Application - Photovoltaic Devices

Solar Simulator for Photovoltaic Research

Test tandems, thin films, Si, and beyond with one instrument

Our LED Solar Simulators Are Trusted By

Create the Future of Solar With Better Photovoltaic Testing

Solar-powered devices are one of the keys to creating a cleaner, more sustainable world. Making these devices effective and scalable means creating realistic and repeatable test conditions. When researching and developing PV devices, your light sources should never be “good enough.”

People depend on your research. You need to depend on your solar simulation.

At G2V, we’ve created large- and small-area solar simulation lights that provide the precision you need to accurately innovate, test, and iterate – easily, efficiently, and repeatedly.

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.

Variable spectra module to allow you to probe specific sub-junctions
Optional reference cell to facilitate ongoing comparative baseline measurements
IV hardware module to aid in automatic characterization of PV devices
Low-Resolution EQE hardware module to aid in automatic characterization of quantum efficiency

Get a solar simulator that supports every stage of your PV validation.

Up to 36 tunable LED channels to allow you to probe specific sub-junctions
Large Class A area of 20 cm by 20 cm (and larger)
Python API and LabView DLL to allow automation for cycling or production-line validation
Low LED drive currents to maximize lifetime and ensure longevity

The Sunbrick provides a stable platform to grow with your PV cells.

Customize the intensity and wavelength profiles

We test the performance of our perovskite solar cells in a special chamber that controls variables like humidity and temperature to measure their behavior in real-life conditions. At the heart of our chamber is solar illumination, provided by the G2V Sunbrick simulator. The ability to customize the intensity and wavelength profiles, all while maintaining excellent uniformity and stability has been key in our perovskite manufacturing process. The integration options of the Sunbrick have allowed us to control our solar cell characterization and chamber’s operation in a unified manner

Ajan Ramachandran, PhD

Optics Research Scientist, Rayleigh Solar Tech

You’re building the future. We’ll provide the light.

How Precision Light Sources Change The Future of Photovoltaic Testing

PV R&D is changing the world, whether it’s mounted on a rooftop or in a field of concentrated photovoltaic (CPV) modules. As we rely more and more on the power of solar, solar relies more heavily on getting it right, from individual cells to the solar back sheets. LED solar simulators are giving researchers the tools they need to create more accurate and scalable devices.

Our comprehensive PV article can help you go from the theoretical basics up to the most cutting-edge PV research, including:

Interested in seeing if our work fits your R&D? Let’s start a conversation.

Case Study: G2V and NREL collaborate to validate LED solar simulators and improve multi-junction testing

Problem: The need for large-scale solar simulators and the long-term opportunity for LEDs in Solar Simulation

Solution: Photovoltaics Testing with a Sunbrick™ Large-Area LED Solar Simulator

Outcome: NREL is excited by the prospect of moving toward a standalone multi-junction solar cell test station.

Photovoltaic Testing Frequently Asked Questions (FAQs)

I’m developing a solar cell with a wider bandwidth of spectral responsibility. Can an LED solar simulator produce the light I need further in the infrared region?

Yes. LED technology has come a long way and continues to develop at a rapid pace, which has allowed longer and longer wavelength infrared LEDs to become commercially available.

Aren’t long-wavelength infrared LEDs so expensive that the solar simulator I need will cost too much?

No. Infrared LEDs are somewhat more expensive because they are newer technology, but G2V has worked hard to ensure that the overall solar simulator cost is on par or cheaper than competing technologies.

I’m moving from small device testing to large solar panels. Do you have a solution for that?

Yes! For large-area solar simulation, see the G2V Sunbrick, which can be tiled into arrays as large as you need.

I’m testing devices with specific current and voltage ranges, and am unsure if the Pico’s IV module will meet my needs.

If you haven’t gotten the answers you need from the Pico spec sheet, please get in touch and we’ll be happy to discuss your particular application.

Knowledge Base

Our Expertise. Your Home Base.

We ensure that our customers have access to resources that help them understand more about our products, relevant applications, and standards. Visit the knowledge base to learn more about the field of solar simulation, Class AAA standards, Aerospace PV, and more.

Photovoltaics Solar Cells

Photovoltaics Solar Cells Article Intro This article outlines the importance of solar cell technology in the context of the world’s increasing energy needs and the need to move away from fossil fuels to combat climate change. These factors drive the need for...

Arizona State University – Discerning True Performance Of Si/Perovskite Tandem Cells With Accurate IV Testing

Perovskite Accelerator Commercializing Technologies: Building Trust With a PACT for Solar Energy

Get Started

Talk to a Photovoltaic Expert About Your Project

You’re building a more sustainable world. You’re creating a better future. You deserve the information you need, when you need it.

That’s why we’d love to be in touch. We want to know if our innovations can make your project work better, your research be more accurate, and your product get to market more quickly. So let’s talk about your needs. We’re curious about what you’re working on.