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A few days ago, Yu Zhenhua, chairman of Zhongguancun Energy Storage Industry Technology Alliance, said at the "Energy Storage International Summit 2015" that by 2020, China's energy storage technology market capacity will reach 67GW, and the industry blowout is imminent
.
In the next three years, the process of quantitative change to qualitative change will be realized, and the "first year of energy storage"
of industry development will be ushered in.
Yu Zhenhua introduced that in the Chinese market, energy storage technology has emerged market opportunities and commercialization models
in four areas: distributed generation and microgrid, power auxiliary services, user-side demand response and electric vehicle interconnection.
Especially in the energy Internet pattern, energy storage will play a key role in energy chips, realize the digitalization of energy systems, and assist energy management
.
At the meeting, the alliance also released the "Energy Storage Industry Research White Paper 2015" and annual industry statistics, showing that the energy storage industry still maintained steady development in 2015, and at the same time, it also showed some new characteristics
.
From the perspective of geographical distribution, the United States occupies the largest proportion in both the number of projects and the installed scale
.
By the end of 2014, 95 energy storage projects had been put into operation in the United States, with an installed capacity of more than 357MW.
Japan is second in terms of installed capacity, approaching 310MW, and China is closely behind the US in terms of project number, with 63 projects
.
From the perspective of technical distribution, the installed proportion of sodium-sulfur batteries is the largest, 40%, followed by lithium batteries and lead batteries, accounting for 33% and 11%
respectively.
In 2014, lithium batteries accounted for the largest proportion of new installations of energy storage technology, accounting for 71%, followed by flywheels, accounting for 20%.
From the perspective of application distribution, energy storage projects are mainly concentrated in the fields of
renewable energy grid-integration, auxiliary services, power transmission and distribution, and distributed microgrids.
In 2014, the global energy storage market continued to develop steadily, and by the end of 2014, the cumulative installed capacity of energy storage projects (excluding pumped storage, compressed air and heat storage) used in China's power system was 84.
4MW, accounting for 10%
of the global installed capacity of energy storage technology.
Among them, 31MW of new installed capacity was added, with an annual growth rate of 58%, an increase of 14 percentage points over the previous year, an obvious
increase.
A few days ago, Yu Zhenhua, chairman of Zhongguancun Energy Storage Industry Technology Alliance, said at the "Energy Storage International Summit 2015" that by 2020, China's energy storage technology market capacity will reach 67GW, and the industry blowout is imminent
.
In the next three years, the process of quantitative change to qualitative change will be realized, and the "first year of energy storage"
of industry development will be ushered in.
Yu Zhenhua introduced that in the Chinese market, energy storage technology has emerged market opportunities and commercialization models
in four areas: distributed generation and microgrid, power auxiliary services, user-side demand response and electric vehicle interconnection.
Especially in the energy Internet pattern, energy storage will play a key role in energy chips, realize the digitalization of energy systems, and assist energy management
.
At the meeting, the alliance also released the "Energy Storage Industry Research White Paper 2015" and annual industry statistics, showing that the energy storage industry still maintained steady development in 2015, and at the same time, it also showed some new characteristics
.
From the perspective of geographical distribution, the United States occupies the largest proportion in both the number of projects and the installed scale
.
By the end of 2014, 95 energy storage projects had been put into operation in the United States, with an installed capacity of more than 357MW.
Japan is second in terms of installed capacity, approaching 310MW, and China is closely behind the US in terms of project number, with 63 projects
.
From the perspective of technical distribution, the installed proportion of sodium-sulfur batteries is the largest, 40%, followed by lithium batteries and lead batteries, accounting for 33% and 11%
respectively.
In 2014, lithium batteries accounted for the largest proportion of new installations of energy storage technology, accounting for 71%, followed by flywheels, accounting for 20%.
From the perspective of application distribution, energy storage projects are mainly concentrated in the fields of
renewable energy grid-integration, auxiliary services, power transmission and distribution, and distributed microgrids.
In 2014, the global energy storage market continued to develop steadily, and by the end of 2014, the cumulative installed capacity of energy storage projects (excluding pumped storage, compressed air and heat storage) used in China's power system was 84.
4MW, accounting for 10%
of the global installed capacity of energy storage technology.
Among them, 31MW of new installed capacity was added, with an annual growth rate of 58%, an increase of 14 percentage points over the previous year, an obvious
increase.
