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Keyword [equivalent circuit model]
Result: 181 - 200 | Page: 10 of 10
181. Research On State Of Charge Estimation Of Power Lithium-ion Battery Based On Equivalent Circuit Model
182. State Estimation Of Lithium Battery Based On Unscented Kalman Filter
183. Research On Modeling,simulation And Equalization Control For Power Lithium Battery Of Electric Vehicle
184. Research On Cycle Life Prediction Of Power Battery Pack For Low Speed Electric Transport Vehicle
185. Research On Maximum Power Point Tracking Control Of Exhaust Thermoelectric Generator Based On Thermoelectric Equivalent Circuit Model
186. The Research Of Lithium-Ion Power Battery Model And SOC Estimation
187. Research On The Estimation Of The State Of Charge Of Lithium-ion Batteries With A Wide Temperature Range Over The Life Span
188. Battery identification methods based on equivalent circuit model
189. A flexible magnetic equivalent circuit model for simulation and analysis of wound rotor synchronous machines
190. The formulation of a quantitative series of simulation-based tools for the expeditious and effective synthesis of comprehensive energy efficient building structures
191. A dynamic magnetic equivalent circuit model for design and control of wound rotor synchronous machines
192. A theoretical model of a lateral-field excited sensor element under liquid loading
193. Design And Control Of A Disc Type Dual Stator Induction Solid Rotor Flywheel Motor
194. Equivalent Circuit Model Based Parameter Identification And State Estimation For Lithium-ion Batteries
195. Research And Implementation Of SOC Monitoring Method For Heavy Truck Load Power Battery Of Fuel Cell
196. Research On Estimation Of SOC And SOH Of Electric Vehicle Power Battery
197. Research On Joint Estimation Of State Of Charge And Usable Capacity Of Lithium-ion Power Battery For Vehicles
198. Design And Improvement Of The Method For Estimating The Electric Quantity Of Lithium Battery
199. Joint Estimation Of SOC And SOH For Lithium-ion Batteries In Vehicles Based On Multi-time Scales
200. Thermoelectric Coupling Model Of Electric Vehicle Lithium-ion Battery And Temperature Control Research
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