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11.06.2024 RWE在其在伊利诺伊州的第一个公用事业规模的太阳能项目上开始建造现场建设，以支持快速增长的清洁能力需求
可再生能源投资组合约9吉瓦（GW）（GW）安装了陆上风，太阳能和电池存储的容量，使其成为美国大多数州的美国第二大太阳能所有者和运营商在美国和该国第二大的太阳能所有者和运营商。RWE Offshore Wind的子公司 RWE Offshore Wind Holdings也正在美国的东海岸和西海岸开发海上风，包括该公司的第一个商业规模浮动风项目。 作为RWE集团不断增长的绿色战略的一部分，将其绿色投资组合扩展到超过65吉瓦的安装容量，并从2024年到2030年全球投资550亿欧元，该公司已指定约200亿欧元，以显着提高其在美国的营业资产基础 这是在陆上风，太阳能和电池存储中的36 GW的项目管道以及6 GW的海上风，这提供了美国最大的开发平台之一RWE Offshore Wind Holdings也正在美国的东海岸和西海岸开发海上风，包括该公司的第一个商业规模浮动风项目。作为RWE集团不断增长的绿色战略的一部分，将其绿色投资组合扩展到超过65吉瓦的安装容量，并从2024年到2030年全球投资550亿欧元，该公司已指定约200亿欧元，以显着提高其在美国的营业资产基础这是在陆上风，太阳能和电池存储中的36 GW的项目管道以及6 GW的海上风，这提供了美国最大的开发平台之一
NASA STMD小萨特能力差距的景观
• Leverage commercial capabilities and best practices • Embrace risk-informed decision making and risk tolerance • Minimize NASA processes but leverage Agency expertise • Apply constraint-driven mission philosophy (cost / schedule) • Rapidly move from benchtop to flight test to de-risk technology • Maintain programmatic agility to ensure responsiveness to disruptive innovation and the changing geopolitical landscape
SCO涡轮机械的开发及其应用于...
• Energy storage technologies are rapidly developing in response to increasingly large fluctuations in power demand and availability from intermittent resources including renewables • New cycles require custom turbomachinery designs • SCO 2 power cycles are being developed for both indirect and direct fired configurations • SCO 2 cycles being considered for energy storage • This presentation focuses on development of SCO2 turbomachinery to meet these challenging requirements
国内商业船只安全警报
o High voltage shocks o Direct jet flames o Fires develop in intensity quickly and rapidly reach their maximum intensity (typically within 2-3 minutes) o Toxic gases o Gas explosion (if the released gas accumulates for a while before being ignited) o Long lasting re-ignition risk (can ignite or re-ignite weeks, or maybe months after the provoking incident) o Once established fires are difficult to stop/extinguish o Thermal runaway
Massachusetts Electric Sector Modernization Plans (ESMP ...
Currently, neither the grid's ability to connect new, clean DERs nor the utility rules for doing so are sufficient to meet the rapid uptake in distributed clean energy coming online; moreover, antiquated rules for how we assign costs for connecting new resources no longer correspond to all parties who benefit from grid investments. A proactive planning approach with the proper cost-allocation rules will encourage developers to rapidly deploy DERs, helping the Commonwealth meet its decarbonization goals while mitigating ratepayer impacts. Background
使用生成AI用于软件和系统开发
Market Application of Rapidly Spreading Generative AI NEC Innovation Day 2023: NEC's Generative AI Initiatives Streamlining Doctors' Work by Assisting with Medical Recording and Documentation Using Video Recognition AI x LLM to Automate the Creation of Reports Understanding of Behaviors in Real World through Video Analysis and Generative AI Automated Generation of Cyber Threat Intelligence NEC Generative AI Service (NGS) Promoting Internal Use of Generative AI利用生成AI用于软件和系统开发LLM和MI，将创新带入材料开发平台，使用LLMS和图像分析
AI链接和编排的基础视觉-LLM
Market Application of Rapidly Spreading Generative AI NEC Innovation Day 2023: NEC's Generative AI Initiatives Streamlining Doctors' Work by Assisting with Medical Recording and Documentation Using Video Recognition AI x LLM to Automate the Creation of Reports Understanding of Behaviors in Real World through Video Analysis and Generative AI Automated Generation of Cyber Threat Intelligence NEC Generative AI Service (NGS) Promoting Internal Use of Generative AI利用生成AI用于软件和系统开发LLM和MI，将创新带入材料开发平台，使用LLMS和图像分析
ESG Reporting – Getting clever with “Smart Compliance”
Faced with new and rapidly approaching compliance obligations, companies often settle for a short-term firefighting approach, which at first glance implies a low-cost solution. However, this course of action - dealing with new requirements as they arise - has a major drawback. It lacks an overarching vision, neglecting the opportunities for value creation from adopting a more holistic and long-term view. By limiting themselves to the task of meeting immediate compliance obligations, companies will find themselves constantly trying to keep up with fast-moving, ever-changing sustainability regulations. Rather than planning efficiently and strategically, they will be burdened with an increasing reliance on short-term, costly reporting solutions.
使用近红外光学脑功能成像开发脑功能研究
也已经开发出各种测量技术和设备来研究大脑功能，主要是脑电图，fMRI（功能磁共振成像），PET（正电子发射断层扫描）和MEG（磁性磁通仪）（表1）。 Near-infrared Spectroscopy (fNIRS), which allows for non-invasive measurement of brain functions using highly biotransmitting near-infrared light, has recently become a new Japanese brain function measurement technique, and compared with other measurement methods, it is a technology that is rapidly expanding its application as a highly flexible measurement method, with several excellent features, such as less restraint to the subject.另一个主要特征是FNIRS与其他测量方法具有高亲和力，并且能够同时进行测量。