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Recently, Zhejiang Tsinghua Yangtze River Delta Research Institute Nanhu Green Livestock and Poultry R&D Center uses Tsinghua high-tech biotechnology to apply photovoltaic and new energy to the breeding industry, to achieve agricultural light complementarity, animal husbandry light complementarity, specific technologies include: green livestock and poultry breeding technology, green environmental protection technology, sick and dead pig biological harmless treatment and resource utilization, new food preservation technology four parts, involving breeding, planting and circulation three major fields
.
This not only improves the level of breeding, but also deepens the concept
of energy conservation and environmental protection.
Nanhu Green Livestock and Poultry R&D Center of Zhejiang Tsinghua Yangtze River Delta Research Institute was jointly organized
by Zhejiang Tsinghua Yangtze River Delta Research Institute and Nanhu District Government of Jiaxing City, Zhejiang Province at the end of 2008.
Main research and development: antibiotic-free and low-heavy metal green feed research and development; The use of fungal algae technology to purify the aquaculture biogas liquid to meet the standard discharge; Establish a new green pig breeding model from source control to end treatment; Through "experiment-experiment-demonstration-promotion", an integrated industrialization model
of "production, processing, distribution and sales" has been established.
Use photovoltaic new energy, establish photovoltaic breeding houses, recycle resources, and reduce breeding costs
.
Photovoltaic technology is the use of sensor automatic monitoring system in the planting box temperature, humidity, illuminance and soil or hydroponic liquid nutrient parameters, automatically compare the monitored parameters with the standard value, according to the product maturity time set by the user, by adjusting the above parameters to determine the best time
for harvesting or picking the product.
Under normal circumstances, plants that normally need 5 days to mature can make plants carry out continuous photosynthesis by increasing temperature and humidity, increasing nutrient carbon and light time, and plants mature
2-3 days earlier.
Recently, Zhejiang Tsinghua Yangtze River Delta Research Institute Nanhu Green Livestock and Poultry R&D Center uses Tsinghua high-tech biotechnology to apply photovoltaic and new energy to the breeding industry, to achieve agricultural light complementarity, animal husbandry light complementarity, specific technologies include: green livestock and poultry breeding technology, green environmental protection technology, sick and dead pig biological harmless treatment and resource utilization, new food preservation technology four parts, involving breeding, planting and circulation three major fields
.
This not only improves the level of breeding, but also deepens the concept
of energy conservation and environmental protection.
Nanhu Green Livestock and Poultry R&D Center of Zhejiang Tsinghua Yangtze River Delta Research Institute was jointly organized
by Zhejiang Tsinghua Yangtze River Delta Research Institute and Nanhu District Government of Jiaxing City, Zhejiang Province at the end of 2008.
Main research and development: antibiotic-free and low-heavy metal green feed research and development; The use of fungal algae technology to purify the aquaculture biogas liquid to meet the standard discharge; Establish a new green pig breeding model from source control to end treatment; Through "experiment-experiment-demonstration-promotion", an integrated industrialization model
of "production, processing, distribution and sales" has been established.
Use photovoltaic new energy, establish photovoltaic breeding houses, recycle resources, and reduce breeding costs
.
Photovoltaic technology is the use of sensor automatic monitoring system in the planting box temperature, humidity, illuminance and soil or hydroponic liquid nutrient parameters, automatically compare the monitored parameters with the standard value, according to the product maturity time set by the user, by adjusting the above parameters to determine the best time
for harvesting or picking the product.
Under normal circumstances, plants that normally need 5 days to mature can make plants carry out continuous photosynthesis by increasing temperature and humidity, increasing nutrient carbon and light time, and plants mature
2-3 days earlier.
