AG13 battery

How far is it for AG13 battery to become the "favorite" of energy storage projects

How far is it for lithium-ion AG13 battery to become the "favorite" of energy storage projects? As an emerging field, lithium-ion battery energy storage has developed rapidly around the world in recent years. At present, there are three major application areas in the energy storage lithium-ion battery market: power energy storage, household energy storage, and base station energy storage. So how far is it for lithium-ion AG13 battery to become the "favorite" of energy storage projects? This article will discuss with you.

Lithium-ion battery energy storage projects are mainly distributed in the following directions

1. Lithium-ion battery energy storage for new energy power generation, its important uses are: a. Smoothing unstable wind farm or photovoltaic power station output; b. Tracking planned power generation; c. As a peak power station, participating in peak load operation;

2. Power auxiliary service energy storage power station, its important use is to stabilize the operation of the power grid and ensure the safety of the power grid. Its functions include power grid peak load, frequency regulation and voltage regulation, replacing some peak load power plants, frequency regulation units, rotating backup, accident standby, etc.;

3. Microgrid energy storage, in which lithium-ion battery energy storage system plays an important role (such as v-f support, maintaining power supply time, frequency regulation and voltage regulation, etc.);

4. User-side energy storage, its important uses are user-side peak load shaving, demand-side response, capacity management, etc.;

5. Special occasion energy storage power supply, airports, docks, special, important facilities, special bases, etc., used to ensure equipment safety/company safety/regional safety/national security;

6. Home energy storage system, mainly used for rooftop photovoltaic self-use and power outage emergency.

How far will lithium-ion AG13 battery be from becoming the "favorite" of distributed energy storage projects?

Since 2019, the lithium battery energy storage market has developed rapidly, and many energy storage projects have been publicly tendered or put into operation at home and abroad. The application scenarios include energy storage power stations, wind farm frequency modulation, solar power generation storage, user side, communication base stations, etc., which have attracted a large number of battery companies to join.

Under this circumstance, battery companies including CATL, BYD, Guoxuan High-tech, Yiwei Lithium Energy, Ruipu Energy, Haisida, Xinwanda, Tesla, LG Chem, Samsung SDI, etc. are all carrying out the layout and planning of the energy storage industry chain, and have won bids or built multiple large-scale energy storage projects, becoming a new point for the company's performance growth.

Regardless of the form of energy storage, the use of it in the power grid (generation, transmission, distribution, and use) is basically the same, which is an effective means to improve the reliability and resilience of the power grid. The scale of the lithium-ion battery industry is rapidly expanding and the price is rapidly falling. The application of lithium-ion AG13 battery as distributed energy storage systems is gradually increasing. As of the end of 2018, the cumulative scale of electrochemical energy storage projects in operation in my country was 1072.7MW, of which lithium-ion battery energy storage projects accounted for about 60%.

From the perspective of currently available energy storage components, lithium-ion AG13 battery are a more suitable choice, especially for user-side energy storage. The advantages of lithium-ion AG13 battery as energy storage components, such as high energy density and long life, are gradually emerging. However, the application of lithium-ion battery energy storage on the user side is currently rising slowly, and there are still breakthroughs to be made in terms of the economy, safety and applicability of the energy storage system itself.

At present, the safety of lithium-ion battery energy storage is more focused on the lithium-ion battery itself, but the energy storage system is not only lithium-ion AG13 battery, but also other system equipment, protection equipment, etc., and its safety issues are also worthy of attention.

As an emerging application model, the efficiency and energy advantages of lithium-ion battery energy storage have been widely recognized. However, the research on the application of lithium-ion AG13 battery in user-side energy storage projects is still insufficient, and the support of relevant standards and specifications needs to be supplemented, and further research should be conducted on its attribute meaning, economic benefits, system design, and construction and operation guidance.

In the future, as battery technology is further improved and battery costs continue to decline, the market penetration rate of lithium-ion AG13 battery in the energy storage field will gradually increase, further promoting the increase in the scale of the lithium-ion energy storage market and providing new development opportunities for lithium-ion battery companies.

Summary: Although the lithium-ion battery energy storage market has great potential in the future, it is currently limited by energy storage policies, lithium-ion battery prices, electricity and other factors. Lithium-ion battery energy storage has not yet been widely used and is still in the incubation period. The volume and growth rate are still relatively small. It is mainly used for communication base stations, user-side peak shaving and valley filling, off-grid power stations, microgrids, rail transit, UPS, etc. Some are also exported to markets such as Europe and Australia. It is mainly used for home energy storage, grid energy storage and other projects.

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