Abstract It is usually only a few minutes to connect a computer to an external device such as a printer in a plug-and-play manner. The US Department of Energy has recently launched a national research program that hopes to use photovoltaic technology in a plug-and-play manner, enabling residents to use solar energy in one day. It is reported that this research...
It is usually only a few minutes to connect a computer to an external device such as a printer in a plug-and-play manner. The US Department of Energy has recently launched a national research program that hopes to use photovoltaic technology in a plug-and-play manner, enabling residents to use solar energy in one day.
It is reported that the study is part of the US Department of Energy's SunShot program, with a starting capital of $5 million. In the next four years, the Department of Energy will also request Congress to grant $20 million in funding. Using these funds, national research institutes, universities and industry will collaborate to develop a new, plug-and-play photovoltaic prototype system that can be directly placed on the market, aiming to significantly increase the cost and convenience of residential solar PV systems. Once the plan is implemented, installing solar panels for a home in the future is as easy as plugging in power to use household appliances, and the entire process from procurement, assembly to operation can be completed in one day.
As the cost of solar cell modules continues to decline, non-hardware costs or "soft costs" have accounted for more than half of the cost of the entire domestic solar system, restricting the widespread use of solar photovoltaics.
Plug-and-play PV technology will significantly reduce non-hardware costs in all aspects of installation, licensing, circuit interconnection, and fixed devices in solar PV technology applications. The ultimate goal is that people can easily connect solar PV systems to residential and public buildings without the need for special training or the use of specialized tools to initiate automated inspections of PV access.
The US Department of Energy estimates that five years later, at the end of the program, the cost of solar energy utilization is expected to fall by 75%, or about 6 cents per kWh. According to this calculation, by 2030, solar photovoltaic power generation will account for 15% to 18% of the entire power industry in the United States, and solar energy will have the power to compete with other forms of energy.
US Secretary of Energy Zhu Xiwen said: "The program will help consumers to use clean and cheap solar energy, while also allowing the United States to take the lead in the next generation of clean energy technologies and diverse energy structures."
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