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The draft of the Japanese government's "Energy and Environmental Innovation Strategy" was revealed
on March 23.
The draft proposes to reduce global greenhouse gas emissions by billions to 10 billion tons
by 2050 by putting new technologies such as solar cells and storage batteries into practical use more efficient and inexpensive solar cells and storage batteries.
The draft will be formally assembled
in mid-April after discussion at the Cabinet Office Expert Meeting.
Countries around the world agreed late last year on the Paris Agreement, which aims to limit the temperature rise after the Industrial Revolution to 2 degrees
.
To meet the target, global greenhouse gas emissions must be reduced by more than 30 billion tonnes by
2050 compared to current projections.
The Japanese government wants to lead global emissions reduction by strengthening the development of its own expertise, and Prime Minister Shinzo Abe has instructed relevant ministries to formulate corresponding strategies
.
Five priority areas
for implementation are identified in the draft strategy.
In the field of system basic technology, it is necessary to actively play the role of big data and artificial intelligence (AI) to promote the best balance between power supply and demand, and strive to eliminate energy consumption
.
In the field of power generation, the draft strategy calls for the active use of substances that can form a special crystalline mechanism called perovskite, and the cost of solar power generation is controlled to less than 7 yen (about 0.
40 yuan) per kilowatt-hour, which can compete with large-scale thermal power plants
.
In the field of energy storage, the draft strategy proposes to develop batteries with high storage capacity, which cost less than one-tenth of the current level, so that electric vehicles can travel more than
700 kilometers on a single charge.
In addition, hydrogen as a fuel for electric vehicles will be mass-produced in the future from renewable energy sources such as wind power
.
In the area of energy efficiency, the draft strategy says it will focus on the development of new materials that can reduce the weight of aircraft and automobiles, thereby contributing to significant emission reductions
in the transport sector.
The draft also proposes the efficient use of carbon dioxide, which involves collecting carbon dioxide from exhaust gases and converting it into useful resources
through artificial photosynthesis.
The draft of the Japanese government's "Energy and Environmental Innovation Strategy" was revealed
on March 23.
The draft proposes to reduce global greenhouse gas emissions by billions to 10 billion tons
by 2050 by putting new technologies such as solar cells and storage batteries into practical use more efficient and inexpensive solar cells and storage batteries.
The draft will be formally assembled
in mid-April after discussion at the Cabinet Office Expert Meeting.
Countries around the world agreed late last year on the Paris Agreement, which aims to limit the temperature rise after the Industrial Revolution to 2 degrees
.
To meet the target, global greenhouse gas emissions must be reduced by more than 30 billion tonnes by
2050 compared to current projections.
The Japanese government wants to lead global emissions reduction by strengthening the development of its own expertise, and Prime Minister Shinzo Abe has instructed relevant ministries to formulate corresponding strategies
.
Five priority areas
for implementation are identified in the draft strategy.
In the field of system basic technology, it is necessary to actively play the role of big data and artificial intelligence (AI) to promote the best balance between power supply and demand, and strive to eliminate energy consumption
.
In the field of power generation, the draft strategy calls for the active use of substances that can form a special crystalline mechanism called perovskite, and the cost of solar power generation is controlled to less than 7 yen (about 0.
40 yuan) per kilowatt-hour, which can compete with large-scale thermal power plants
.
In the field of energy storage, the draft strategy proposes to develop batteries with high storage capacity, which cost less than one-tenth of the current level, so that electric vehicles can travel more than
700 kilometers on a single charge.
In addition, hydrogen as a fuel for electric vehicles will be mass-produced in the future from renewable energy sources such as wind power
.
In the area of energy efficiency, the draft strategy says it will focus on the development of new materials that can reduce the weight of aircraft and automobiles, thereby contributing to significant emission reductions
in the transport sector.
The draft also proposes the efficient use of carbon dioxide, which involves collecting carbon dioxide from exhaust gases and converting it into useful resources
through artificial photosynthesis.
