你是否怀念90年代在街机厅的激动和快乐？
在2024年IEEE电力与能源学会大会（PES GM）期间，OPAL-RT邀请您参加我们精心准备的“RETRO GAMES & DEMOS”活动，重回90年代青春记忆。7月24日下午6点~晚上11点，在美国西雅图SPIN酒店VIP接待室，不见不散!
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现场DEMO
鸡尾酒
复古街机
活动奖品
OPAL-RT将于7月26日星期五在IEEE PES GM 2024期间提供OPAL-RT大学培训课程。本次培训课程旨在介绍OPAL-RT在可再生资源整合仿真方面取得的进展，包括第三方工具接口、硬件在环（HIL）方法以及网络安全等内容。
培训时间：7月26日上午 8:00~12:00
培训地点：西雅图 705 Pike大街 ARCH A3室
2024年07月22日，星期一， 1:00 PM ~ 5:00 PM
Paper Title: Real-Time HIL Simulation of Modular Multilevel Matrix Converter Using Switching Function Model
Session Title: Emerging Technologies in Generation, Transmission, and Distribution
Title: An EMT-Phasor Co-Simulation Setup for Studying Reconfiguration of Distribution System with Inverter Based Resources
Abstract: The modular multilevel matrix converter (M3C) represents a direct AC/AC converter configuration with significant potential for high-power applications in the medium voltage range. Given the increased number of sub-modules and the control complexity, HIL testing is recommended to validate the operation of the converter and its control before deployment in the field. Additionally, the real-time simulation of such topology remains challenging because of the increased number of converter valves compared to a classical MMC. This paper presents a modeling approach based on an equivalent circuit method both efficient and precise, and designed for real-time simulation of the M3C. The proposed method can be used for HIL testing or accelerated simulation.
2024年07月23日，星期二， 1:00 PM ~ 5:00 PM
Session Type: Paper Forum Session
Session Title: Analytic Methods for Power Systems – 3
Title: An EMT-Phasor Co-Simulation Setup for Studying Reconfiguration of Distribution System with Inverter Based Resources
Abstract: Distributed Energy Resources (DER) are being integrated into the distribution system rapidly. Inverter serves as the critical interface to connect DERs and the electric distribution system. The inverter-based resources’ (IBRs) performance and behavior in the wide-area distribution system needs to be analyzed appropriately through high-fidelity simulations. While electromagnetic transient (EMT) simulations can provide accurate and detailed simulation results in the context of simulating IBRs, it is often limited to a small-scale test system due to its computational complexity. In this context, EMT-phasor cosimulation is a promising alternative, which provides a tradeoff between scalability and accuracy by combining them appropriately. Such an approach can reduce the computational burden in simulating a large portion of test system in phasordomain but still provide sufficient details for a part of the system with IBRs in the EMT-domain. To this end, this paper introduces a new co-simulation setup that considers and allows changes between the grid-forming and grid-following modes of an IBR. The islanded operation of a distribution system with IBRs is simulated. A part of IEEE 123-node distribution system is utilized to validate the co-simulation approach against a full-EMT simulation. The proposed co-simulation approach is expanded for simulating the IEEE 2500-node distribution system with seven IBRs for a system reconfiguration study with expected results.
2024年07月25日，星期四，8:00 AM ~ 10:00 AM
Session Type: Panel
Session Title: EMT Simulations: Solvers & Applications
Title: An EMT-Phasor Co-Simulation Setup for Studying Reconfiguration of Distribution System with Inverter Based Resources
Abstract: 敬请期待
NREL在清洁能源的研究、开发和部署方面拥有深厚的专业知识和经验积累，数十年来一直保持行业领先地位。NREL研究项目集中，致力于解决能源领域最前沿和挑战最大的问题。通过与具有前瞻性的商业组织、大学、基金会以及政府部门建立伙伴关系，NREL已将其研究成果有效地转化与应用。
我们期待与您的会面！
7月24日，OPAL-RT客户代表将在西雅图的Pike 705号大街ARCH 301室为您解答问题。
