000			02625nam a2200133Ia 4500
008			220615s9999||||xx |||||||||||||| ||und||
020			_a9783040000000
245		0	_aBattery Systems and Energy Storage beyond 2020
546			_aEnglish[eng]
650			_abattery energy storage||renewable energy||distribution network||genetic algorithm||particle swarm optimization||electrolyte||additive||interface||pseudocapacitance||intercalation||energy storage||secondary battery||sodium-ion||lithium-ion battery||traction battery||waterjet-based recycling||direct recycling||life cycle assessment||global warming potential||electro-thermal model||smart cell||intelligent battery||neural network||temperature prediction||DRT by time domain data||pulse evaluation||relaxation voltage||online diagnosis||degradation mechanisms||EIS||lead batteries||safety concept||safety battery||battery monitoring||electronic battery sensor||failure modes||failure distribution||failure rates||field battery investigation||safe supply||power supply system||zinc ion batteries||stationary energy storage||polymer binder||solvent||doctor blade coating||manganese dioxide||mixing ratio||electrochemical impedance spectroscopy||SEM+EDX||electrode fabrication||lithium ion battery||AC current injection||bi-directional control||charger||lithium-ion battery cell||volumetric expansion||mechanical degradation||state of charge dependency||cell thickness||mechanical aging||non-uniform volume change||solar photovoltaic energy||redox flow battery||residential load||renewable energy integration||battery sizing||battery efficiency||lithium battery||temperature dependency||ether based electrolyte||insitu deposited lithium-metal electrode||Coulombic efficiency||lithium deposition morphology||Li-ion battery||thermal runaway||model||post-mortem analysis||ecofriendly electrolyte for lithium-ion batteries||increased thermal stability of electrolytes||enhanced electrolyte safety based on high flash point||tributylacetylcitrate||acetyltributylcitrate||electric vehicle battery||disassembly||disassembly planner design||disassembly strategy optimization||battery management system||state monitoring||state-of-charge||digital twin||battery model||Doyle-Fuller-Newman model||equivalent circuit model||parameter estimation||lithium-ion batteries||temperature estimation||sensorless temperature measurement||artificial intelligence||artificial neural network||lithium-ion cells||battery thermal management systems||CFD simulations||liquid cooling
700			_aBirke, Kai Peter||Karabelli, Duygu
856			_uhttps://mdpi.com/books/pdfview/book/4988
942			_cEB
999			_c18107 _d18107