Journal 20: The solar socket in the window


Today, I was talking about a new charging method with a friend, and I found an interesting concept of a solar charging device. Although it is still a concept and not yet in mass production, it is likely to be promoted in the future.

This is a portable charger or converter based on solar energy charging, which can convert solar energy into electricity for the use of mobile devices charging. At the bottom is a suction cup that can be attached to a window. The suction cup is wrapped around the solar panel and can be charged by simply sucking it on the window on a clear day. The purpose of the design is to make it easy for people to charge their electronic devices even when the use of electricity is limited, and it is allowed to replenish power anywhere in the daylight. But in my opinion, this design concept is not only convenient for people, from the point of view of sustainability, but it can also reduce the energy consumption of manual power generation devices.

In addition, as far as I know, due to current technical limitations, the battery capacity of the solar charger is very small, but as long as the technology allows it to have a larger battery capacity in the same size. In the future, it will probably become a popular industrial design in society.

Comments

Post a Comment

Popular posts from this blog

Journal 8: Madreselva Building / Vicca Verde

Image
  The Madreselva Building in Peru is a low-cost sustainable ecological Building designed by Vicca Verde in 2014. The building is located in the heart of the city, which is often lacking in greenery in modern cities, and this was one of the issues to be considered at the beginning of the project. The project takes into account the efficient use of materials and resources, and the local wood is specially treated to meet the requirements of being built as a tall building. In addition, it is environmentally friendly from the beginning of construction to the end of its life. This is helped by the use of recyclable materials that have a low environmental impact. Moreover, the rainwater collection system of the building can be used to irrigate the green plants around the building and realize the internal circulation system of the building. As a result, the design not only enhances the quality of life of the building, but also enables it to function well in low cost maintenance conditions. In
Read more

Journal 13 : Geothermal heat pump

Image
 The Geothermal heat pump system, and efficient renewable energy technology, has been widely accepted in residential and commercial buildings. Geothermal heat pumps are used for space heating and cooling and water heating. The advantage of ground source heat pumps is that they concentrate heat that occurs naturally, rather than generating heat by burning fossil fuels. Geothermal heat pumps can be used to provide domestic hot water when the system is running. Many residential systems are now equipped with thermostats, which transfer excess heat from the compressor of a geothermal heat pump to the house's hot water tank. When the local heat pump system is not working, the desuperheater does not provide hot water in spring and autumn. But because geothermal heat pumps are so much more efficient than other forms of hot water, manufacturers are starting to offer "full demand" systems, which use a single heat exchanger to meet all a home's hot water needs. These facilities
Read more

Journal 1: Kamuthi Solar Project

Image
        Image: Kamuthi Solar Project, source from: Greencitytimes India was the first country in the world to establish an official government agency for non-traditional energy, the Indian Ministry of New and Renewable Energy. India has been trying to find more sustainable sources of energy since the 1980s. The mission of the Ministry of New and Renewable Energy is to "increase the share of clean energy, increase its availability, improve its accessibility, increase energy affordability and maximize energy equity", with India aiming to provide solar power to more than 60 million Indian homes by 2022. The Kamuthi Solar Project is a solar photovoltaic (PV) farm capable of providing 648 megawatts of power. It is located in the town of Kamuthi, Ramanathapuram, India. It has more than 2.5 million individual Solar PV modules on 2,500 acres. The Kamuthi solar project provides energy to about 300,000 homes. Moreover, the project cost $710 million and became operational in 2016. Grow
Read more