FAQs
Frequently Asked Questions
How does AgriPhoton work?
AgriPhoton uses an advanced photonic coating applied to greenhouse or polytunnel covers. The coating manages how sunlight enters the structure by reducing excess high-energy light and redistributing more plant-useful wavelengths inside. This improves light quality for crops while helping regulate heat, leading to better growing conditions without adding energy or equipment.
Does AgriPhoton work on all types of greenhouses?
Yes, AgriPhoton can be applied to most greenhouse and polytunnel structures. However, the greatest benefits are seen in low- and mid-tech greenhouses where growers rely heavily on natural sunlight and passive climate control. In very high-tech, fully climate-controlled greenhouses, the performance gains may be smaller.
What kind of return on investment (ROI) can growers expect?
Returns depend on crop type, location, and market pricing. In general, growers see payback within 6 to 9 months. The value comes from higher yields, faster production cycles, lower operating costs, and eliminating the need for seasonal shading paints.
How does AgriPhoton compare to traditional shading paints?
Traditional shading paints block sunlight to reduce heat, which also limits photosynthesis. AgriPhoton replaces shading paint by managing light more selectively; reducing heat stress while still allowing productive light to reach plants. This means better climate control without sacrificing yield.
Is AgriPhoton safe for crops and workers?
Yes. AgriPhoton is a passive, non-electrical coating that does not emit radiation or require active controls. Once applied, it remains stable on the greenhouse surface and does not interfere with daily operations or worker safety.
Additional FAQs
How long does the coating last?
AgriPhoton is designed to last up to two growing seasons under normal operating conditions. This allows growers to amortize the cost over multiple harvest cycles.
What crops benefit most from AgriPhoton?
High-value crops such as tomatoes, cucumbers, peppers, leafy greens, and berries see the strongest benefits. These crops are particularly sensitive to light quality, heat stress, and production timing.
Does AgriPhoton reduce energy costs?
Yes. By improving heat management and light efficiency, AgriPhoton typically delivers around a 5% reduction in operating and energy costs, especially in greenhouses that rely on ventilation, shading, or cooling strategies.
Is installation complicated?
No. AgriPhoton is applied like a coating to existing greenhouse or polytunnel covers. It does not require structural changes, electrical systems, or new equipment, making deployment fast and scalable.
Can AgriPhoton be used in hot or sunny climates?
Absolutely. AgriPhoton is especially effective in regions with high solar intensity, where managing excess heat and light is critical. It helps maintain productive growing conditions without blocking sunlight entirely.