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Solar energy is regarded as an "inexhaustible" new energy source, and as an energy source and power, mankind has been exploring for nearly 400 years
.
There are two ways to use it, one is photothermal conversion and the other is photoelectric conversion
.
Among them, photoelectric conversion is to lay solar panels on the ground or other open land, and directly convert solar energy into available alternating current or direct current through the controller, or you can put the electricity into the battery to store it before use
.
And gradually began to be applied
in transportation, agriculture, water conservancy and military fields.
In the era of high technology, all walks of life are changing, today, the military competition is not about the tactics of the sea of people, and the era of millet plus rifles can no longer adapt to military innovation
.
As a technological innovation, solar power generation technology has gradually emerged in the military field in recent years, and has become an important object of research and development by
military experts in various countries.
First, look at drones and solar power
.
Solar drones mostly use ultra-thin gallium arsenide solar cell equipment, gallium arsenide solar cells can generate enough power for aircraft to fly long distances, and the weight added by solar aircraft is almost negligible
.
Solar drones have a very broad application prospect
due to their strong endurance.
When communications are interrupted in the event of an earthquake, flood or forest fire, drones can replace the interrupted communication and keep the affected area in contact
with the outside world.
In addition, it can also go to the nuclear explosion site to take samples, hover in the predetermined airspace for a long time to detect the enemy, school guns or guide the target for fighters
.
This technology has long been developed in military laboratories in various countries, because military experts know that the first country to master this technology will have a head start
.
For example, when a fighter is performing a mission in the air, it must land to replenish fuel when it runs out of fuel, while the solar-powered drone can continue to range and continue to fight
.
Secondly, strategic solar equipment
.
Such equipment has been applied in our army, and it has been reported in the news that border troops in the plateau area of our country have begun to be equipped with such solar power generators, and the soldiers' backpacks are equipped with solar power generation devices, which can supply power to the equipment during the day and can meet the electricity needs
of portable communication equipment such as patrol radios.
This set of equipment also incorporates an ordinary flashlight-sized individual soldier walking generator, and the officers and soldiers drive the generator hanging on their bodies to shake to complete the power generation when marching, ensuring that electricity is also available
on rainy days.
The main advantages of the tactical solar system are lightweight, easy to carry, no noise, convenient camouflage and other advantages, which are widely favored
by the military.
Finally, a solar power application idea!
Some experts in the United States envisage launching a solar power satellite embedded with photovoltaic panels and thousands of thin curved mirror structures, sending energy from solar panels in space to Earth, collecting it from ground power stations, and then diverting it to users
.
As we all know, the main material of photovoltaic panels is silicon, but there is a fatal disadvantage that it is fragile, so it is difficult to design a strong solar power generation equipment
suitable for field deployment.
In addition, photovoltaic power generation has the sun to have stable and sufficient energy, without the sun will be affected, thus intermittent.
Coupled with the high cost, it also limits the use of
solar power in the military to a certain extent.
At present, because the reliability and feasibility of solar photovoltaic power generation application technology mentioned above cannot meet the standards required by the military industry, the application of many technologies is in the research and development stage, and has not really been widely used
in the military field.
In the future study, we will study seriously, actively participate in the research and development of new energy technology, make up for the shortcomings of new energy itself through technological innovation, promote its wide application in national defense, military and social life, and contribute our own strength
to the construction of the new era of the motherland.
Disclaimer: Some of the public information collected by this website comes from the Internet, and the purpose of reprinting is to convey more information and for network sharing, which does not mean that this site agrees with its views and is responsible for its authenticity, nor does it constitute any other suggestions, and the content of the article is for reference
only.
If you find a work on the website that infringes your intellectual property rights, please contact us and we will promptly modify or delete
it.
Share to:
Responsible editor: Jiang Dan
Previous:Shandong Rizhao will build a 100MW photovoltaic power station at the end of this year
Next:ZTE Energy photovoltaic power generation project settled in Shanxi Shuocheng District
Pictures are hot
- From January to October, China's exports of automobiles (including chassis) increased by 52.
8% year-on-year - In October, China's unforged aluminum and aluminum exports were 479,000 tons
- From January to October, China exported 56.
358 million tons of steel, down 1.
