In the Center for Electrical Energy Storage, the ACDC team focuses on two main areas: battery storage technologies and thermal storage technologies. In the field of battery technologies, the team is actively working on novel materials and innovative production processes for battery cells. They are also exploring new approaches for battery system technology, ranging from cells and modules to complete battery packs, including battery management and thermal management systems. The team is constantly optimizing procedures to determine the state of charge and state of health of batteries, as well as predicting their lifetime. Additionally, they are working on developing optimized charging and operating control strategies, and prototypes for various application areas. The team also utilizes modeling and simulation techniques to understand the behavior and performance of batteries at different levels, such as material, cell, and system. They conduct comprehensive testing and verification of batteries, including performance and aging investigations, thermal analyses, abuse tests, and post mortem analyses. Furthermore, they have expertise in testing various PV storage systems, including Pico PV systems, Solar Home systems, PV hybrid systems, grid-connected PV battery systems, and storage system components such as charge controllers and energy management systems.

In terms of thermal storage technologies, the ACDC team is focused on developing new highly efficient storage materials. They are particularly interested in classic sensitive storage materials, latent heat storage materials, and sorption materials. The team carefully examines these storage materials to understand their behavior in different storage systems. They conduct performance tests under realistic conditions to evaluate their efficiency and effectiveness. To facilitate their research, the team has access to various test stands and facilities that allow them to carry out characterizations of storage systems in a temperature range of -30°C to 550°C. The team also conducts detailed energy flow analyses at existing thermal plants in buildings, industry, and trade. This allows them to evaluate the optimal integration of thermal storage systems in terms of both energy and economic considerations. System simulations are an important tool used by the team to evaluate the suitability of different storage technologies for specific systems. They also use simulations to optimize the operating control strategies of thermal storage systems, ensuring smooth integration and efficient operation.

With their focus on both battery storage technologies and thermal storage technologies, the ACDC team is actively contributing to the advancement and development of energy storage solutions. By working on novel materials and innovative production processes for battery cells, they are pushing the boundaries of battery technology. Their research on battery system technology, including battery management and thermal management systems, helps improve the overall performance and efficiency of battery systems. The team's optimization procedures for determining the state of charge and state of health of batteries ensure their reliable performance and longer lifetimes. The development of optimized charging and operating control strategies further enhances the usability and effectiveness of batteries in various applications. The ACDC team's expertise in modeling and simulation enables them to gain a deeper understanding of batteries at different levels, which in turn leads to more accurate predictions and better design strategies. The team's comprehensive testing and verification methods ensure the reliability and safety of batteries, and their expertise in PV storage systems allows them to contribute to the development of sustainable energy solutions.

蓄熱技術の分野では、エネルギー効率と蓄熱容量を向上させるために、ACDC チームの新しい蓄熱材料の研究が重要です。繊細な蓄熱材料、潜熱蓄熱材料、収着材料に焦点を当てることで、チームは蓄熱ソリューションの選択肢の範囲を拡大しています。現実的な条件下でのこれらの材料の慎重な検査と性能テストは、その長所と短所を特定するのに役立ち、チームが特定の用途に最適な材料を選択できるようになります。さまざまなテストスタンドや設備を利用できるため、ストレージシステムの包括的な特性評価が可能になり、幅広い温度範囲にわたって正確な性能評価が保証されます。チームによる既存の火力発電所における詳細なエネルギーフロー分析は、さまざまな設定における蓄熱システムの統合に関する貴重な洞察を提供します。システム シミュレーションを使用することで、チームはさまざまなストレージ テクノロジーの適合性を評価し、効率的なストレージ統合のための運用制御戦略を最適化できます。 ACDC チームの蓄熱技術の研究は、持続可能で効率的なエネルギー システムの開発に貢献し、エネルギー利用を改善し、全体的な炭素排出量を削減します。

In conclusion, the ACDC team's work in the Center for Electrical Energy Storage focuses on two main areas: battery storage technologies and thermal storage technologies. Their research on novel materials and production processes for battery cells aims to push the boundaries of battery technology and improve overall system performance. Their expertise in battery management and thermal management helps optimize the charging and operation of battery systems. The team's modeling and simulation capabilities enable them to gain a deeper understanding of batteries and improve design strategies. Their comprehensive testing and verification methods ensure the reliability and safety of batteries, and their expertise in PV storage systems contributes to sustainable energy solutions. In the field of thermal storage technologies, the team is developing highly efficient storage materials and conducting performance tests to identify the most suitable options. They analyze energy flows and integrate thermal storage systems through detailed simulations and evaluations. The ACDC team's research in both battery and thermal storage technologies contributes to the development of sustainable and efficient energy storage solutions.

関連製品：

自冷式-EN-215 屋外分散型エネルギー貯蔵キャビネット - 電源タイプ

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参考サイト：http://cnnes.cc