This solar energy innovation is 10 times cheaper than analogues: solar electricity 24 hours a day

Recent questions

• How does the solar station in central Ukraine function?

  The solar station in central Ukraine was built 8 years ago for $1000 and uses mirrors to focus sunlight for space heating in winter and pool heating in summer. However, it cannot generate electricity due to a problem that was solved by a new heater creating thermal energy up to 400 degrees Celsius.

• What is the key innovation in the new heater for solar stations?

  The key innovation in the new heater for solar stations is its ability to compress solar radiation by 20-30 times, enabling the heating of thermal oil to 300 degrees Celsius. This breakthrough allows for the production of steam for turbines, leading to the generation of cheap solar electricity.

• How can the new heater impact solar electricity generation worldwide?

  The new heater has the potential to revolutionize solar electricity generation worldwide by enabling the creation of millions of similar solar stations. These stations can utilize inexpensive mirrors and sleds to focus solar radiation, achieving high temperatures for oil heating and ultimately producing steam for turbines.

• What is the primary method used by the solar station to generate electricity?

  The primary method used by the solar station to generate electricity involves mirrors focusing sunlight to heat thermal oil. This heated oil is then used to produce steam for turbines, which in turn generates electricity. The new heater plays a crucial role in enhancing the efficiency and effectiveness of this process.

• What are the benefits of the new device for solar energy production?

  The new device for solar energy production offers significant benefits, such as the ability to achieve high temperatures for oil heating using inexpensive mirrors and sleds. By compressing solar radiation and heating the oil to 300 degrees Celsius, this device paves the way for cost-effective and efficient solar electricity generation on a large scale.