8% year-on-year; - From January to October, China's imports of natural and synthetic rubber increased by 7.
1% year-on-year; - From January to October, China's imported automobiles (including chassis) decreased by 6.
6% year-on-year
Solar energy is regarded as an "inexhaustible" new energy source, and as an energy source and power, mankind has been exploring for nearly 400 years
.
There are two ways to use it, one is photothermal conversion and the other is photoelectric conversion
.
Among them, photoelectric conversion is to lay solar panels on the ground or other open land, and directly convert solar energy into available alternating current or direct current through the controller, or you can put the electricity into the battery to store it before use
.
And gradually began to be applied
in transportation, agriculture, water conservancy and military fields.
In the era of high technology, all walks of life are changing, today, the military competition is not about the tactics of the sea of people, and the era of millet plus rifles can no longer adapt to military innovation
.
As a technological innovation, solar power generation technology has gradually emerged in the military field in recent years, and has become an important object of research and development by
military experts in various countries.
First, look at drones and solar power
.
.
Solar drones mostly use ultra-thin gallium arsenide solar cell equipment, gallium arsenide solar cells can generate enough power for aircraft to fly long distances, and the weight added by solar aircraft is almost negligible
.
Solar drones have a very broad application prospect
due to their strong endurance.
When communications are interrupted in the event of an earthquake, flood or forest fire, drones can replace the interrupted communication and keep the affected area in contact
with the outside world.
In addition, it can also go to the nuclear explosion site to take samples, hover in the predetermined airspace for a long time to detect the enemy, school guns or guide the target for fighters
.
This technology has long been developed in military laboratories in various countries, because military experts know that the first country to master this technology will have a head start
.
For example, when a fighter is performing a mission in the air, it must land to replenish fuel when it runs out of fuel, while the solar-powered drone can continue to range and continue to fight
.
Secondly, strategic solar equipment
.
Such equipment has been applied in our army, and it has been reported in the news that border troops in the plateau area of our country have begun to be equipped with such solar power generators, and the soldiers' backpacks are equipped with solar power generation devices, which can supply power to the equipment during the day and can meet the electricity needs
of portable communication equipment such as patrol radios.
This set of equipment also incorporates an ordinary flashlight-sized individual soldier walking generator, and the officers and soldiers drive the generator hanging on their bodies to shake to complete the power generation when marching, ensuring that electricity is also available
on rainy days.
The main advantages of the tactical solar system are lightweight, easy to carry, no noise, convenient camouflage and other advantages, which are widely favored
by the military.
Finally, a solar power application idea!
Some experts in the United States envisage launching a solar power satellite embedded with photovoltaic panels and thousands of thin curved mirror structures, sending energy from solar panels in space to Earth, collecting it from ground power stations, and then diverting it to users
.
As we all know, the main material of photovoltaic panels is silicon, but there is a fatal disadvantage that it is fragile, so it is difficult to design a strong solar power generation equipment
suitable for field deployment.
In addition, photovoltaic power generation has the sun to have stable and sufficient energy, without the sun will be affected, thus intermittent.
Coupled with the high cost, it also limits the use of
solar power in the military to a certain extent.
At present, because the reliability and feasibility of solar photovoltaic power generation application technology mentioned above cannot meet the standards required by the military industry, the application of many technologies is in the research and development stage, and has not really been widely used
in the military field.
In the future study, we will study seriously, actively participate in the research and development of new energy technology, make up for the shortcomings of new energy itself through technological innovation, promote its wide application in national defense, military and social life, and contribute our own strength
to the construction of the new era of the motherland.
Disclaimer: Some of the public information collected by this website comes from the Internet, and the purpose of reprinting is to convey more information and for network sharing, which does not mean that this site agrees with its views and is responsible for its authenticity, nor does it constitute any other suggestions, and the content of the article is for reference
only.
If you find a work on the website that infringes your intellectual property rights, please contact us and we will promptly modify or delete
it.
Share to:
Responsible editor: Jiang Dan
Previous:Shandong Rizhao will build a 100MW photovoltaic power station at the end of this year
Next:ZTE Energy photovoltaic power generation project settled in Shanxi Shuocheng District
Secondly, strategic solar equipment
.
