Yugan county is located in the northeast of Jiangxi Province, with mild and humid climate, sufficient light and abundant rain. It is the "place of fish and rice". Recently, Jntech solar aeration systems has been successfully applied in rural water environment treatment and aquaculture projects in Jiangxi Province. The solar aerator system independently developed and produced by Jntech is mainly used for water quality control of urban and rural parks, polluted rivers and small&mini type of water environments, as well as fish and shrimp breeding in remote areas with power shortage. It provides a green, maintenance free, electricity free water oxygenation treatment and maintenance scheme. The scheme has the advantages of no battery, long working hours, long service life, low cost of electricity, and no power consumption It has the outstanding characteristics of wire pulling and high power consumption safety. The project consists of 100 sets of 750W ~ 1.1KW system. The project adopts three system solutions (paddlewheel aerator, push flow aerator and fountain aerator), which not only solves the problem of water pollution caused by the slow flow of river pond in the area, but also increases the oxygen content of water body, promotes the improvement of living environment of all kinds of organisms in water, maintains ecological balance, and increases the yield and income of aquaculture farmer. It's a profitable and beneficial project for people and society. The successful operation of Jntech PV aeration system in batches is of great significance to explore urban and rural water treatment and water quality maintenance, especially for the regional treatment of stagnant water bodies and severed rivers and ponds in southern China with abundant rainfall, undulating terrain or urban population; this project also fully reflects the Jntech PV aeration system The excellent performance and advanced solutions of the oxygen system have been highly praised by local breeding users, engineers, design institutes and relevant government departments. Good reputation and high recognition from customers are the driving force for us to move forward. Jntech will continue to strive to become an excellent service provider in the field of solar applications, and practice adding green energy to the world!

In the battle between nature and human beings, technology is always been the essential and the primary element. The wide wild desert is practically equivalent to the life restricted district. However, last year, the technical staff from Jntech high-tech lab have successfully installed a desert hybrid photovoltaic system that can support pumping and energy supply at the same time through hundreds of experiments and practices in the desert area in the United Arab Emirates. When the transparent water pouring from the pump and the cool wind blow from the fan and air conditioner, humans can finally stand on this land with their feet. Eventually, the terrain desert would slightly turns into fertile field. In the last decade, Jntech always committed to offer the possibility of using solar energy to people who live in the area that lack of water and electricity through the upgrade of photovoltaic technology. Besides, the solar resource is a clean, non-emission, and very rich resource. After decades-years’ hard work, we can now proudly announce that: Jntech’s photovoltaic technology and products could have fully covered all of the people’s daily life. From water use, energy storage, agricultural use, aquacultural use to our new product solar air conditioner, it can only prove that our business is going to be more professional and comprehensive. It is proved by facts, we are approaching our goal, that is, we will offer a life with water and electricity to all the people live on this planet.

On July 15, 2020 in Zimbabwe, the 168kWp solar center pivot irrigation system which powered by solar power and supplied in total solution by JNTECH ,this system was successfully operated. This system is a pointer center pivot irrigation system with a span of 600 meters and an irrigation area of 280 acres, which solves the problem of crop water difficulty caused by insufficient precipitation and uneven water distribution in this area. Zimbabwe is a landlocked country in southeast Africa. It is mainly an agricultural country. The terrain is flat and the light is sufficient, but it is short of electricity and water all the year round.Compared with traditional irrigation and diesel engine irrigation, this solar power irrigation project has significantly reduced water and electricity costs, 100% green energy, and a high ROI of 25%. With the large-scale application of solar,solar power generation cost has the market advantage; In agricultural production, the use of traditional energy has exposed many problems, such as difficult power grid coverage, uneconomical use of diesel power generation, unguaranteed oil procurement, and even less energy conservation and environmental protection. Over the years, JNTECH has been focusing on solar applications and livelihood projects, especially in the fields of soalr power irrigation and solar off-grid system. Currently, there are tens of thousands of solar systems in operation in more than 60 countries around the world. Jntech will continue to provide excellent overall solutions for the development of new large-scale agriculture worldwide. Continue to bring rich application experience to people around the world, so that innovative technology and green energy to serve life and create a better life. Jntech's self-developed solar center pivot irrigation system has the following advantages: ● this center pivot irrigation system driving only from solar powered energy, using jntech specialized designed solar pump inverter and contrloller technology，it is not need the battery; ● The system adopts solar variable frequency direct drive technology, which can be perfectly combined with various traditional irrigation systems. ● solar voltage input range is wide, built-in MPPT technology, maximize the use of solar power, high conversion efficiency; ● Deeply combined with the operation characteristics of traditional irrigation equipment, the optimized control strategy can realize the stable control of irrigation system pressure in complex weather, greatly improving the system life and working stability. ● Real-time monitoring system pressure, flow, solar power generation data and system working status; ● Support mixed power supply of main grid or diesel generator, seamless switching of solar priority.