How can I choose the best greenhouse lighting?

Greenhouse located in an area with insufficient sunlight may require a complementary light source for optimal plant growth. The selection of the best greenhouse lighting usually requires a general knowledge of the light spectrum and a range of colors provided by different types of bulb. Fluorescent greenhouse lighting is a cheap choice that produces light in a blue or red spectrum depending on the type of bulb selected. Lighting with high intensity discharge is available in blue light production, metal halogenide version, or in a high -pressure sodium light bulb with red light. Traditional bulbs are usually ineffective and hot, while diodes radiating light (ice) often give vegetation an unnatural appearance in natural sunlight.

plants generally require light from the entire spectrum for proper growth. The greenhouse should be placed in a way that allows plants to absorb as much sunlight as possible. Greenhouses placed under the canopy of trees or in the shadower structure usually inIt is a form of complementary lighting. The choice of the best greenhouse lighting often requires a basic understanding of the type of light produced by different bulbs. The light of the red spectrum usually brings the best results for flowering or fruit plants, but the blue spectrum lighting must also be present to prevent vegetation growth too high or thin.

Fluorescent bulbs can be a good selection of greenhouse lighting if costs are an important factor. These bulbs are sold in a blue emitting, a cool-white version that is very effective for seedlings and short plants. The warm white version emits the red spectrum light that is suitable for flowering and fruit plants. These bulbs emit light with low intensity and produce very little heat. Fluorescent bulbs are usually located in close proximity to plants for optimal results.

discharge of high intensityThe equals work very well for larger structures, but can also be expensive. Despite their initial higher costs, these bulbs are a long -term and energy -efficient greenhouse lighting method. They are available in metal halogenide or high -pressure version of sodium. Metal halogenide bulbs are often used as a source of primary lighting and produce light with blue spectrum. High -pressure sodium bulbs with red spectrum have an orange glow and are usually used as a secondary light source.

Conventional bulbs are usually a poor choice for greenhouse lighting. These bulbs emit the light of the red spectrum, but are generally lower than other lighting methods due to their low intensity and high thermal output. Bulb can be used as a source of secondary lighting if they are located at a safe distance from the plants. LEDs are not recommended for greenhouse lighting purposes. These bulbs tend to give plants an unusual look when looking at the natural sunthe light rolling.