In the past ten years, China’s new energy vehicles have experienced a development from 0 to 1. With the vigorous development of the global new energy vehicle industry, China’s lithium battery industry has also experienced unprecedented changes. This rapid but thorough energy technology revolution will inevitably give birth to some industry leaders, but it is…
Batteries began to be used in automobiles in 1918, and gradually became popular in 1920, when the battery voltage was 6V. Background With the increase of internal combustion engine displacement and the emergence of high compression ratio internal combustion engines, the 6V starting battery system can no longer meet the demand, so the 12V…
Until recently, each LFP lithium battery super storage system had an energy storage capacity of 2.6 MWh. Now, the page is no exaggeration to say that each Megapack energy storage system is rated at 3.9 MWh of storage capacity, an increase of nearly 50%. According to report, the new Megapack units…
China’s lithium iron phosphate (Lifepo4) industry is accelerating its “going overseas”. Including lithium iron phosphate batteries and materials, the global layout of lithium iron phosphate materials has been gradually expanded through exports, cooperation with overseas companies, and the establishment of local factories. On the one hand, Chinese lithium battery companies export LFP batteries through Chinese…
In 2021, the supply of many materials for lithium batteries will be tight and prices will soar, causing cross-border entrants to flock to the market. Especially in the sector of LFP materials, in addition to traditional LFP cathode material enterprises, including the companies of ternary cathode material, phosphorus chemical , titanium dioxide chemical, etc. have…
The competitive landscape of the lithium battery industry is changing dramatically, which is bringing unprecedented challenges to the supply chain of lithium battery materials. The arrival of the TWh era is simultaneously bringing opportunities and challenges to the upstream material industry chain of lithium batteries. Opportunity with the accelerated development of…
Tesla Inc has signed new long-term deals with two existing Chinese battery material suppliers, to deal with possible impacts of a shortage of battery metal resources. this is the latest move by the automaker to secure supplies as competition intensifies. According to public information, ternary precursors are key materials for lithium-ion…
Solving the core problems of users is the premise of full electrification. Around this core, the three major power battery solutions has been launched by CATL. Innovation is the core competitiveness of CATL leading the TWh era. At the 2022 power battery conference, CATL has introduced to the market for the phased application results of…
The principle of lithium battery production and manufacturing process is not complicated, but the main process control points of lithium battery manufacturing technology are not so simple。 Cathode electrode ingredients: The cathode electrode is composed of active material, conductive agent and binder. First, drying: confirm and bake Generally, the conductive agent…
Lithium battery defects are broken one by one, new double-layer solid-state batteries target EV, energy storage and other markets It is reported that US battery start-up Ion Storage System is currently building a production facility for its unique “double-layer solid-state battery” and plans to achieve an annual output of 10 MWh by the end of…
At present, silicon anodes or silicon-carbon anode materials with high silicon content have the advantage of larger gram capacity, which is theoretically several or 10 times higher than that of existing graphite anodes. Increasing energy density Therefore, using silicon as the anode can greatly increase the energy density of lithium-ion batteries. Silicon is an…
The global portable battery energy storage power market is expected to exceed $14 billion in 2026 In 2021, the overall global shipment of lithium-ion batteries for energy storage will be 66.3GWh. By 2030, the demand for lithium-ion batteries in the global energy storage field will be close to 1TWh. The compound growth rate of lithium-ion…
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