.
Such equipment has been applied in our army, and it has been reported in the news that border troops in the plateau area of our country have begun to be equipped with such solar power generators, and the soldiers' backpacks are equipped with solar power generation devices, which can supply power to the equipment during the day and can meet the electricity needs
of portable communication equipment such as patrol radios.
This set of equipment also incorporates an ordinary flashlight-sized individual soldier walking generator, and the officers and soldiers drive the generator hanging on their bodies to shake to complete the power generation when marching, ensuring that electricity is also available
on rainy days.
The main advantages of the tactical solar system are lightweight, easy to carry, no noise, convenient camouflage and other advantages, which are widely favored
by the military.
Finally, a solar power application idea!
Some experts in the United States envisage launching a solar power satellite embedded with photovoltaic panels and thousands of thin curved mirror structures, sending energy from solar panels in space to Earth, collecting it from ground power stations, and then diverting it to users
.
As we all know, the main material of photovoltaic panels is silicon, but there is a fatal disadvantage that it is fragile, so it is difficult to design a strong solar power generation equipment
suitable for field deployment.
In addition, photovoltaic power generation has the sun to have stable and sufficient energy, without the sun will be affected, thus intermittent.
Coupled with the high cost, it also limits the use of
solar power in the military to a certain extent.
At present, because the reliability and feasibility of solar photovoltaic power generation application technology mentioned above cannot meet the standards required by the military industry, the application of many technologies is in the research and development stage, and has not really been widely used
in the military field.
In the future study, we will study seriously, actively participate in the research and development of new energy technology, make up for the shortcomings of new energy itself through technological innovation, promote its wide application in national defense, military and social life, and contribute our own strength
to the construction of the new era of the motherland.
Finally, a solar power application idea!
Finally, a solar power application idea!Some experts in the United States envisage launching a solar power satellite embedded with photovoltaic panels and thousands of thin curved mirror structures, sending energy from solar panels in space to Earth, collecting it from ground power stations, and then diverting it to users
.
As we all know, the main material of photovoltaic panels is silicon, but there is a fatal disadvantage that it is fragile, so it is difficult to design a strong solar power generation equipment
suitable for field deployment.
In addition, photovoltaic power generation has the sun to have stable and sufficient energy, without the sun will be affected, thus intermittent.
Coupled with the high cost, it also limits the use of
solar power in the military to a certain extent.
At present, because the reliability and feasibility of solar photovoltaic power generation application technology mentioned above cannot meet the standards required by the military industry, the application of many technologies is in the research and development stage, and has not really been widely used
in the military field.
In the future study, we will study seriously, actively participate in the research and development of new energy technology, make up for the shortcomings of new energy itself through technological innovation, promote its wide application in national defense, military and social life, and contribute our own strength
to the construction of the new era of the motherland.
As we all know, the main material of photovoltaic panels is silicon, but there is a fatal disadvantage that it is fragile, so it is difficult to design a strong solar power generation equipment
suitable for field deployment.
In addition, photovoltaic power generation has the sun to have stable and sufficient energy, without the sun will be affected, thus intermittent.
Coupled with the high cost, it also limits the use of
solar power in the military to a certain extent.
At present, because the reliability and feasibility of solar photovoltaic power generation application technology mentioned above cannot meet the standards required by the military industry, the application of many technologies is in the research and development stage, and has not really been widely used
in the military field.
In the future study, we will study seriously, actively participate in the research and development of new energy technology, make up for the shortcomings of new energy itself through technological innovation, promote its wide application in national defense, military and social life, and contribute our own strength
to the construction of the new era of the motherland.
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Disclaimer: Some of the public information collected by this website comes from the Internet, and the purpose of reprinting is to convey more information and for network sharing, which does not mean that this site agrees with its views and is responsible for its authenticity, nor does it constitute any other suggestions, and the content of the article is for reference
only.
If you find a work on the website that infringes your intellectual property rights, please contact us and we will promptly modify or delete
it.
Disclaimer: Some of the public information collected by this website comes from the Internet, and the purpose of reprinting is to convey more information and for network sharing, which does not mean that this site agrees with its views and is responsible for its authenticity, nor does it constitute any other suggestions, and the content of the article is for reference
only.
