External References for Phase Change Material Applications

PCM in Commercial

Phase change materials have been successfully integrated into commercial ceiling systems to increase effective thermal mass and reduce HVAC cycling. These applications show how PCM improves temperature stability while reducing mechanical cycling in occupied spaces. 

PCM in Residential

Passive house and high-performance residential designs use PCM to regulate indoor temperatures without mechanical intervention. These projects highlight how PCM supports thermal stability in living spaces designed for minimal energy use.

PCM in Greenhouse

In greenhouse environments, PCM helps protect plants from damaging temperature swings and overnight heat loss by stabilizing internal conditions as temperatures change outside. 

Insights & Applications
Choosing the Right Phase Change Material for Your Greenhouse.

Choosing the Right Phase Change Material for Your Greenhouse.

|David Toups
Learn how to choose the right phase change material (PCM) for your greenhouse. Discover why phase change temperature, climate, crop requirements, and greenhouse design all play a critical role in...
Where Should Phase Change Material Be Installed in a Greenhouse?

Where Should Phase Change Material Be Installed in a Greenhouse?

|David Toups
Discover the best places to install phase change materials (PCM) in a greenhouse. Learn how placement, airflow, solar gain, and greenhouse design influence thermal storage performance and overnight temperature stability.
How Much Phase Change Material Does My Greenhouse Need?

How Much Phase Change Material Does My Greenhouse Need?

|David Toups
Learn how to determine the right amount of phase change material (PCM) for your greenhouse. Discover the key factors that influence thermal storage performance, energy efficiency, and greenhouse temperature stability.
Do Phase Change Materials Actually Reduce Greenhouse Heating Costs?

Do Phase Change Materials Actually Reduce Greenhouse Heating Costs?

|David Toups
Do phase change materials actually reduce greenhouse heating costs? Learn how PCM improves thermal storage, reduces heater runtime, and helps stabilize greenhouse temperatures through smarter energy management.
How Phase Change Materials Stabilize Greenhouse Temperatures

How Phase Change Materials Stabilize Greenhouse Temperatures

|David Toups
Discover how phase change materials (PCM) stabilize greenhouse temperatures by storing and releasing thermal energy at precise temperatures. Learn how passive thermal storage reduces temperature swings, lowers heating demand, and...
PCM vs. Water Barrels for Greenhouses: Which Stores Heat Better?

PCM vs. Water Barrels for Greenhouses: Which Stores Heat Better?

|David Toups
Water barrels have long been used to add thermal mass in greenhouses, but they store and release heat differently than phase change materials (PCMs). This article compares both approaches, exploring...
Why Greenhouse Temperature Stability Matters More Than Temperature Alone

Why Greenhouse Temperature Stability Matters More Than Temperature Alone

|David Toups
Temperature stability is one of the most important and often overlooked factors in greenhouse performance. This article explores how reducing temperature fluctuations improves plant health, lowers energy demand, and creates...
Passive Greenhouse Heating Explained: Why the Best Heating System May Already Be Working for You

Passive Greenhouse Heating Explained: Why the Best Heating System May Already Be Working for You

|David Toups
Lower greenhouse heating costs with passive thermal storage. Learn how phase change materials (PCM) reduce heater runtime, stabilize overnight temperatures, and improve energy efficiency without replacing existing heating systems.
Choosing the Right Phase Change Material for Your Greenhouse.

Choosing the Right Phase Change Material for Your Greenhouse.

|David Toups
Learn how to choose the right phase change material (PCM) for your greenhouse. Discover why phase change temperature, climate, crop requirements, and greenhouse design all play a critical role in...