CR2477 battery energy storage solutions are expected to be the first to drive the commercialization of energy storage technology

Lithium-ion battery energy storage solutions are expected to be the first to drive the commercialization of energy storage technology. Energy storage plays an indispensable and key role in actively promoting the transformation of energy structure and the reform of the power market. The domestic CR2477 battery industry has also made great progress, the quality of battery products has been continuously improved, and the product cost has dropped significantly. The "quality improvement and cost reduction" of CR2477 battery products has enabled lithium-ion batteries to be widely used in the field of energy storage.

Lithium-ion battery energy storage solutions are expected to be the first to drive the commercialization of energy storage technology

Energy storage, an emerging form of energy innovation, is looking for its value in various energy fields. Lithium-ion batteries are currently developing rapidly and are expected to be the first to drive the commercialization of energy storage. Lithium-ion battery energy storage is expected to penetrate the energy storage market as a "disruptive" innovation technology. Innovation can be divided into continuous innovation and disruptive innovation.

Continuous innovation is to continuously improve the performance of existing products through the development of advanced technologies and obtain higher profit margins, but it is still aimed at the existing market and does not open up a new market. Disruptive innovation is to adapt to the needs of customers in new markets through continuous improvement and cost reduction. When the product cost drops to a level acceptable to customers in the new market, this disruptive innovation technology will be widely used in this field, thereby greatly expanding the application field and space of the product.

By studying the characteristics of the lithium-ion battery industry, we believe that lithium-ion battery energy storage will be a disruptive innovation technology for the energy storage industry. In the future, the application of lithium-ion batteries in energy storage will subvert the development speed, development space and industry structure of the existing lithium-ion battery industry, and will be widely used in the distributed photovoltaic and communication base station energy storage fields with a market size of tens of billions of dollars.

Energy storage is not a new proposition, nor is it a new technology. It can be said that it is synchronized with the development of electricity. In the past, everyone saw that pumped storage was relatively mature and widely used. Now there are also new technologies, such as solar thermal, flywheel, compressed air, and electrochemical energy storage. There are also different technical routes and technical schools in electrochemical energy storage, including lead-acid batteries and lithium-ion batteries.

Generally speaking, from the perspective of regional dependence, product life, performance, and the entire construction cycle, lithium-ion battery energy storage technology is relatively balanced in all aspects. We believe that lithium-ion battery energy storage is a better solution for energy storage supporting the development of new energy.

As of this year, the installed capacity of lithium-ion battery energy storage in the world has exceeded 20G watt-hours. China is still in the initial stage, and many are pilot demonstrations. The future development depends on the support of the entire policy and the technological progress of the energy storage industry. After continuous research and development, energy storage products are now modularly designed. They can be combined into different systems with the same modules at each node of the entire energy flow, and flexibly adapt to different applications.

As an energy center and information exchange center, energy storage will become an increasingly important component in the development of the entire energy Internet. After years of analysis, research and comparison, we can judge that electrochemical energy storage, especially lithium-ion battery energy storage, is a very feasible, effective and valuable solution.

From an operational perspective, based on the characteristics of lithium-ion energy storage systems and the current technical and economic feasibility, there are two important directions for the expansion of the energy storage system market:

First, the upgrade and replacement of existing applications: Based on the performance and cost of lithium-ion energy storage systems, traditional energy storage systems used in some fields will be replaced by lithium-ion energy storage systems with high cost performance; Second, the development of new applications: In new application fields, innovative operation models will promote the explosive development of the lithium-ion energy storage market.

In new applications, lithium-ion battery energy storage systems rely on the storage of electricity in different time periods to achieve their due functions and benefits. From the perspective of maximizing benefits, the more fully, frequently and long-term the energy storage system should operate, the higher its benefits will be.

Important driving forces of the lithium-ion battery energy storage market

First, policy guidance. The state has issued relevant energy storage guidelines and accelerated the demonstration application of the energy storage industry.

Second, the development of power lithium batteries in recent years has driven the synchronous development of energy storage lithium-ion batteries.

3. The requirements of the basic architecture of the product. The specific clarification of the performance, parameters, capacity, and indicators of the energy storage system has greatly promoted the development of our energy storage system technology.

4. The new energy revolution promotes the establishment of the energy Internet, and energy storage is a key industry in the energy Internet.

Summary: With the gradual expansion of the application of lithium-ion battery energy storage, domestic and foreign lithium-ion battery manufacturers have laid out this field. With the improvement of technical level and the formation of scale advantages, electrochemical energy storage technology represented by lithium-ion batteries and lead-carbon batteries has risen strongly, with obvious advantages in mobility, response speed, energy density and cycle efficiency, and is the development direction of large-scale energy storage technology in the future.

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