In modern intensive agriculture, yield no longer depends solely on the crop. It depends on the structural sum of the project: the applied engineering, the quality of construction, the installed technology, and the precision of the cultivation system.
Together with one of its clients, a team from J. Huete Greenhouses visited one of their premium cherry tomato greenhouses, where they explained how a precisely designed structure and technology tailored to their needs has generated a constant and measurable increase in production.
His reflection is direct: "When a greenhouse is designed to capture more light, better control the climate, and work with optimized growing systems, the plant responds immediately."
"It's not about over-engineering," said a J. Huete Greenhouses representative in a statement. "It's not about installing technology for the sake of installing it. It's about designing a project where each element—structure, ventilation, screens, hydroponic systems, and materials—fulfills a specific function geared toward performance and return on investment."
© J. Huete Greenhouses, SL
In this case, the results speak for themselves with a higher yield per plant, improved vegetable growth yield, greater stability in harvest cycles, and better operational efficiency all present in the greenhouse.
It all stems from a simple but crucial idea: when engineering is done right, the crop is the first to benefit.
For more information:
J. Huete Greenhouses
[email protected]
www.jhuete.com
