新疆哈密是我国综合能源基地之一，但近年来“弃风弃光”严重，同时煤化工严重污染环境。在前期研究发现：将风、光-氢储能及煤化工进行耦合，是一种有效的解决“弃风弃光”、减少污染的途径。本课题拟研究：（1）整合风电、光伏、氢储能及煤化工资源，建立风光互补-氢气储能耦合煤基能源化工的多能耦合系统；（2）基于哈密风能、太阳能资源禀赋，建立风光互补系统优化模型，利用改进的智能算法求解得到风光互补的优化设计；（3）利用宏观能量描述法(EMR)法建立氢储能子系统模型，揭示该系统中能量的转换规律；（4）应用端口受控哈密顿法建立系统数学模型，并利用能量成型法对模型求解分析，阐明系统的能量转换及传递规律，并提出控制策略。本课题的研究切合新疆哈密能源产业发展现状，有助于解决“弃风弃光”问题，促进就地消纳能力，同时降低煤化工对环境的污染，氢能还可以应用到未来新能源汽车产业，最终促进新疆能源产业的健康可持续发展。

Hami in Xinjiang is one of China's comprehensive energy base, however in recent years, in this region there are some problems affected the development of energy industry, for example wind and solar power curtailment is serious, and pollution of the environment because of coal chemical industry is serious too. Building a hybrid pluripotent coupling system with wind power, photovoltaic, hydrogen energy storage and coal chemical industry is an effective way to solve the problems. The researches of this subject are as follows: (1) Integrated resources of wind power, photovoltaic, hydrogen storage and coal chemical industry, a hybrid pluripotent coupling system is built to solve the problems; (2) Based on resources of wind energy and solar energy in Hami, the optimization model of wind and solar power system is established by using improved intelligent algorithm; (3) The model of hydrogen energy storage system is obtained by using energetic macroscopic representation (EMR), and the energy transmit or shifting mechanism of hydrogen producing system is revealed; (4) Based on the port Controlled Hamiltonian method, the mathematical model of the system is established, and the model is solved by the method of energy shaping, the energy conversion and transfer law of the system are expounded, and the control strategy is proposed. This topic research is suiting to the present situation of energy industry development in Hami, Xinjiang, which is helpful to solve the problem of wind and solar power curtailment, and it will promote the local absorptive capacity, and meanwhile it will reduce coal chemical pollution to the environment, and hydrogen by produced can also be applied to the new energy automotive industry in the future. In all, the research will ultimately promote the healthy and sustainable development of Xinjiang energy industry.