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Smart greenhouses employ advanced ventilation systems to maintain optimal growing conditions. Here are the primary ventilation methods:

Since 2012, Ruineng Greenhouses has expanded globally, beginning with intelligent greenhouse projects in the Netherlands and establishing partnerships with international enterprises. To date, the company has collaborated on dozens of projects worldwide, including a landmark European greenhouse project with UK-based Ondaa International Group.

Superior durability (30+ years lifespan) with hot-dip galvanized steel frames. High light transmission (90–97%), ensuring optimal photosynthesis. Excellent climate control (stable temperature & humidity).

1. Importance of Humidity Regulation In smart greenhouses, maintaining optimal humidity (typically 60–90% RH, depending on crop type) is critical for: Preventing plant stress (wilting or fungal diseases). Ensuring proper transpiration and nutrient uptake. Maximizing yield and quality.

A glass greenhouse operates on the "greenhouse effect", where sunlight passes through the transparent glass panels and is converted to heat energy, which gets trapped inside the structure. This creates a controlled microclimate suitable for year-round plant growth.