According to the 2024 “Renewable Energy Report” recently released by the International Energy Agency, solar photovoltaics will become the core force driving the rapid development of global renewable energy in the next ten years. Based on existing renewable energy policies, it is expected that the installed capacity of terrestrial photovoltaic power plants and distributed photovoltaics will almost double in the next few years. By 2030, the capacity of terrestrial PV will increase from the current 917.1 GW to 3467.1 GW, and distributed PV will also increase from the current 694.4 GW to 2353.5 GW. Industry insiders generally believe that new energy, represented by photovoltaics, is still a high-quality track with long slopes and heavy snow, and that new energy assets are expected to gradually return in value in the future.

According to the 2024 “Renewable Energy Report” recently released by the International Energy Agency, solar photovoltaics will become the core force driving the rapid development of global renewable energy in the next ten years. Based on existing renewable energy policies, it is expected that the installed capacity of terrestrial photovoltaic power plants and distributed photovoltaics will almost double in the next few years. By 2030, the capacity of terrestrial PV will increase from the current 917.1 GW to 3467.1 GW, and distributed PV will also increase from the current 694.4 GW to 2353.5 GW. Industry insiders generally believe that new energy, represented by photovoltaics, is still a high-quality track with long slopes and heavy snow, and that new energy assets are expected to gradually return in value in the future.