Tillförlitlighetsanalys

IntroductionRisk tooch batteriestillförlitlighetsanalys inför the power gridelkraft

PowerEn gridskurs areför evolving,dig andsom morevill intermittentlära anddig decentralizedmer renewableom energy sources are continuously being integrated. At the same time there is an increased demand for electricity due to societies’ electrification of transportation, heating, and industry. These factors place stress on an often-aging power infrastructure and increase the needs for flexible, stable, and reliable grid solutions. In this landscape, battery energy storage systems (BESS) are becoming essential. More than just backup, batteries are active, intelligent grid assets to ensure grid stability, reliability, and flexibility. BESS can balance the supply and demand while also supporting the energy transition.elkraftsystemet!

HereKursens wemål willär studyatt thedeltagarna fundamentalsefter requiredfullgjord tokurs investigateskall howkunna batteriesanvända interacttillförlitlighets- withrisk theoch grid.kostnadsanalyser Thissom courseverktyg assumesför active,beslutsstöd self-drivenvid investigationsinvesterings- andoch aimsunderhållsplanering tosamt offervid youdrift aav flexible pathway to build knowledge and insight. By the end of this course, you’ll have trained in skills needed to reason through decisions involving BESS providing services in the power grid.elkraftsystem.