Characteristics and application
Characteristics of
PARUS products
Our products
- are engineered with patented PARUS technology that produces exactly the right wavelengths to drive photosynthesis and ensure a healthy growth of plants
- are equipped with highly efficient LEDs, that produce much more photosynthetically active radiation per watt than other light sources
- are splashproof and dampproof, so that splash water and high humidity cannot damage the devices or endanger the user
- can be customized to match your needs, for example, most lights are available with various beam angles
- have a very long lifetime, which enables us to provide you with a long warranty
- have a low energy consumption, which enables you to cut costs and protect the environment
- allow you to increase your harvest, prevent diseases and control pests
PARUS strategy
- Keep the know-how that we have accumulated over the years
- Hold the patents for our LED Grow Lights and our cooling technology
- Keep optimizing our processes, production methods and technology
PARUS verification
- PARUS has its own laboratory and R&D center to test its product and to experiment with plant cultivation
- PARUS cooperates with horticultural laboratories and universities
- Products are supplied in Asia, Europa and North America
Our products
- Flowering plants: chrysanthemum, rose, carnation, gypsophila, gerbera, lily,
orchid, etc. - Vegetables and leafy greens: tomato, bell pepper, red pepper, cucumber, spinach, lettuce, eggplant, pumpkin, carrot, ginger, radish, etc.
- Fruit: strawberry, watermelon, melon, fig, grape, tangerine, etc.
- Specialized crops: mushroom, ginseng, moss, codonopsis lanceolate, etc.
PARUS Grow Lights:
Boosting efficiency by
using the right wavelengths
Plants cannot utilize all light equally well. Chlorophyll and the other pigments responsible for photosynthesis have a specific absorption spectrum. That means, light of certain wavelengths is absorbed to a larger degree than light of different wavelengths.
PARUS products have been developed to produce exactly the right wavelengths to drive photosynthesis effectively. At the same
time, our lights combine certain wavelengths to make full use of the Emerson effect and to provide the optimal conditions for growth, flowering and seed germination. Additionally, PARUS Lights can be used to control pests, like mosquitoes, flies and aphids, and prevent diseases, like powdery mildew.
Comparison
LED Light Application
Key challenges faced
by agriculturists today
1. Environmental issues and food shortages caused by climate change
2. High energy costs
3. Necessity to diversify the production
4. Crop losses due to environmental issues
5. Strong global competition
Solutions provided by LED Grow Lights
1. Production within green houses and plant factories are less affected by climatic changes. A year-round production is possible.
2. LEDs make it possible to cut energy costs up to 80%
3. Almost all kinds of crops can be grown using LEDs
4. The production output can be increased while increasing efficiency
5. LEDs can increase the competitiveness of the horticulture industry