If you find a work on the website that infringes your intellectual property rights, please contact us and we will promptly modify or delete
it.
only.
If you find a work on the website that infringes your intellectual property rights, please contact us and we will promptly modify or delete
it.
Share to:
Share to:
Responsible editor: Jiang Dan
Responsible editor: Jiang Dan
Responsible editor: Jiang DanPrevious:Shandong Rizhao will build a 100MW photovoltaic power station at the end of this year
Next:ZTE Energy photovoltaic power generation project settled in Shanxi Shuocheng District
Previous:Shandong Rizhao will build a 100MW photovoltaic power station at the end of this year
Shandong Rizhao will build a 100MW photovoltaic power station by the end of this yearNext:ZTE Energy photovoltaic power generation project settled in Shanxi Shuocheng District
ZTE Energy photovoltaic power generation project settled in Shuocheng District, Shanxi ProvinceRelated information
Related information
function searchesc(edm) {
var b = edm. innerHTML; window.
open("/news/search.
html?text=" + encodeURI(b)); } Solar Military
- [2022-11-09]From January to September, China's solar power generation was 174.
99 billion kWh, a year-on-year increase of 14.
4%; - [2022-11-04]In September, China's solar power generation increased by 18.
9% year-on-year, and the southwest region took the top five with the largest decline - [2022-10-26]China Electricity Union: From January to September, only the utilization hours of solar power generation equipment increased year-on-year
- [2022-10-28]In September, China's lithium-ion battery production decreased year-on-year and photovoltaic cell production increased
- [2022-10-25]By the end of September, China's cumulative installed power generation capacity was about 2.
48 billion kilowatts, an increase of 8.
1% year-on-year;
- [2022-11-09]From January to September, China's solar power generation was 174.
99 billion kWh, a year-on-year increase of 14.
4%; - [2022-11-04]In September, China's solar power generation increased by 18.
9% year-on-year, and the southwest region took the top five with the largest decline - [2022-10-26]China Electricity Union: From January to September, only the utilization hours of solar power generation equipment increased year-on-year
- [2022-10-28]In September, China's lithium-ion battery production decreased year-on-year and photovoltaic cell production increased
- [2022-10-25]By the end of September, China's cumulative installed power generation capacity was about 2.
48 billion kilowatts, an increase of 8.
1% year-on-year;
99 billion kWh, a year-on-year increase of 14.
4%;
99 billion kWh, a year-on-year increase of 14.
4%;
9% year-on-year, and the southwest region took the top five with the largest decline
9% year-on-year, and the southwest region took the top five with the largest decline
48 billion kilowatts, an increase of 8.
1% year-on-year;
48 billion kilowatts, an increase of 8.
1% year-on-year;
Pictures are hot
- From January to October, China's exports of automobiles (including chassis) increased by 52.
8% year-on-year - In October, China's unforged aluminum and aluminum exports were 10,47 tons
- From January to October, China exported 1.
10 million tons of steel, down 5635.
8% year-on-year; - From January to October, China's imports of natural and synthetic rubber increased by 1.
10% year-on-year; - From January to October, China's imported automobiles (including chassis) decreased by 1.
10% year-on-year
Pictures are hot
Picture hot smell picture hot smell- From January to October, China's exports of automobiles (including chassis) increased by 52.
8% year-on-year - In October, China's unforged aluminum and aluminum exports were 10,47 tons
- From January to October, China exported 1.
10 million tons of steel, down 5635.
8% year-on-year; - From January to October, China's imports of natural and synthetic rubber increased by 1.
10% year-on-year; - From January to October, China's imported automobiles (including chassis) decreased by 1.
10% year-on-year
8% year-on-year
8% year-on-year, and from January to October, China's export automobiles (including chassis) increased by 52.
8% year-on-year
10 million tons of steel, down 5635.
8% year-on-year;
358 million tons of steel, down 1.
8% year-on-year, and from January to October, China's steel exports were 56.
358 million tons, down 1.
8% year-on-year
10% year-on-year;
1% year-on-year, and from January to October, China's imports of natural and synthetic rubber increased by 7.
1% year-on-year
10% year-on-year
6% year-on-year
