通过300万美元的升级, CSIRO的纽卡斯尔清洁能源测试能力翻了一番, A $3M upgrade doubles CSIRO’s Newcastle clean energy testing capacity, boosting innovation in solar, batteries, and grid tech.

CSIRO在纽卡斯尔的可再生能源一体化设施升级了300万美元,使其清洁能源技术的测试能力增加了一倍以上,提高了澳大利亚验证太阳能、电池、电动车辆和电网一体化创新的能力。 A $3 million upgrade to CSIRO’s Renewable Energy Integration Facility in Newcastle has more than doubled its testing capacity for clean energy technologies, enhancing Australia’s ability to validate innovations in solar, batteries, electric vehicles, and grid integration. 该设施现在具备先进的模拟工具、实时在行硬件测试以及模拟微电网、电网故障和车辆到电网系统的能力。 The facility now features advanced simulation tools, real-time hardware-in-the-loop testing, and capabilities to model microgrids, grid faults, and vehicle-to-grid systems. 它支持关于逆向控制、电网稳定性和能源储存的研究,支持以往的项目,包括智能逆向开发和太阳能集成试验。 It supports research on inverter control, grid stability, and energy storage, with past projects including smart inverter development and solar aggregation trials. 这一升级由教育部的Trailblazer大学方案资助,通过CSIRO的KickStart方案为工业、研究人员和初创企业提供了一个独立的测试环境,目的是在能源系统快速转型中提高能源的可负担性和基础设施效率。 The upgrade, funded by the Department of Education’s Trailblazer Universities Program, offers an independent testing environment for industry, researchers, and startups through CSIRO’s KickStart Program, aiming to improve energy affordability and infrastructure efficiency amid rapid energy system transformation.