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News on July 13, Shanghai Disneyland, which will open its doors at the end of this year, will introduce distributed energy technology to turn waste heat into the power needed to provide fairy tale scenes and amusement projects, opening the first time that large-scale parks in the world have adopted new energy technology
.
The fireplace in Snow White's castle, the compressed air needed for roller coasters, the cool breeze from Mickey's cottage in summer.
.
.
The energy used in these fairytale scenes and rides will no longer rely solely on electricity, but will use distributed energy technology that combines a variety of energy sources—Shanghai Disneyland is the first of six parks in the world to adopt this technology
.
Shanghai Disneyland is powered by a natural gas "trigeneration" energy station
across the road from the park.
The 20,000-square-meter quadripartite building is an "integrated processing plant"
that uses a pipe network system and cables to provide electricity, steam, and air conditioning cooling to the covered area.
Huadian Fu New Energy Co.
, Ltd.
, Shanghai Shendi (Group) Co.
, Ltd.
and Shanghai Yiliu Energy (Group) Co.
, Ltd.
jointly invested in the construction of this energy station, while General Electric (GE) provided the technical solution of the energy station, that is, distributed energy technology
.
Drawing electricity from the utility grid is often the easiest way to obtain energy: pulling a transmission line solves a variety of energy needs, requires no investment in power generation equipment, and costs less
.
However, the vast majority of China's power plants burn coal
.
When coal is burned, only more than 30% of the energy can be converted into electricity, and the remaining more than 60% of the energy is waste heat
.
Shanghai Disneyland makes use of waste heat
generated by electricity generation as much as possible.
Disney laid four pipelines of steam, cold air, hot water and electricity from the energy station across the road, and made part of the waste heat from the power station into steam, which was used in some video games that required compressed air; The other part of the waste heat is used to heat the water and transport it to the kitchen and hotel; The air conditioning required in the room is cooled by a chemical reaction of the waste heat through a central air conditioner using bromide ion technology
.
It is understood that after Shanghai Disneyland introduces distributed energy technology, the energy utilization rate will reach more than 80%, which is about 1 times
higher than the traditional model.
At the same time, the "trigeneration" energy station can save 20,000 tons of standard coal and reduce carbon dioxide emissions by about 75,000 tons
per year.
News on July 13, Shanghai Disneyland, which will open its doors at the end of this year, will introduce distributed energy technology to turn waste heat into the power needed to provide fairy tale scenes and amusement projects, opening the first time that large-scale parks in the world have adopted new energy technology
.
The fireplace in Snow White's castle, the compressed air needed for roller coasters, the cool breeze from Mickey's cottage in summer.
.
.
The energy used in these fairytale scenes and rides will no longer rely solely on electricity, but will use distributed energy technology that combines a variety of energy sources—Shanghai Disneyland is the first of six parks in the world to adopt this technology
.
Shanghai Disneyland is powered by a natural gas "trigeneration" energy station
across the road from the park.
The 20,000-square-meter quadripartite building is an "integrated processing plant"
that uses a pipe network system and cables to provide electricity, steam, and air conditioning cooling to the covered area.
Huadian Fu New Energy Co.
, Ltd.
, Shanghai Shendi (Group) Co.
, Ltd.
and Shanghai Yiliu Energy (Group) Co.
, Ltd.
jointly invested in the construction of this energy station, while General Electric (GE) provided the technical solution of the energy station, that is, distributed energy technology
.
Drawing electricity from the utility grid is often the easiest way to obtain energy: pulling a transmission line solves a variety of energy needs, requires no investment in power generation equipment, and costs less
.
However, the vast majority of China's power plants burn coal
.
When coal is burned, only more than 30% of the energy can be converted into electricity, and the remaining more than 60% of the energy is waste heat
.
Shanghai Disneyland makes use of waste heat
generated by electricity generation as much as possible.
Disney laid four pipelines of steam, cold air, hot water and electricity from the energy station across the road, and made part of the waste heat from the power station into steam, which was used in some video games that required compressed air; The other part of the waste heat is used to heat the water and transport it to the kitchen and hotel; The air conditioning required in the room is cooled by a chemical reaction of the waste heat through a central air conditioner using bromide ion technology
.
It is understood that after Shanghai Disneyland introduces distributed energy technology, the energy utilization rate will reach more than 80%, which is about 1 times
higher than the traditional model.
At the same time, the "trigeneration" energy station can save 20,000 tons of standard coal and reduce carbon dioxide emissions by about 75,000 tons
per year.