic semiconductor materials that can be printed at low temperatures and are naturally flexible. Unlike the perovskite route, OPV contains no lead or heavy metals — making it a truly recyclable photovoltaic technology.
OPV outperforms traditional crystalline silicon in low-light environments (indoor lighting, overcast days) — which is exactly why it's the preferred choice for indoor light energy harvesting. LumaHarvest's OPV panels collect energy even under ordinary desk lamps and ceiling lights.
Green materials + low-carbon manufacturing + zero-consumption use + closed-loop recycling + transparent data — only when all five stages are connected can it be called extreme.
Users send back old lamps for a discount on new ones — both a sustainability loop and a repurchase driver.
Lampshade / base / OPV / circuit board come apart by hand. Each part is stamped with a recycling code — turning "recyclable" into reality.
Scan to view full-lifecycle carbon footprint, material list, and recycling instructions — proactively aligning with EU ESPR regulations.