How The Solar Power Station Will Evolve In The Future?
Solar power generator devices are small-scale energy storage devices with built-in lithium-ion batteries. In terms of their charge capacity, they can be categorized as less than 500Wh, 500-1,000Wh, and more than 1,000Wh. Photovoltaic panels can be divided into 100W or 200W solar power station device.
From 2017 to 2022, global shipments and market size for portable power supplies will increase year by year. Although the industry started late and developed in a short period of time, it is widely used and developing rapidly. It is expected that the market size of the power station portable power supply industry will continue to grow in the future. In 2026, it will reach 88.23 billion RMB; in 2020, 91.9% of the world's portable power station supplies will be produced in China, and 47.3% of all solar power station power supplies will be sold to the United States. In 2018, the development of China's automobile industry will drive the export of solar power station power supplies. In recent years, market size and volume have grown explosively and are expected to continue to grow in the future.
Car batteries are mainly used as batteries in solar power systems. Therefore, the progress of car battery capacity and output power technology directly drives the improvement of solar power station power supply capacity. Hammer's battery performance is being upgraded, and costs are being reduced. The market is further expanded. Outdoor activities are the largest application field for solar power station power supplies. They account for 43.6%. Under the effect of the epidemic, indoor gatherings and group tours have declined, whereas outdoor activities such as camping have grown in popularity. This directly contributes to the growth of the solar power supply industry. In the global solar power station power supply application field, the emergency field accounted for 41.5%. In the 20 years from 2000 to 2019, the number of major natural disasters in the world increased, and the number of people affected and the scale of economic losses increased an effective source of emergency electricity.
With the improvement of energy density and cost reduction of LiFePO4 batteries, the proportion of high-capacity solar power station power will continue to increase, and the unit price of high-capacity lightweight solar panels will fluctuate, leading to an increase in average selling price and further expansion of the market size. There is a relatively expensive household electricity price in developed countries like Europe and the United States, and there is a relatively large demand for household energy storage overseas. Household energy storage and portable power stations share some characteristics, and the transition between high-power power stations portable power supply, and household energy storage is not significant.