GS Thermal Solutions
September, 2015
Copyright 2014 GS Thermal Solutions All Rights Reserved
GS Thermal was founded to integrate advanced cooling technology with
revolutionary design to amplify energy savings and significantly reduce
carbon footprints
Application Focus – Product & Engineering
Highly Efficient Cooled Lighting Systems for indoor horticulture
Smart Buildings / Whole building Thermal Management
Engineering & Design Services
GS Thermal Solutions
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Copyright 2014 GS Thermal Solutions All Rights Reserved
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GS GROW SYSTEM
Our commitment is to deliver the most advance and energy efficient grow system for your facility
GS Thermal offers the most advanced grow
Lamps and system in the indoor agriculture
industry. The combination of unique liquid
cooled LED’s and out proprietary control
system allows the grower to customize,
monitor, and optimize their grow process.
The GS Grow System can be operated as
the most energy efficient grow system in
the world.
PATENTS PENDING
Copyright 2014 GS Thermal Solutions All Rights Reserved
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GS GROW LIGHT
Liquid Cooling allows LED Lamps to operate at higher light output without destroying diodes and
producing excess heat that must be managed
• High power LED diodes to enhance light penetration (max 1000W)
• Intensity control of each spectra in the light offers improved operational
efficiency - lights are adjustable to different plants
• Uniform light distribution for plant growth consistency
• Targeted spectra for maximum photosynthesis absorption
• Spectra ratio control to fit any grow method and stage of plants
• Low heat radiation allows plants to be located closer to light source (<4
inches)
• Low profile and radiation heat transfer makes the system suitable for
multiple grow levels (vertical grow)
• Water proof LED (IP65) allows it to work in any moisture or wet condition
• Visual (occupancy) mode makes it easy for growers to service plants and
facility
GS Thermals Innovative Liquid Cooled LED
Copyright 2014 GS Thermal Solutions All Rights Reserved
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GS Thermal Solution LED Grow Light
•Benefits
• High PAR (Photosynthesis Active Radiation)
output with low heat
• Proprietary cooling allows for effective heat
management
• Close coupling of light to plants
• Spectra is controllable to customize for specific
plants or each stage of the plant grow (LED
diodes can be customized to meet any
requirement)
• Intensity control without changing wavelengths
of light
• Heat Reclamation for better efficiency
Significant reduction in capital / Installation costs
Electrical infrastructure (reduced up to 75%)
Heating / cooling infrastructure ( reduced up to 70%
savings)
Double density of plant growth in same footprint
(multi-layer grow doubles output per square foot)
Copyright 2014 GS Thermal Solutions All Rights Reserved
Revolutionized Cooling System
• GS LED cooling system provides up to 70% free
cooling of total heat output from grow light.
• Fully engineered to work with GS LED grow light
• Cooling system can be monitored and controlled
with GS Grow System controls
• Smart cooling system modulates according to the
demand cooling from LED
• Modular design for scalable and adaptable to
multiple grow levels
• Minimal cooling requirement from building HVAC
• Liquid cooling mechanical system designed with
redundancy
• Heat reclamation helps facility to further reduce
energy uses
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GS COOLING SOLUTION
Our engineering expertise in the HVAC technology can offer you the most efficient and cost effective design
Copyright 2014 GS Thermal Solutions All Rights Reserved
GS Central Control & Monitoring System
• Real time data display for facility
monitoring
• Control LED spectra and intensity
• Central control system monitors the
cooling operating condition to maximize
the efficiency
• Nutrient monitoring and feeding control
• Light spectrum and intensity set point can
be stored for optimization and future
reference
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GS CENTRAL CONTROL SYSTEM
Central control and monitoring system allows
grower to customize and analyze grow process for
any specific grow area within the facility.
GS Thermal Solutions
Thank You

Gs Liquid Cooled LED Grow Light

  • 1.
  • 2.
    Copyright 2014 GSThermal Solutions All Rights Reserved GS Thermal was founded to integrate advanced cooling technology with revolutionary design to amplify energy savings and significantly reduce carbon footprints Application Focus – Product & Engineering Highly Efficient Cooled Lighting Systems for indoor horticulture Smart Buildings / Whole building Thermal Management Engineering & Design Services GS Thermal Solutions 2
  • 3.
    Copyright 2014 GSThermal Solutions All Rights Reserved 3 GS GROW SYSTEM Our commitment is to deliver the most advance and energy efficient grow system for your facility GS Thermal offers the most advanced grow Lamps and system in the indoor agriculture industry. The combination of unique liquid cooled LED’s and out proprietary control system allows the grower to customize, monitor, and optimize their grow process. The GS Grow System can be operated as the most energy efficient grow system in the world. PATENTS PENDING
  • 4.
    Copyright 2014 GSThermal Solutions All Rights Reserved 4 GS GROW LIGHT Liquid Cooling allows LED Lamps to operate at higher light output without destroying diodes and producing excess heat that must be managed • High power LED diodes to enhance light penetration (max 1000W) • Intensity control of each spectra in the light offers improved operational efficiency - lights are adjustable to different plants • Uniform light distribution for plant growth consistency • Targeted spectra for maximum photosynthesis absorption • Spectra ratio control to fit any grow method and stage of plants • Low heat radiation allows plants to be located closer to light source (<4 inches) • Low profile and radiation heat transfer makes the system suitable for multiple grow levels (vertical grow) • Water proof LED (IP65) allows it to work in any moisture or wet condition • Visual (occupancy) mode makes it easy for growers to service plants and facility GS Thermals Innovative Liquid Cooled LED
  • 5.
    Copyright 2014 GSThermal Solutions All Rights Reserved 5 GS Thermal Solution LED Grow Light •Benefits • High PAR (Photosynthesis Active Radiation) output with low heat • Proprietary cooling allows for effective heat management • Close coupling of light to plants • Spectra is controllable to customize for specific plants or each stage of the plant grow (LED diodes can be customized to meet any requirement) • Intensity control without changing wavelengths of light • Heat Reclamation for better efficiency Significant reduction in capital / Installation costs Electrical infrastructure (reduced up to 75%) Heating / cooling infrastructure ( reduced up to 70% savings) Double density of plant growth in same footprint (multi-layer grow doubles output per square foot)
  • 6.
    Copyright 2014 GSThermal Solutions All Rights Reserved Revolutionized Cooling System • GS LED cooling system provides up to 70% free cooling of total heat output from grow light. • Fully engineered to work with GS LED grow light • Cooling system can be monitored and controlled with GS Grow System controls • Smart cooling system modulates according to the demand cooling from LED • Modular design for scalable and adaptable to multiple grow levels • Minimal cooling requirement from building HVAC • Liquid cooling mechanical system designed with redundancy • Heat reclamation helps facility to further reduce energy uses 6 GS COOLING SOLUTION Our engineering expertise in the HVAC technology can offer you the most efficient and cost effective design
  • 7.
    Copyright 2014 GSThermal Solutions All Rights Reserved GS Central Control & Monitoring System • Real time data display for facility monitoring • Control LED spectra and intensity • Central control system monitors the cooling operating condition to maximize the efficiency • Nutrient monitoring and feeding control • Light spectrum and intensity set point can be stored for optimization and future reference 7 GS CENTRAL CONTROL SYSTEM Central control and monitoring system allows grower to customize and analyze grow process for any specific grow area within the facility.
  • 8.