为未来提供动力：展望电力电子在能源存储和微电网转换中的作用以实现可持续的能源转型.pdf

1、CPSS IEEE ISESC 2024Powering the future:Envisioning the role of power electronics for energy storage&conversion with microgrids for a Sustainable Energy Transition.Nick Singh Head of the Smart Grid CoEEskom Research Testing&DevelopmentPower Delivery and UtilisationEskom South Africa作者授权中国电源学会发布，未经作者

2、同意禁止转载作者授权中国电源学会发布，未经作者同意禁止转载作者授权中国电源学会发布，未经作者同意禁止转载IEEE ISESC 2024作者授权中国电源学会发布，未经作者同意禁止转载IEEE ISESC 2024Powering the future:Envisioning the role of power 作者授权中国电源学会发布，未经作者同意禁止转载Powering the future:Envisioning the role of power electronics for energy storage&conversion with microgrids 作者授权中国电源学会发布，未

3、经作者同意禁止转载electronics for energy storage&conversion with microgrids for a Sustainable Energy Transition.作者授权中国电源学会发布，未经作者同意禁止转载for a Sustainable Energy Transition.作者授权中国电源学会发布，未经作者同意禁止转载Microgrid:Grid Tied and Off-grid applications Background&Description The RT&D Microgrid Pilot in Ficksburg(Fig 1)ha

4、s successfully demonstrated in an operational live community sinceAugust 2016 that a cleaner electrification alternative to traditional grid supplied projects is indeed possible.Off-Grid Microgrids can provide a greener alternative to electrifying far to reach,isolated communities where the cost ofg

5、rid extension is too high.Bespoke solutions are also possible for game farms and other niche applications can includeend of line grid strengthening and capital deferral.Optimally balancing the storage and generation capacity with real time load management will achieve highest levels ofcontinuity of

6、supply and subsequent affect on the environmental impact of these technologies.Over 165 Tons of Carbon Emission has been avoided thus far,being commissioned in Aug 2017,whereas conventionalmethods of Cooking and heating using Wood and paraffin would have created an equivalent value of emissions.Soci