ILUMINAR Lighting | Horticultural Lights的动态

There are many factors to consider when maintaining greenhouse temperatures. Bench layouts, obstructions to airflow, plant coverage on the floor, and even flooring type can affect temperature. The design of the roof can also influence temperature rise. The temperature of the air pass through greenhouse, will increases by 1°F per 10 feet in the summer. When it comes to cooling a greenhouse, it's essential to focus on reducing temperatures at the plant level. In most greenhouse systems, the air rises up and away from the plants, which doesn't cool them effectively. However, in a cross-flow arrangement of greenhouses connected to gutters, the gutters act as a barrier and help keep cold air at crop level. Clear baffles should be installed from the roof down to just above the top of the crop, approximately 30 feet apart, in fixed locations for longitudinal flow arrangements. This helps direct cool air to the plants and lowers the overall temperature in the greenhouse. A dry cooler can help regulate temperature and keep plants healthy to combat this. If you want to learn more, visit:

Finding the right plant growth cabinet is crucial for your plants and your business to flourish! Check out our latest article where we unpack everything from understanding your plant's specific needs to the ins-and-outs of choosing between lighting and humidity options. https://hubs.li/Q02GSJ6j0 #Thermoline PlantGrowthCabinets #ScientificEquipment #PlantGrowth #IndoorGardening #ResearchInnovation #BusinessGrowth

?? Curious about how temperature impacts the lifespan of your LED grow lights? ?? In the world of indoor gardening and horticulture, understanding the factors that affect the longevity of your lighting solutions is crucial. Our latest article dives deep into the relationship between temperature and the performance of LED grow lights. Discover how maintaining optimal temperature conditions can not only extend the life of your lights but also enhance plant growth and yield. Whether you're a seasoned grower or just starting, this knowledge is essential for maximizing your investment! ?? Read more to learn how to get the most out of your LED grow lights! #LEDGrowLights #IndoorGardening #Horticulture #PlantGrowth #SustainableGardening #EnergyEfficiency #GrowSmart #TemperatureControl #JTGROWLIGHT

When it comes to maintaining a lush greenery, the choice between self-watering planters and normal planters can significantly impact not just the health of your plants, but also your time and budget. Here's a breakdown of the benefits and cost savings associated with each: Self-Watering Planters: 1. Conservation of Water: These planters are designed to deliver water directly to the roots as needed, reducing water waste compared to traditional watering methods. 2. Time Efficiency: With self-watering mechanisms, the frequency of watering is reduced, freeing up time for other tasks. 3. Plant Health: By providing consistent moisture levels, self-watering planters promote healthier root systems and overall plant growth. Normal Planters: 1. Initial Cost: Traditional planters typically have a lower upfront cost compared to self-watering ones. 2. Maintenance: Regular monitoring and watering are necessary to ensure plants remain healthy, which can be time-consuming. 3. Water Usage: Without self-regulating systems, there's a risk of overwatering or underwatering, leading to water wastage or plant stress. Cost Savings Analysis: | Item | Self-Watering Planters | Normal Planters | |-----------------------|-------------------------|-----------------| | Upfront Cost (per planter) | $50 | $30 | | Total Cost for 100 Planters | $5,000 | $3,000 | | Annual Water Usage | 50% reduction | - | | Annual Labor Cost | Reduced by 30% | - | | Total Annual Savings | Varies based on factors| - | Example Scenario: Let's consider a hotel with 100 planters. Opting for self-watering planters would entail an initial investment of $5,000. However, over time, the reduced water usage and labor costs could lead to significant savings, making the initial investment worthwhile. On the other hand, while normal planters may seem more economical upfront, the additional labor and water expenses over time could outweigh the initial savings. Ultimately, the choice depends on long-term goals, budget, and resource availability.

Study shows indoor vertical gardens chew up energy for improvement Energy consumption must be carefully managed to ensure these systems are sustainable in the long term. Indoor vertical gardens are all the rage among homeowners and restaurants, offering the ability to grow fresh microgreens year-round. However, recent research has unveiled a major downside: their high #energy demands. A study by researchers from the Marche Polytechnic University and the?University of South Australia?reveals that while these #domesticverticalgarden systems provide local produce with zero food miles, they come with a hefty #energycost. #Artificiallighting, crucial for plant growth, makes up over 50% of the total energy costs when cultivating red lettuce, a staggering five times higher than professional #verticalfarming setups. Additionally, the #ventilation and #irrigation systems also contribute significantly to the overall energy usage, accounting for 18% and 9% of the power costs, respectively. The study delved into the?#electricityconsumption patterns of a state-of-the-art commercial home #cultivator, also known as an #indoorgarden. By leveraging smart meters to track real-time electricity usage and peak demands, the research uncovered crucial insights. Lead author Dr. Gianluca Brunetti emphasized the significance of the findings, shedding light on the immense potential to enhance the technology employed in domestic indoor vertical gardens and address energy inefficiencies. “Indoor vertical farming has significant potential to contribute to #urbanagriculture by growing crops year-round in compact spaces,”?Dr Brunetti says.?“However, energy consumption, particularly from artificial lighting and ventilation systems, must be carefully managed to ensure these systems are not only viable but also sustainable in the long term.” The researchers are confident that indoor vertical gardens are poised for significant growth in the next decade as cities increasingly prioritize sustainability. Vertical farming is hailed as a resource-efficient technology that conserves?water, nutrients, labor, and space while enabling year-round crop production and protection from pests. However, rapid innovation comes with its challenges, such as high initial capital costs and energy usage, which manufacturers tend to downplay while exaggerating the benefits, according to the researchers. Co-author UniSA Professor Enzo Lombi suggests that by transitioning to #LEDlighting, optimizing ventilation efficiency, and enhancing appliance design, substantial reductions in energy consumption can be achieved. “As these systems become more mainstream, improvements in design and energy management will make them more sustainable. Transitioning to renewable energy sources would further enhance their environmental benefits,”?Prof Lombi says. The study strongly advocates for...

With the popularity of cannabis cultivation, facing a variety of LED grow lights. Many people may not know how to choose. Today I will talk about my personal opinion. If there is anything else to add, please give me more advice. When choosing #LEDgrowlights, pay attention to the following points: 1. Light uniformity: ensure that plants can absorb light evenly to avoid uneven growth; 2. Efficient power drive: choose lights with a high power factor (such as PF>0.9), which saves electricity and has a long life; 3. Excellent heat dissipation design: prevent lamps from overheating and affecting performance; 4. Spectrum matching needs: choose the appropriate spectrum according to the plant stage, such as #fullspectrumgrowlight 5. Planting environment matching: choose lamp specifications and wattage according to indoor, greenhouse or shed needs. Choose the right light, plants are healthier! If you are still hesitating about how to choose, you can contact #JTGrowLight, so that your choice will never be wrong. #ledgrowlight #cannabislight #fullspectrum #greenhouse #bestgrowlight #highPF

???? Looking to simplify plant care? Check out our latest guide on building a smart plant watering system! Automate your plant watering and keep your greenery thriving effortlessly. ???? Read more: https://lnkd.in/dccaSHGa #SmartGarden #TechTips #PlantCare #Automation

When it comes to caring for indoor #plants, one of the most crucial factors is providing the right amount of light. Here are some helpful tips.

how to indoor plant pruning.

Addressing food insecurity in arid regions with an open-source evaporative cooling chamber?design