Karibu Greenhouse now offers PCM Thermal Panels as part of innovative energy solutions from Fore Energy.

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Passive Thermal Protection for Living Environments

Passive Thermal Protection for Living Environments Passive Thermal Protection for Living Environments Passive Thermal Protection for Living Environments

 Fore Energy delivers passive thermal solutions that protect people and plants from temperature swings. 

Shop PCM Solutions

Temperature Volatility Drives Energy Costs

In temperature-sensitive environments, instability does more than raise energy costs — it puts plants under constant stress. Overnight cold, daytime spikes, and seasonal swings disrupt growth cycles, strain infrastructure, and force mechanical systems to react instead of protect.


Stabilizing temperature before systems engage helps preserve plant health, reduce shock events, and maintain consistent growing conditions.

How Phase Change Materials Stabilize Temperature

 

Phase change materials (PCM) absorb and release thermal energy within a defined temperature range. As temperatures rise, PCM stores excess heat; as temperatures fall, that stored energy is released back into the environment.


 This passive process protects plants from rapid temperature swings by absorbing excess heat and releasing it when conditions cool — maintaining a more consistent environment without power, controls, or moving parts. 


 Learn how phase change material for greenhouses improves temperature stability and reduces energy demand. 

“Karibu panels helped protect our crops through cold nights and sudden temperature swings — without relying on constant heater cycling”


Commercial Greenhouse Operator

Two Approaches to Greenhouse Temperature Control

Traditional HVAC Systems

Phase Change Materials (PCM) — Passive Thermal Storage

Phase Change Materials (PCM) — Passive Thermal Storage

A large greenhouse with rows of green plants under a transparent roof.

Traditional HVAC systems actively heat and cool greenhouse environments using fuel, electricity, and mechanical equipment. These systems offer precise control but require continuous energy input and ongoing maintenance.


In environments with significant temperature swings, HVAC systems can

experience frequent cycling and peak demand loads, which contribute to

higher operating costs—especially in large commercial greenhouses with

limited thermal mass.


As a result, HVAC systems are often most effective when supported by

passive thermal stabilization that reduces overall load.


  • Reactive heating and cooling
  • Continuous fuel or electricity us
  • Temperature overshoot and cycling
  • Mechanical wear and failure risk
  • Stressful temperature variation for plant

Phase Change Materials (PCM) — Passive Thermal Storage

Phase Change Materials (PCM) — Passive Thermal Storage

Phase Change Materials (PCM) — Passive Thermal Storage

Phase change materials (PCM) provide passive thermal energy storage by absorbing heat as temperatures rise and releasing it as temperatures fall. This process occurs naturally, without motors, controls, or

active energy input.


By smoothing temperature fluctuations, PCM helps reduce peak demand,

limit heater cycling, and improve overnight temperature stability—

particularly during shoulder seasons and colder conditions.


Once installed, PCM systems operate continuously with minimal

maintenance and no ongoing energy consumption.


  • Passive, always-on thermal buffering
  • No emissions or energy input
  • Smooth temperature transitions
  • Stable overnight plant conditions
  • No moving parts or failure points

Where PCM Delivers the Greatest Energy Savings

  • Large daily temperature swings
  • Cold nights that stress plants
  • Greenhouses seeking passive or solar solutions

Introducing Karibu Greenhouse PCM Panels

 Stabilize greenhouse temperatures and protect plants from thermal stress — naturally, passively, and without combustion or emissions. 


 Greenhouse Estimates in Minutes. 

Estimate Energy Savings

Passive thermal storage protects plants at the source — absorbing heat before temperatures spike and releasing it as conditions cool. The result is a calmer, more stable growing environment without power, controls, or mechanical systems.

Fore Energy Group

Who’s Behind These Solutions

Fore Energy Group specializes in phase change material solutions designed to protect temperature-sensitive environments where consistency matters most.  


We develop and deploy passive thermal storage for greenhouses and climate-critical spaces — helping growers reduce volatility, protect crops, and operate sustainably without added energy demand. 

Greenhouse with legacy DuraTemp Tiles

Contact Us

Talk to a Thermal Specialist

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We are an authorized manufacturer's representative for Insolcorp, providing innovative energy solutions through our partnership with Fore Energy.

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