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The LMO segment held more than USD 10 million of lithium-ion battery market value in 2022. LMO batteries use manganese oxide as a cathode material which forms a 3-dimensional spinel structure providing improved flow dimensions of the ions on the electrode. This grants the battery a low internal resistance and greatly improves its current handling ability. The 3-dimensional spinel structure allows thermal resistance to be lowered which enables fast charging in the battery while current discharging is boosted. Moreover, lithium manganese oxide provides enhanced safety although it has a limited life cycle, which is further increasing their need in varied industry verticals.
The energy storage application is projected to witness 24% growth between 2023 and 2032. These batteries are essential for providing a reliable and constant power supply and thus, becoming one of the most crucial options for integrating wind and solar into power grids in the region. Furthermore, increasing demand for grid stability and electricity coupled with favorable government measures to provide uninterrupted power supply is anticipated to bolster the deployment of lithium-ion batteries. In addition, renewable energy integration measures implemented by various governments along with the increasing demand for off grid electricity will further stimulate the product installation.
The lithium-ion battery market in North Africa has witnessed a significant turnaround in 2022 on account of shifting focus toward zero emission vehicles coupled with increasing investments toward energy storage systems. However, technological advancements to enhance the product life cycle and robust growth in industrial activities has led to industry development, thereby providing a boost to the component demand. Electrolytes, aluminum foil, copper foil, anode and cathode are some of the key lithium-ion battery components being widely used in the industry.
Egypt lithium-ion technology market observed a significant turnaround owing to its various benefits including high energy density, fast charging, low maintenance, and higher safety. These batteries were previously utilized for charging small electronics; however, lithium-ion batteries are now adopted across households and the automotive industry. Also, the proliferating consumer spending behavior has given a boost to the regional energy demand which has supplemented the product adoption for storing energy. The government is continuously involved in establishing reforms and regulations to tackle the growing GHG emissions, which is advantageous for the lithium-ion battery industry development.