When filling in the college entrance examination, what is the major of energy-saving te
When filling in the college entrance examination, what is the major of energy-saving technology and management, what is the direction of employment, and what to study mainly are issues of great concern to the majority of candidates, parents and friends. The following is the related introduction, hoping to help everyone.
I. Training objectives
This major cultivates all-round development of morality, intelligence, physique, aesthetics and labor, grasps solid scientific and cultural foundation and knowledge of energy-saving engineering technology, power demand side management, carbon emission verification and trading of power users, and has the abilities of energy-saving engineering construction, intelligent operation and maintenance of power system, power diagnosis, low-carbon energy-saving scheme preparation, etc., and has craftsman spirit and information literacy. Is able to engage in energy-saving engineering design, installation, commissioning and operation and maintenance, energy-saving and carbon-reducing intelligent monitoring and management consulting services of high-quality technical and skilled personnel.
Second, the employment direction.
It is oriented to professions such as power engineering technicians, energy-saving engineering technology, smart power management, low-carbon power consulting services and other technical fields.
Third, the main professional ability requirements
1. Capable of power-saving design, equipment selection, installation, debugging, operation and maintenance of power supply and distribution system;
2. Be able to carry out energy-saving design, equipment selection, installation, debugging and operation and maintenance of the motor system;
3. Have the ability of energy-saving design, equipment selection, installation, debugging and operation and maintenance of lighting system;
4. Capable of energy-saving design, equipment selection, installation, debugging and operation and maintenance of charging and replacing power stations;
5. Have the application ability of frequency converter, PLC, single chip microcomputer and other control technologies in power-saving projects;
6. Have the ability of intelligent management platform operation, energy efficiency monitoring and management, energy saving and carbon reduction consulting services;
7. Have the ability to apply digital technology and information technology to meet the digital development needs of the power industry;
8. Have the ability of inquiry learning, lifelong learning and sustainable development.
Four, the main professional courses and practical training
Professional basic courses: electrical and electronic foundation, power system foundation, electrical drawing and CAD, single chip microcomputer technology, PLC electrical control technology, power safety technology, microgrid technology and application, energy efficiency monitoring and evaluation.
Professional core courses: power saving technology of power supply and distribution system, power saving technology of motor system, green lighting technology, intelligent charging and replacing technology, frequency conversion speed regulation technology, power saving and low-carbon management.
Practice and training: Combined with real professional scenes or working situations, we will carry out training on power supply and distribution system simulation, motor system energy efficiency detection, lighting system detection and design, intelligent operation and maintenance of charging piles (stations), and enterprise energy-saving and low-carbon management simulation. In the electric power engineering company, electric power comprehensive energy service company, electric power sales service company, power users and other units for internship.
Verb (abbreviation of verb) example of vocational certificate
Professional skill level certificate: user-side microgrid engineering application, installation and maintenance of new energy charging facilities, power transformation and distribution operation and maintenance.
6. Examples of continuing majors
Examples of continuing undergraduate majors in higher vocational colleges: new energy power generation engineering technology, power engineering and its automation.
Examples of continuing undergraduate majors: electrical engineering and its automation.