Commercial-Grade Dynamic Full Spectrum
LED Indoor Cultivation Platform

Control Command Capture Compare Your Growth

Control

Control is the hub between the real-time data captured, the cloud database, and the command of the Engineered Sunlight™ platform. Control is where farmers measure, monitor and manipulate their crop’s growing environment. You will be able to continuously evaluate crop performance, growing conditions, and fine-tune illumination spectra.

Command

Developed for aerospace and advanced materials applications, Engineered Sunlight™ is the most precise and controllable commercial illumination available. The 7-channel Variable Spectra LED illumination enables direct spectral adjustment to mimic seasons, growth cycles, and photobiological triggers.

Capture

Real-time data collected from the environment, the canopy, and the plant is captured using integrated sensor pods to quantify plant growth and environmental conditions. Captured data enables algorithmic plant optimization, alerts, and actionable insight to keep the crop on track.

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Cloud

Plant photobiology and cross-species genetic regulation datasets create the core of growth algorithms and light recipe development. Secure data sharing enables continuous improvement of algorithms and cultivation outcomes.

"Anyone can buy a grow light off the shelf, but G2V takes it to the next level with their special spectral light technology. They have the best lights on the market right now"

Alina Martins, Co-Founder, The Harvest Hub

The Smartest Indoor Growing Platform

Why accept an inefficient “one-size-fits-all” grow light that limits the yield of both crops and desired chemical content?

The Perihelion™ platform combines Engineered Sunlight™, real-time sensor data, and deep photobiology datasets to create a fully-integrated, responsive, intelligent system to optimize production of any cultivar in your indoor controlled environment.

Perihelion Light Bar Specifications

Spectrum

Variable Spectra using 7 LED channels:

Spectral Dimming

To maintain μmol output with different spectra we offer individual dimming control of the 7 channels

3 white channels 0-130%
4 colour channels 0-200%

(0-10 V or pulse-width modulation, dim-to-off)

Light Source

Continuous-wave (CW) solid-state light-emitting diodes (LEDs)

Light Output PPF

8-bar Configuration

1900 μmol/s

LED Efficacy (Avg μmol/J)

Average 2.7 μmol/J

AC Input Power

8-bar Configuration

775 W @ 120 VAC

740 W @ 277 VAC

AC Input Voltage

100 – 305 VAC or 142 – 431 VDC

Max. Ambient Temperature

30 C / 86 F

Thermal Management

Passive

Lifetime

Continuous Luminous Flux Operation: L100*: 50,000 hours

* LED degradation compensated with increased driving current to maintain constant light output

Standards Alignment

Designed to CSA, UL8800 & IP65

Unified Configuration

Medusa Configuration

Weight

16 kg / 33 lbs

Dimensions

102 cm x 103 cm x 13 cm

Illumination Area

1 m sq / 16 sq ft

Average MinimumPPFD

1,278 μmol/m2/s

Spectral Output

Balanced 2.8 umol/J | 1900 umol/s

White LED only 2.7 umol/J | 1900 umol/s

Add Red LED 2.8 umol/J | 1900 umol/s

Highest Red/Blue LED 2.8 umol/J | 1900 umol/s

Lowest Red/Blue LED 2.5 umol/J | 1900 umol/s

Minimum White 2.6 umol/J | 1900 umol/s

"Blurple" (blue-red) LED

To maximize plant growth and minimize plant stress, it is important to not only deeply understand a plant’s requirements, but be able to quickly make adjustments to the light applied.

While there are a wide variety of light sources available for horticulture, fully-programmable LEDs make for one of the better options because of their efficiency, stability and tunability that is suitable for designing a plant-specific PAR spectrum.

PPFD Output

The intensity/amount of PAR is measured by the Photosynthetic Photon Flux Density (PPFD) which is a quantification of the photons received by a surface for a given time (in units of µmol/m²/s). This quantity is important as photosynthesis is a quantum process where 8 to 12 photons are considered necessary for the incorporation of one CO₂ molecule and the release of an O₂ molecule.

A plant's optimal light spectrum depends on species environment stage of growth time of day season

Species

Environment

Stage of Growth

Time of Day

Adjustable Full Spectrum

LED Cultivation Lights

The Perihelion uses Variable Spectra technology, developed for leading scientific research institutions, to match spectra to your cultivar environment. Spectral control means you can maximize crop performance, yield, quality, and chemical content.

We offer industry leading 7-band UV to Far Red spectra for the highest level of growth optimization.

G2V Optics has designed the Perihelion light bars to provide programmable lighting with full-spectrum control for commercial controlled environment agriculture (CEA) farming applications.

Download the Perihelion Specifications

Light is fundamental to plant cultivation. We build the highest precision spectral replication available, allowing you to finely tune the specific photons needed for your crop.

Go beyond fixed spectrum with our variable/adjustable spectral control lights.

For the latest information on the Perihelion grow lights please download the Perihelion product specifications.

Request a quote for your indoor environment

Are you ready to begin using top of the market LED technology to hack your plants growth?

Learn more about how important full spectrum light is to indoor crop yield

Photobiology

Learn about how light fundamentally affects plant growth mechanisms

Learn more

Horticulture Lighting

Which commercial lighting solution is best for indoor farming? Learn more about the various light options