In order to establish a national-level demonstration centre for experimental teaching,an engineering training platform needs to be set up by optimizing resource distribution,taking into consideration the need of industriesThrough strategic alliance between local industries,colleges and research institutions,joint-labs of businesses and universities as well as the shift of the investment mechanism for laboratory construction from university-domain to multi-channel opportunities,the way of training students' engineering capabilities will be expanded

To Set Up Experimental Teaching Center Featuring Shared Resource between Universities and Enterprises

Topology-aware fault diagnosis for microgrid clusters with diverse scenarios generated by digital twins

Professional skills competition helps to improve the computer major students' ability of relating theory with practice, learning initiative and enthusiasm, team cooperation consciousness and quality of employment Take the skills competition as an opportunity, through the measures of reform of teaching model and curriculum, strengthening training, school enterprise cooperation, improving the incentive system and training double qualified teacher etc to promote the cultivation of the ability of practice and innovation of computer major students

/pdf/cultivation-of-the-ability-of-practice-and-innovation-of-5g6w30a7nx.pdf

Cultivation of the Ability of Practice and Innovation of Computer Major Students by Skills Competition

Decentralized smart energy management in hybrid microgrids: Evaluating operational modes, resources optimization, and environmental impacts

At present,there are many difficulties to the Guizhou province vocational in the school-enterprise cooperation.Based on extensive research,this paper aims at school-enterprise cooperation for the problems,and puts forward reform ideas which is to establish a "government,schools,enterprises,village" cooperative model,based on agriculture,slow industryl development,business cooperation capacity shortage in the province.The model will bring opportunities for the development of vocational colleges.

Anaysis of the Education Model of School-enterprise Cooperation About Guizhou Vocation

Interconnecting microgrids with similar geographical environment and related characteristics electrically and communicatively, this constitutes a microgrid cluster, which is a higher-level distributed power structure and an effective way to improve the utilization rate of distributed energy and local absorption level. However, the stable operation of microgrid clusters is determined by the cluster structure and its control strategy, which is also the focus and difficulty of current research. To address this challenge, this paper proposes a ring-based multi-agent microgrid cluster energy management strategy, which realizes the centerless coordinated autonomous operation of microgrid clusters with high stability. In addition, based on the multi-agent control strategy, this paper designs a variety of control strategies that can be switched autonomously for different control objectives of the microgrid cluster to realize smooth grid connection and off-grid of the microgrid cluster. Finally, based on Matlab platform simulation, the experimental results show that the control structure and energy management strategy proposed in this paper can realize the centerless coordination and autonomy of the microgrid cluster on the basis of stable operation, minimize the energy interaction between the cluster and the distribution network, and greatly improve the utilization rate and local absorption level of distributed energy.

/pdf/multi-agent-based-control-strategy-for-centerless-energy-2sn01oom.pdf

Multi-agent-based control strategy for centerless energy management in microgrid clusters

Along with the high-speed development of information technology, more and more applied talents are required in the area of electronic engineering. Campus-enterprise joint training model provides an effective way to make progress of the reform in higher education. In this paper, the characteristics of electronic engineering are analysed based on the actual situation of university, and plans of the campus-enterprise co-laboratory are proposed from aspects of fundamental curriculum construction as well as laboratory construction. Besides, steps to build co-laboratory of the campus-enterprise cooperation are discussed to cultivate high-quality electronic engineering talents for the fast development of the society.

https://francis-press.com/uploads/papers/EKkDN4vuQ688b3ER2HcIc3eHrYXy933hIeVGrcFk.pdf

The joint training model of the campus-enterprise co-laboratory for the application-oriented electronic engineering talents

Abstract Compared with the traditional inverter grid-connected control strategy, virtual synchronous generator (VSG) has received attention because it can effectively reduce the current shock to the grid caused by load fluctuation during grid-connected process by adding rotational inertia and damping parameters. A fuzzy control scheme is added to the rotor equation of motion of VSG to establish fuzzy rules by finding the relationship between frequency fluctuation and rotational inertia during grid connection. To improve the immunity of the frequency converter to interference during grid connection, and then improve the stability of the output power in the grid-connection process. The feasibility of the proposed method is verified by simulink model construction for simulation and comparison with the conventional virtual synchronous generator system. 

Fuzzy control based adaptive rotational inertia VSG grid integration research

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Papers

Multi-agent-based control strategy for centerless energy management in microgrid clusters

The joint training model of the campus-enterprise co-laboratory for the application-oriented electronic engineering talents

Fuzzy control based adaptive rotational inertia VSG grid integration research