Energy Storage + Ultra-Fast Charging

In the context of global energy transition, the energy storage+supercharging industry is facing development opportunities. On the one hand, the "dual carbon" goal promotes the rapid development of renewable energy, and its intermittency and volatility require energy storage to ensure the stability of the power system. The policy strongly supports energy storage construction, such as improving the time of use electricity pricing mechanism. On the other hand, as the proportion of new energy in the power system increases, the demand for power system regulation capability also increases, and energy storage can balance supply and demand. At the same time, the development of distributed energy and the construction of microgrids and smart grids have also led to an increase in energy storage demand. Technologically, battery technology continues to improve, energy storage systems are integrated and optimized, and multiple energy sources complement each other for development. The energy storage industry chain is constantly improving, the market size is rapidly expanding, and business models are becoming increasingly diversified, becoming an important force in the energy field.

Based on investing in energy storage power stations and supercharging, Mingde efficiently integrates the supply chain and relies on its own Mingde Cloud platform for efficient and refined operation and maintenance, providing long-term stable returns for owners and asset holders.

At present, Mingde has focused on the southern demand market in just three months, involving multiple industries such as intelligent manufacturing, new materials, semiconductors, chemical textiles, etc. At present, we have implemented energy storage projects in Guangdong, Zhejiang, Jiangsu, and Chongqing, with a total capacity of 20MW. The operation of industrial and commercial energy storage power stations has added support to the cost reduction and efficiency improvement of enterprises. Improving the efficiency of renewable energy utilization and reducing reliance on traditional high carbon energy can help companies reduce carbon emissions, align with the national "dual carbon" strategy goals, enhance their environmental image, and strengthen their competitiveness in the green supply chain.