作者: Aivars Rubenis , Leslie R. Adrian
DOI: 10.1016/J.EGYPRO.2018.07.113
关键词: Energy consumption 、 Battery pack 、 Electricity generation 、 Environmental science 、 Energy flow 、 Grid connection 、 Automotive engineering 、 Energy storage 、 Microgrid 、 Photovoltaic system
摘要: Abstract A new type of inexpensive and easily deployable microgrid management system is being developed for optimization grid transmission outlying small energy consumers who occasionally need high power levels short time periods. Initial research preliminary analysis a pilot project was carried out to determine the parameters system. The available historical data PV production consumption were collected analyzed flow profiles developed. algorithm priorities created shortage coverage from combined use battery storage worst-case scenario prevent critical failures. simulations determined that site connection level can be safely halved by installing 36 kW with 24 kWh EV pack storage.