60 low-income rural households in Hanjiang, Yangzhou, installed "rooftop power stations" for photovoltaic power generation to alleviate poverty

"This photovoltaic power generation is good, installed on the roof to bask in the sun can generate electricity, if this electricity is not finished by home, you can also sell it to the power supply company to make money!" On the afternoon of the 2nd, Wang Entao, a low-income farmer from the Wang Qiao Group of Hubin Village, Gongdao Town, Hanjiang District, Yangzhou City, told
reporters cheerfully.
Following the direction of Wang Entao's finger, the reporter saw that on the roof of Wang Entao's house, rows of photovoltaic power generation panels were neatly arranged, and blue polysilicon panels shone under the sun, forming a unique and charming "landscape blue"
.
On the same day, the grid-connected power generation ceremony of the "photovoltaic poverty alleviation" project in Gongdao Town was held at the doorstep of Wang Entao's house, and the "rooftop power station" of 60 low-income rural households in Gongdao Town, including Wang Entao, was officially connected to the grid for power generation
.

The "rooftop power station" has increased the annual income of each household by 3,500 yuan

Wang Entao, 58 years old this year, lost his ability to work due to a stroke, his wife works outside the home, his son goes to school outside the home, and his family's financial situation is tight
.
On the same day, when the staff connected the line to the grid, the numbers on the newly installed meter display screen in Wang Entao's home began to beat, and Wang Entao and the villagers were very excited to see this situation: "As long as there is the sun, we can generate electricity, and we have income every day when the electricity is sold to the state, which is equivalent to the government opening a small bank for us, which solves the practical difficulties of our family and enables us to benefit
for a long time.
" ”

Data show that the new round of poverty alleviation project in Hanjiang District has a total of 542 low-income rural households and 1460 people, in view of the fact that most low-income rural households are poor due to illness, disability or lack of labor ability, Hanjiang Research has issued a financial support policy, set up a special fund of 5 million yuan, and focused on supporting the installation of distributed photovoltaic solar "rooftop power stations"
.

Taking Gongdao Town as an example, the cost of promoting the installation of "rooftop power stations" is 21,000 yuan per household, of which 12,000 yuan is subsidized by the district, 3,000 yuan is subsidized by the town, 3,000 yuan is subsidized by village-level organizations and linked cadres, and 3,000 yuan is deducted from the income of the next year's power generation grid, and after the grid-connected power generation is realized, each household will increase its annual income by about 3,500 yuan.

By the end of next year, 80% of low-income rural households in Hanjiang will install "rooftop power stations"

As early as 2013, Zhu Qijie, a villager in Dingjie Town, Jiangdu District, took the lead in installing a "rooftop power station" and connected to the grid to generate electricity, becoming the "first person to sell electricity"
in Jiangsu Province.
Subsequently, many enterprises and residents have joined the home photovoltaic power generation project
.

One investment, many years of income, for low-income farmers, "rooftop power station" is an effective way
to accurately alleviate poverty.
The reporter learned that in view of the fact that most low-income rural households are poor due to illness, disability or lack of working ability, Hanjiang District has studied and issued the "Management Measures for the Use of Low-income Rural Household Entrepreneurship Support Funds", and the district finance has set up a special fund of 5 million yuan, focusing on supporting the installation of distributed photovoltaic solar "rooftop power stations", with a reward of 4,000 yuan per kilowatt and a ceiling of 3 kilowatts per household
.

According to reports, about 300 "rooftop power stations" have been implemented in Hanjiang this year, and it is expected that by the end of 2017, 80% of low-income rural households in the region will install "rooftop power stations" to achieve "full installation"
.

The construction cost of photovoltaic solar power plants has decreased year by year

It is understood that in the new round of targeted poverty alleviation in the "13th Five-Year Plan", Hanjiang District has explored a new means
of "rooftop power station".
Since April this year, Hanjiang has established a 5kW photovoltaic solar "rooftop power station" power generation project in two old people's homes in Guazhou Town and Yanhe Street, and after half a year of trial operation, the monthly power generation income has reached about 550 yuan, providing a good reference experience
for low-income farmers to build photovoltaic solar power generation projects.

Ma Guohui, director of the Agricultural Industry Office of the Hanjiang District Party Committee, told reporters that the reason for choosing the "photovoltaic poverty alleviation" project is that on the one hand, the National Development and Reform Commission has issued corresponding support policies, in addition to the market purchase price of 0.
38 yuan per kWh for farmers' photovoltaic solar energy projects, after the grid is connected, the state finance will give a subsidy of 0.
42 yuan per kWh, and the on-grid electricity price of photovoltaic solar power generation for farmers has reached 0.
8 yuan
per kWh.

On the other hand, the existing two photovoltaic solar power generation manufacturing enterprises in Hanjiang District after several years of technological innovation and continuous innovation, the construction cost of photovoltaic solar power station has decreased year by year, at present, it has dropped from the manufacturing cost of 10,000 yuan per kilowatt 3 years ago to 07,000 yuan per kilowatt, which greatly reduces the cost of photovoltaic solar energy installation and improves the feasibility
of construction.