Electrical enterprises collaborate with universities to jointly research new energy storage technology
Release Date:
2021-11-12
To address the intermittency of renewable energy, multiple electrical enterprises and universities have engaged in deep cooperation to jointly develop new energy storage technologies. Both parties will focus on areas such as lithium-ion batteries, flow batteries, and hydrogen storage, and through industry-academia-research collaboration, overcome challenges such as low energy density, high cost, and short lifespan of energy storage systems. Currently, some projects have achieved phased results, with the energy density of new energy storage materials increasing by 40% compared to traditional materials. Once these technological achievements are industrialized, they will effectively enhance the power system's peak-shaving capability and promote the consumption of clean energy.
To address the intermittency of renewable energy, multiple electrical enterprises and universities have launched in-depth cooperation to jointly develop new energy storage technologies. Both parties will focus on areas such as lithium batteries, flow batteries, and hydrogen energy storage, and through the integration of industry, academia, and research, overcome challenges such as low energy density, high cost, and short lifespan of energy storage systems. Currently, some projects have achieved phased results, with the energy density of new energy storage materials increasing by 40% compared to traditional materials. Once these technological achievements are industrialized, they will effectively enhance the power system's peak-shaving capability and promote the integration of clean energy.
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