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Recently, the first scientific and technological drought-resistant photovoltaic water intake demonstration project in Xishan District of Kunming City passed the provincial acceptance and was officially put into use, and the drinking water and irrigation problems of more than 2,000 mu of farmland for more than 600 villagers in Guoyuan Village, Tuoji Community, Tuanji Street, have been effectively solved
.
Due to the continuous drought in recent years, the water source of the Mashuihe Reservoir, a small two-type reservoir with a capacity of 190,000 square meters in the Toji community of Tuanjie Street, has been depleted, and villagers have difficulty
irrigating drinking water.
In order to solve this problem, the Xishan District Science and Technology Bureau went to the field for several times and finally decided to establish a photovoltaic water intake station
at the water source point 2.
3 kilometers away from the Mashuihe Reservoir.
Li Hu, deputy director of the Xishan District Science and Technology Bureau, said that the water source point has a collection of three-stream mountain springs: "We built a water tower and water pump here, and after taking water through solar energy, it can supply irrigation water
in this area.
" ”
It is reported that the new 5-meter-high dam can store 3,000 cubic meters of water, and after filtration and water lifting station filtration, these waters are then led to the Houshan reservoir by two photovoltaic pumps, and finally the water is led to the Mashuihe reservoir
through the natural drop.
The photovoltaic water intake demonstration project realizes the intelligent monitoring and management of remote computer irrigation system, wireless communication remote water level sensing monitoring technology, wireless water level sensing monitoring and control and the realization of weak light pumping, which can save 64,000 kWh of electricity per year compared with traditional electric energy pumping, and save 1.
606 million yuan
in electricity costs according to the design service life of 25 years.
In addition to cloudy and rainy days, according to the average daily water intake of 200 cubic meters, the annual water fee can save 146,000 yuan, about 6 years can recover the investment, the project is not only energy saving, but also scientific and environmental protection, the most important thing is to provide a guarantee
for the villagers in Orchard Village to produce and use water for life.
Recently, the first scientific and technological drought-resistant photovoltaic water intake demonstration project in Xishan District of Kunming City passed the provincial acceptance and was officially put into use, and the drinking water and irrigation problems of more than 2,000 mu of farmland for more than 600 villagers in Guoyuan Village, Tuoji Community, Tuanji Street, have been effectively solved
.
Due to the continuous drought in recent years, the water source of the Mashuihe Reservoir, a small two-type reservoir with a capacity of 190,000 square meters in the Toji community of Tuanjie Street, has been depleted, and villagers have difficulty
irrigating drinking water.
In order to solve this problem, the Xishan District Science and Technology Bureau went to the field for several times and finally decided to establish a photovoltaic water intake station
at the water source point 2.
3 kilometers away from the Mashuihe Reservoir.
Li Hu, deputy director of the Xishan District Science and Technology Bureau, said that the water source point has a collection of three-stream mountain springs: "We built a water tower and water pump here, and after taking water through solar energy, it can supply irrigation water
in this area.
" ”
It is reported that the new 5-meter-high dam can store 3,000 cubic meters of water, and after filtration and water lifting station filtration, these waters are then led to the Houshan reservoir by two photovoltaic pumps, and finally the water is led to the Mashuihe reservoir
through the natural drop.
The photovoltaic water intake demonstration project realizes the intelligent monitoring and management of remote computer irrigation system, wireless communication remote water level sensing monitoring technology, wireless water level sensing monitoring and control and the realization of weak light pumping, which can save 64,000 kWh of electricity per year compared with traditional electric energy pumping, and save 1.
606 million yuan
in electricity costs according to the design service life of 25 years.
In addition to cloudy and rainy days, according to the average daily water intake of 200 cubic meters, the annual water fee can save 146,000 yuan, about 6 years can recover the investment, the project is not only energy saving, but also scientific and environmental protection, the most important thing is to provide a guarantee
for the villagers in Orchard Village to produce and use water for life.
