Fore Energy

Phase change materials store and release thermal energy at specific temperature ranges.

This post breaks down how PCM works and why it’s used to stabilize temperature in controlled environments.

How Phase Change Materials Stabilize Greenhouse Temperatures If you talk to greenhouse operators long enough, the same issue comes up again and again: warm days, cold nights, and the constant effort to smooth out the gap between them.

Water barrels are often used as thermal mass, but they aren’t always the most effective solution.

This article compares traditional thermal mass approaches with phase change materials in real greenhouse conditions.

PCM vs. Water Barrels: Thermal Mass in Greenhouses Water barrels have been used in greenhouses for decades, and for good reason: water is cheap, accessible, and capable of storing large amounts of heat. But as greenhouse designs become more space-efficient and energy cos...

Temperature swings don’t just affect energy use — they directly impact plant stress, growth consistency, and yield.

This post explains why temperature stability matters and how it influences overall greenhouse performance.

Why Temperature Stability Matters in Greenhouses It’s easy to focus on peak temperature — how warm a greenhouse can get on a cold night. But over time, many growers discover that temperature stability has a bigger impact on plant health than maximum output.

Reducing heater runtime without compromising temperature stability is a constant challenge in greenhouse environments.

This article looks at how passive thermal storage can help smooth temperature swings and lower heating demand.

Reducing Heater Runtime with Passive Thermal Storage Energy costs are one of the few greenhouse expenses that operators can reliably predict — and heating often represents a significant share of that cost. Reducing heater runtime, even modestly, can have a meaningful impac...