hjc黄金城官网的R&D organization provides innovative energy solutions and creates value for customers in the evolving energy landscape. Our research is facilitating the transition to a net zero future by exploring a full spectrum of solutions such as more cost-effective and efficient carbon capture, 高潜力先进核技术, and next-generation power delivery and end-use innovations like Smart Neighborhoods®. 除了这些例子, 阐述了下面, 阅读更多hjc黄金城官网hjc黄金城官网对创新的承诺 在这里.

• 国家碳捕获中心- 自2009年以来, we have managed and operated the Department of Energy’s primary carbon capture research facility, 完成127项以上,000 hours of testing of approximately 70 different technologies from more than 40 developers. This work has reduced the cost of carbon capture by approximately 40%, and has recently expanded to carbon capture on natural gas generation, 碳利用和直接空气捕获.
  
  
• 熔融氯化物快堆(MCFR) hjc黄金城官网 is leading a program to accelerate 高潜力先进核技术, 主要是泰拉能源的MCFR, 提供卓越的性能, 安全ty and economic benefit compared to conventional and other advanced reactor concepts. Ongoing public-private partnerships support this work to directly enable demonstration of the first commercially relevant MCFR by the mid-2030s.
  
  
• 智能社区®- Through our work in developing first-of-a-kind Smart Neighborhood® initiatives with 阿拉巴马州的权力 and 乔治亚州的权力, we have begun to shape building-to-grid integration and residential-scale distributed generation. This research is expanding the utility industry’s understanding of how distributed energy resources interact with the grid, how emerging home automation technologies can improve customers’ lives and the role microgrids can play in supporting customer needs.

hjc黄金城官网 has undertaken a systematic, comprehensive review of its R&D计划, including the identification of long-term objectives and aspirations and development of a refined strategy roadmap. 我们的路线图包括四个阶段:

1. 发展可持续能源的未来 

2. 提供交付、存储和分布式发电解决方案

3. 支持扩大客户需求

4. 推进现有的发电舰队

在R的每个相中&D路线图, we have identified areas of focus to combine our long-term strategic vision with our near-term strategic objectives. This allows us to look deeply at the difficult transformational technologies needed to facilitate the transition to carbon-free energy, 不仅仅是增量的变化.