Save energy to protect our globe

With the rapid development of LED lighting technology and intense competition, there are a significantly large number LED lighting manufacturers who have gradually realized the importance of quality, only quality LED lighting products are the alternatives to traditional light sources and solutions of customers’ worries，we take the LED downlight  for example.

No matter what the product is, the quality undoubtedly determines the future development of market applications, not to mention the LED downlight as the commercial and residential LED lighting, the lighting manufacturer must strive to improving the quality to truly achieve efficient lighting. Apart from the grasp of the quality, with the improvement of our living standards, we are increasingly seeking healthy and stylish living，the lighting manufacturer must break the traditional style of thinking and produce more creative and practical intelligent LED downlight  to make the best use of energy saving features so that the lighting equipment will also be widely used as industrial lighting.

We are used to choosing LED downlight for home renovations, shopping malls, clubs, hotels, the inherent characteristics of LED downlight decide that it will have more room for development, such as all of those point light sources above the Great Hall of China are LED downlight.

For more information about LED downlight,please visit http://www.lead-lighting.com/products/bid26-1.htm

Article from http://ledindoorlighting.cn/?p=60

We have been stressing the implementation of the development of LED plant grow lightingbut neglecting the study of various aspects of plant growth habit. All along, led industry, materials and electric light research community, the agricultural engineering sector are the main force of development and promotion of biological LED plant grow lighting, there is a lack of profound understanding of the cultivated principles of plants and no general considerations on general principles of demand on plant cultivation (or animal breeding). For example, plant growth needs the comprehensive coordination of light, temperature, water, fertilizer, gas, just considering light is not enough; we must carry out the systematic study of light on animal physiology, ecology and behavior.

As one of the environmental factors, artificial light to provide the plant with the necessary conditions for growth, but it is not sufficient and should be subject to the creature，we should primarily consider the light and plant，then taking into account the biological production yield, quality and efficiency as the goal, coupled other environmental factors, creating a suitable environment for the growth of living beings conditions.

How to promote the development of LED plant grow lighting depends on the cost and technology philosophy, as well as based on the light quality of plant biological microscopic mechanism, which determines results in how the reliability of LED plant grow lighting applications and the LED plant grow lighting applied. Definitely, light quality biology is the most important key to develop LED plant grow lighting, the countries and industry must be valued. In addition to strengthening R & D, the policy led to strengthening and promotion of biological LED plant grow lighting applications, while speeding the preparation, publication and implementation of LED plant grow lighting standards. It is necessary to close integration of research and agriculture lighting industry is to promote the development of LED plant grow lighting industry.

Agriculture semiconductor lighting R & D and industrial development must have a national platform to strengthen the docking of research institutes, universities and lighting enterprises so that promote the upgrading and promotion of technology transfer and application of agricultural lighting products and equipment and gradually establish agriculture lighting product evaluation and measurement standards, improving the science and technology contribution to modern agricultural development.

The development of the industrialization of LED plant grow lighting needs leading enterprises to increase investment in R & D and demonstration and application in the field, and actively cooperate with plant grow lighting manufacturers with core intellectual property. Agricultural lighting practitioners should encourage partners to provide total solutions and development of special LED plant grow lighting products based on crop needs and growing environment, and jointly develop and explore with growers and their suppliers. Meanwhile，they will also keep track of the progress of the project, and gives advice timely, as well as provide lighting design solutions, consultancy and application support of the project to ensure the viability and integrity of the lighting scheme.

For more information about LED plant grow lighting,please visit http://www.lead-ledgrowlight.com

Article from http://blog.lead-ledgrowlight.com/index.php/what-are-the-problems-and-solutions-of-led-plant-grow-lighting-application/

Panasonic launched the Singapore’s first government-approved indoor vegetable plants on July 2014，which is used to cultivate the lettuce leaves and other 10 kinds of vegetables, annual output is 3.6 tons. The company will in cooperation with the Japanese restaurant chain named “big house” to offer the vegetables to the outlets in Singapore. Panasonic introduced the LED grow lighting and other equipment for the plant, and will strive to shorten the cultivation time and improve production efficiency per unit of cultivated area.

Why the Panasonic chose Singapore is because that only 8% of vegetable consumption in the country is locally produced. The company plans to make that the vegetable production of plant factory reaches by 5% of that of the country by the end of March 2017 with the help of LED grow lighting.

Toshiba announced on May 2014 that it would start heavily using the LED grow lighting and other agricultural facilities to built the plant factory named “Toshiba clean room farm Yokosuka,” in Yokosuka, Kanagawa Prefecture for the production of pesticide-free vegetables with long conservation and conduct related business. The company plans to plant lettuce leaves, spinach, turnips, etc. Japan.

According to reports, in addition to the LED grow lighting，the plant factory will use technology and experience owned by Toshiba in multiple fields. For example, the fluorescent whose wavelength of light is optimized for plant growth and the remote monitoring system used to master cultivation conditions，as well as the production management technology in the semiconductor business. The scale of production is scheduled for 3 million (by lettuce conversion). Toshiba will build a large plant factories aboard and began selling the LED grow lighting and other agricultural equipment and systems used in the factory throughout the 2014.

Sharp built the plant laboratory building factory cultivating the strawberries in Dubai to, and has started to experiment. The company introduced the electronic technology sharp specialized in for laboratory buildings, including the LED grow lighting technology and air management technology based on a plasma cluster. By using these technologies，sharp can very carefully control the  growth environment of Strawberries. The company intends to carry out a variety of empirical experiments to achieve operational objectives.

Although the strawberries made in Japan very popular in the Near East and other regions, but because of the perishable perishable, intolerant store, it is difficult to flow in overseas markets. Sharp intends to adopt the LED grow lighting in the plant factory to achieve annual local consumption of fresh strawberries.

For more information about LED grow lighting，please visit http://www.lead-ledgrowlight.com.

Article from http://blog.lead-ledgrowlight.com/index.php/panasonic-toshiba-sharp-vigorously-promote-the-use-of-led-grow-light-applied-in-plant-factory-plant/