Read the expert below, then answer this question pretend you are a European politician, and you are trying to convince others that space space solar power is worth the investment. What would you say to convince your colleagues to adopt space based solar power to help address climate change? Use the rad method.
European is looking for space based solar powered address, energy crisis later this year the European space agency will ask its members to fund research into a space base solar power program later this year. Solar power refers to electricity generated from sunlight. Solaris is the name of the ESA program it would explore the possibility of space, space, solar power generation, the goal is to provide clean energy and contribute to decarbonization. This is the process of moving away from energy sources that release greenhouse gases into the atmosphere, or the blanket of gases that surround the planet greenhouse gases are the earths atmosphere that trapped heat some of these gases include carbon dioxide and methane , the ESA would work with European companies. They would determine the technologies, benefits and risks and its possibilities of success.
Beams of energy
SBSP involves collecting solar energy with huge, solar rays or panels on satellites. Satellite is a machine that orbits or travels around a planet or a star. These particular satellites would be in Geo stationary orbit. This means they would appear suspended above a fixed spot on earth. At an altitude of 22,000 miles the satellites would be collected to the ground for conservation into electricity without obstruction by the earths atmosphere, space based solar power would generate energy more effectively than earth-based power plants, ESA, describes the Solaris program as a response to the current climate change crisis climate change significant change in the climate of earth over a long period of time. It happens naturally or response to human activities. SBSP is a possible source of affordable and continuous abundant and secure energy. Joseph Ashbacher is an ESA Director general. He said that two independent study suggested investigating the feasibility of SP technology. We have the main building blocks already. Asher said he also said the future development and funding is still needed.
Net, zero
The Solaris proposal will go forward November 2022. The ultimate goal SBP would be to aid Europeans transition to net 0 carbon world by 2050. Net zero refers to a balance between the amount of greenhouse. Gas is produced in the amount taken out of the atmosphere. In recent years SBSP has become of great interest to a number of countries. The United Kingdom expressed its interest in SBP system earlier this year China is planning test before the end of the decade, NASA is also interested in SBSP and the team at Caltech in California is working on equipment for harvesting solar energy collected in space SBSP may be performing a source of clean energy, however, is still faces major technological, economic, and legal challenges .
As a European politician, I would use the RAD method to convince my colleagues to invest in space-based solar power for addressing climate change.
Firstly, I would focus on the RELEVANCE of this technology. Climate change is a pressing issue that requires urgent action. Space-based solar power offers a sustainable and clean energy solution that could contribute to decarbonization and help us transition to a net zero carbon world by 2050. This is directly relevant to our goals of reducing greenhouse gas emissions and combating climate change.
Next, I would emphasize the ADVANTAGES of space-based solar power. By collecting solar energy in space with satellites, we can generate electricity more effectively and continuously compared to traditional earth-based power plants. This technology offers abundant and secure energy that could help us meet our energy needs in a sustainable way.
Lastly, I would discuss the DELIBERATION process that has already taken place. The European Space Agency has conducted studies and identified the feasibility of space-based solar power technology. Other countries such as the United Kingdom, China, and the United States are also exploring this technology. By investing in research and development for space-based solar power, we can stay at the forefront of clean energy innovation and lead the way in combating climate change.
Overall, I would urge my colleagues to support the funding for the Solaris program as part of our commitment to tackling climate change and ensuring a sustainable future for Europe and the world.