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What is the relationship between lithium batteries and new energy? Who is better? Do you want to buy it today?

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【概要描述】What is the relationship between lithium batteries and new energy? Who is better? New energy is generally a collective term for clean energy beyond traditional energy sources, such as lithium electricity, wind power, nuclear power, hydropower, photovoltaic, and so on. The new energy we have been talking about mainly consists of two industries: new energy vehicles and photovoltaic. Lithium batteries are the core of new energy vehicles, which should not be difficult to understand.

What is the relationship between lithium batteries and new energy? Who is better?

New energy is generally a collective term for clean energy beyond traditional energy sources, such as lithium electricity, wind power, nuclear power, hydropower, photovoltaic, and so on.

The new energy we have been talking about mainly consists of two industries: new energy vehicles and photovoltaic.

Lithium batteries are the core of new energy vehicles, which should not be difficult to understand.

In the entire new energy vehicle industry:

Upstream industrial raw materials: lithium, cobalt, nickel and other minerals.

Midstream processing components: batteries, motors, etc

Downstream finished products: charging piles, complete vehicles.

It is obvious that in the current context of inflation, the upstream is benefiting and the prosperity is relatively high. Therefore, the stronger branches are lithium mines and small metals, and this state will continue to be maintained.

You can observe that in your new energy vehicle fund, there are generally upstream, midstream, and downstream funds, but the focus is different. Those who focus more on upstream raw materials will perform better overall this year.

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Characteristics of New Energy Vehicle Batteries

Lithium batteries are a general term for chemical power sources that use metallic lithium or lithium containing substances as negative electrodes. It is a new type of high specific energy battery system that has been developed in the past decade. The idea of using active metals such as lithium and sodium as negative electrodes for batteries was first proposed by a researcher born in 1958 at the University of California in the United States. In the 1970s, Yasuro Fukuda of Panasonic Electric Company in Japan first invented and applied lithium fluoride carbon batteries. From then on, lithium batteries gradually moved from experimental research to practicality and commercialization. Due to the excellent performance of lithium batteries, various countries are competing to develop various new types of lithium batteries to meet military and consumer needs, such as lithium iodine batteries (1972), lithium chromate batteries (1973), lithium sulfur dioxide batteries (1974), lithium sulfite chloride batteries (1974), lithium copper oxide batteries (1975), lithium manganese dioxide batteries (1976), lithium molybdenum disulfide batteries (1989), lithium-ion batteries (1991), and lithium manganese dioxide batteries (1994). Especially in the early 1990s, the high specific energy and long life lithium-ion batteries invented and launched by Sony Energy Technology in Japan greatly promoted the development of the lithium-ion battery industry.

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