Drip irrigation is an advanced water-saving irrigation technology, drip irrigation technology and supporting equipment, R & D, Israel and the United States and other developed countries, not only an early start, and has advanced manufacturing technology and equipment, relying on its powerful economic strength, in the micro-irrigation emitter technology research and development and scored remarkable achievements, particularly the development of drip irrigation emitters, a variety of forms, performance continues to increase. Drip irrigation of crops can yield up to 60% or more, water-saving 50-70% of all Di Guanguan and drip irrigation with no crops to meet demand, especially for irrigation, soilless cultivation substrate. Irrigation systems, automatic control by computer to form a continuous temperature and humidity with the proportional distribution of water and nutrients to the crop root zone to improve the root zone evenly distributed water permeability, water conservation and reduce labor costs.

The project constitutes a rapid development platform for water-saving products, fundamentally changing the design and development over the past emitters process route, allowing developers to significantly shorten the cycle, the cost significantly reduced, and therefore supported the short-term development of a variety of sizes and the mass production of new irrigation emitters products, enterprise application platform technology, thanks to strong support for technology and development methodology, so you can in the short term to develop products suited to customer needs for drip irrigation, self-development capability to enhance the market competitiveness will be improved. On the other hand, companies able to develop products suited to the needs of farmers, farmers with less investment is a large harvest, farmers will no doubt consciously on the application of this technology, it will help further promote drip irrigation technology in China, The purpose of not only save water, increase yield better achieve results.

The system composed of System includes the host control panel, auxiliary panels, wind power, solar panels, battery, water reservoirs, DC electric pump, field humidity sensor, trunk water jacket plastic pipe, a branch of capillary, with a filter composed of drip irrigation heads. System uses moisture sensors to monitor soil moisture conditions to achieve on schedule, on-demand, according to the amount of automatic water supply. The use of solar power generation, to achieve timing, quantitative unmanned automatic irrigation. To prevent the water particles to plug emitters, especially when the water is not dripping out of gas and particles are susceptible to blockage. Of course, filters should be regularly cleaned.