近期部分论文
[1]r. qi, j. li, j. lin, et al. thermal modeling and controller design of an alkaline electrolysis system under dynamic operating conditions, applied energy, 2023.
[2]r. qi, j. li, j. lin, et al. design of the pid temperature controller for an alkaline electrolysis system with time delays, international journal of hydrogen energy, 2023.
[3]y. chi, q. hu, j. lin, y. qiu, et al. numerical simulation acceleration of flat-chip solid oxide cell stacks by data-driven surrogate cell submodels, journal of power sources, 2023.
[4]y. chi, p. li, j. lin, et al. fast and safe heating-up control of a planar solid oxide cell stack: a three-dimensional model-in-the-loop study, journal of power sources, 2023.
[5]y. chi, k. yokoo, h. nakajima, k. ito, j. lin, et al. optimizing the homogeneity and efficiency of a solid oxide electrolysis cell based on multiphysics simulation and data-driven surrogate model, journal of power sources, 2023.
[6]x. cheng, j. lin, et al. a coordinated frequency regulation and bidding method for wind-electrolysis joint systems participating within ancillary services markets, ieee transactions on sustainable energy, 2022.
[7]s. wu, j. lin, j. li, et al. electricity allocation strategy for on-site hydrogen refueling stations in the forward and spot markets. iet renewable power generation, 2022.
[8]y. chi, y. qiu, j. lin, y. song, et. al, online identification of a link function degradation model for solid oxide fuel cells under varying-load operation, international journal of hydrogen energy, 2021.
[9]r. qi, j. lin, y. song, pressure control strategy to extend the loading range of an alkaline electrolysis system, international journal of hydrogen energy, 2021.
[10]r. qi, y. qiu, j. lin, et al. two-stage stochastic programming-based capacity optimization for a high-temperature electrolysis system considering dynamic operation strategies, journal of energy storage, 2021.
[11]j. li, j. lin, y. song, et al, co-planning of regional wind resources-based ammonia industry and the electric network: a case study of inner mongolia, ieee transactions on power systems, 2021.
[12]r. qi, j. lin, q. hu, two-stage stochastic programming based capacity optimization for high-temperature electrolysis system considering dynamic operation strategies, journal of energy storage, 2021.
[13]李佳蓉，林今，邢学韬，等．主动配电网中基于统一运行模型的电制氢（p2h）模块组合选型与优化规划．中国电机工程学报. 2021
[14]y. qiu, j. lin, x. chen, f. liu, n. dai, y. song, continuous random process modeling of agc signals based on stochastic differential equations, ieee transactions on power systems, 2021
[15]y. qiu, j. lin, x. chen, f. liu, y. song, nonintrusive uncertainty quantification of dynamic power systems subject to stochastic excitations, ieee transactions on power systems, 2021.
[16]k. chen, j. lin, y. song, et al, deep learning-aided model predictive control of wind farms for agc considering the dynamic wake effect, control engineering practice, 2021.
[17]k. chen, j. lin, y. song, et al, joint optimization of wind farm layout considering optimal control, renewable energy, 2021.
[18]y. qiu, j. lin, y. song, et al. explicit mpc based on the galerkin method for agc considering volatile generations, ieee transactions on power systems, 2020.
[19]k. chen, j. lin, y. song, et al, wake-effect aware optimal online control of wind farms: an explicit solution, iet renewable power generation, 2020.
[20]y. chi, y. qiu, j. lin, y. song, w. li, q. hu, s. mu, m. liu, a robust surrogate model of a solid oxide cell based on an adaptive polynomial approximation method, international journal of hydrogen energy, 2020.
[21]x. xing, j. lin, y. song, q. hu, maximum production point tracking of a high-temperature power-to-gas system: a dynamic-model-based study, ieee transactions on sustainable energy, 2020.
[22]x. xing, j. lin, n. brandon, a. banerjee, y. song, time-varying model predictive control of a reversible-soc energy-storage plant based on the linear parameter-varying method, ieee transactions on sustainable energy, 2020.
[23]x. xing, j. lin, y. song, j. song, s. mu, intermodule management within a large-capacity high-temperature power-to-hydrogen plant, ieee transactions on energy conversion, 2020.
[24]j. li, j. lin, h. zhang, et al. optimal investment of electrolyzers and seasonal storages in hydrogen supply chains incorporated with renewable electric networks, ieee transactions on sustainable energy, 2020.
[25]c. fu, j. lin, y. song, j. li, j. song, optimal operation of an integrated energy system incorporated with hcng distribution networks, ieee transactions on sustainable energy, 2020.
[26]李佳蓉，林今，肖晋宇，等. 面向可再生能源消纳的电化工（p2x）技术分析及其能耗水平对比. 全球能源互联网. 2020
[27]j. li, j. lin, y. song, x. xing, c. fu, operation optimization of power to hydrogen and heat (p2hh) in adn coordinated with the district heating network, ieee transactions on sustainable energy, 2019.
[28]x. xing, j. lin, y. song, et al, optimization of hydrogen yield of a high-temperature electrolysis system with coordinated temperature and feed factors at various loading conditions: a model-based study, applied energy, 2018.
[29]x. xing, j. lin, y. song, et al, modeling and operation of the power-to-gas system for renewables integration: a review, csee journal of power and energy systems, 2018.
[30]s. gong, h. zeng, j. lin, y. shi, q. hu, n. cai, a robust flat-chip solid oxide fuel cell coupled with catalytic partial oxidation of methane, journal of power sources, 2018.
全部教师