Industry - Wearables

A Solar Simulator For Wearables

Replicate the light conditions your products will encounter

Our LED Solar Simulators Are Trusted By

Test Your Wearables In Any Sun or Ambient Light Condition

Customers around the world will be wearing your technology and exposing it to different light conditions, both indoors and out. You need to ensure the viability of your wearable tech, from the highest to lowest intensities, in mW/cm2 or in lux.

Testing your product in every corner of the globe is not feasible, but with G2V LED technology you have access to every possible solar spectra and most ambient light to prove your wearables perform in every environment.

G2V solar simulators give you the flexibility to confidently scale your innovation out of the laboratory to the mass market.

Supercharge your research and development with flexible illumination.

Featured Innovations

The Most Advanced Technology For Your Cutting Edge Research

You’re building something great. Our solar replication technologies mean you don’t have to worry about accurate light.

Up to 32 tunable LED channels allowing you to tailor your spectrum
Small form factor and flexible mounting options to fit your lab
IV and EQE hardware modules to aid in automatic characterization of solar cells
Python API allows for automated test cycling

Get a solar simulator that fits on the end of your desk.

Up to 36 tunable LED channels allow you to produce any indoor or outdoor spectrum
Python API and LabView DLL enable automation for cycling or production-line work
Industry-leading spectral coverage and the lowest spectral deviation to test wearables under the most accurate light
Class AAA light starting at 20 cm by 20 cm and larger

How Integrated Photovoltaics Are Powering Wearables

Battery life – in other words, available electrical energy—is a concern for any wearable technology. Thin-film solar cells are opening the door to solar charging rather than relying on traditional wall-plugs. You’re ready to incorporate photovoltaic technology, but need to know the most appropriate type. Is the solar cell that’s good for clothing the same as what you’d want in your fitness tracker? The details matter, and performance characteristics are essential in wearables.

Our comprehensive photovoltaics article can help you, covering such topics as:

Case Study: Wearable Tech Developer Needed Scalable Wide Spectrum

Problem: A multinational wearable technology company was developing a product they needed to rapidly test under a wide spectrum.

Innovation: G2V provided them with a 2×2 unit Sunbrick array covering the spectral range from 400 nm – 1500 nm.

Outcome: The wearable tech company was able to conduct initial testing to validate their devices, and scale up their operations and experiments with additional Sunbrick arrays.

G2V's FAQs

Do I have to reveal details about my proprietary technology in order to find the right solar simulator for my application?

No, we don’t need to know about your proprietary tech, and are willing to sign an NDA if needed. We’ll ask you a few questions about the dimensions (both area and volume) you’re trying to illuminate, as well as what your most important specifications are, but we’ll respect your confidentiality while still delivering an excellent solar simulator.

We are global and our team is spread out. Can you do multi-site support?

Yes, we can! We can calibrate multiple simulators in tandem to ensure synchronicity before shipment to multiple sites. Additionally, we provide ongoing support to monitor individual simulator output to ensure alignment in testing results across your organization, no matter the physical geography.

I want my device to work in low-light conditions. Can you produce accurate spectra at low levels?

Because G2V solar simulators were designed for maximum efficiency at 1-sun intensity, the drivers are not optimized for very low current outputs. However, low-flux solutions are still achievable in combination with neutral density filters. If this is a requirement, please get in touch with us to discuss how we can deliver the dynamic ranges you require for your research.

Can the solar simulator be used in combination with a test chamber?

Yes. In most cases if you can tell us the window material and thickness, we can calibrate your solar simulator to compensate for the glass transmission, so the irradiance your sample receives is the same high-accuracy spectrum we would normally produce without a window.

Knowledge Base

Our Expertise. Your Home Base.

We make sure that our customers have access to resources that help them understand more not only about the products we offer, but related applications and standards. Visit the knowledge base to learn more about Angle of Emission, Perovskites, Photovoltaics and much more.

IEC 60904-9:2020 Standard for Solar Simulators

In our modern era, nearly every industry has standards that set baselines for ensuring its associated products are safe and suitable to perform intended tasks. Solar simulation – reproducing sunlight – is no different, having standards that specify the requirements for solar simulators, and...

Photodetector Validation Using A Solar Simulator

Solar Simulator Spectral Irradiance

Solar Simulation

Talk to a Tunable Light Expert for Better Testing Your Wearables

Inside. Outside. Our world, or an augmented one. Whether your users take your wearables everywhere, or your tech takes users anywhere, you need to test it with light. Your tech’s unique. You’re eager to bring it to an international audience, but don’t want to compromise on quality. Get in touch with an expert on tunable light, and we’ll discuss the details of your application until we ensure your particular needs are met. We see customer interactions as partnerships, and it’s essential in wearable tech with so many rapid developments and custom form factors. We’re excited by discovery and innovation, and would love to contribute to yours.