The New Energy Economy

Carbon semiconductor

Molecular design of carbon-based printed semiconductors to produce zero emission power and IR heat reduction.

Nanoparticle inks

Multiple ink systems to optimize performance from direct and indirect light sources.

Roll-to-roll printing

Continuous printed semiconductor film for large scale production, long term durability and flexibility.

ORENgE solutions
▸ ORENgE Skylight▸ ORENgE Shade▸ ORENgE Flat Roof▸ ORENgE Fleet▸ ORENgE Military
Efficacy
Zero-emission onsite power

Low-cost generation, measured in kWh.

20×

Infrared heat reduction.

Energy Printed

Roll-to-roll carbon printed nanoparticle technology enables cost-effective, scalable production of lightweight, flexible printed semiconductor film.

ORENgE technician holding printed semiconductor film in the cleanroom
Roll of printed semiconductor film on the production line
PROCESS

Continuous production

Roll-to-roll printing enables large-scale, uninterrupted fabrication of flexible printed semiconductor — built for industrial manufacturing.

DEPOSITION

Slot-die + screen printing

Carbon nanoparticle semiconductor layers deposited onto recyclable PET substrates in one continuous process.

OUTCOME

Scalable and lightweight

Cost-effective, flexible film for building, fleet, rooftop and field applications.

Light in. Power out.
Zero emission.

Behind-the-meter generation with storage, so the power is used where it's made — day and night.

Capture

Direct and diffused light, at any angle to the light.

Convert

Printed semiconductor film turns IR into DC power — and efficiently removes heat gain.

Store

MPPT charge control into battery storage for round-the-clock supply.

Deliver

DC direct, POE and FMP — or 120 / 220 VAC through an inverter.