There are five national brand majors: software engineering, smart grid information engineering, business administration, environmental engineering, energy and power engineering.

There are two national key majors: electrical engineering and its automation and automation.

Characteristic major of North China Electric Power University:

Electric power system and its automation

Power system and its automation train senior professional and technical personnel to meet the needs of modern large and medium-sized power plants and power systems. It mainly offers courses such as circuit theory, electrical engineering, automatic control theory, engineering electromagnetic field, electronics, signal analysis and processing, computer technology, electrical parts of power plants, power system analysis, power system relay protection, power system automation and power electronics technology. Students are required to master the professional knowledge of modern large and medium-sized power plants, power systems and their automation, and pay attention to cultivating students' foreign language level and the ability to solve practical problems in power systems by using computer technology.

Nuclear engineering and technology

Students majoring in nuclear engineering and technology mainly study the basic theory of engineering thermophysics, nuclear engineering and nuclear technology, receive training in nuclear engineering and nuclear technology, and have the basic ability to engage in experimental research, design, construction and operation management of nuclear engineering and nuclear technology. Nuclear engineering and nuclear technology involve a wide range of knowledge, and many colleges and universities have offered courses at present.

Power engineering and engineering thermophysics

The main subjects of "Power Engineering and Engineering Thermophysics" include thermal cycle theory and system simulation, thermal fluid mechanics and turbine, combustion and emission control of internal combustion engine, automobile powertrain and control, engineering thermophysics, energy utilization in refrigeration and air conditioning, flow and heat transfer in low temperature system, multiphase flow combustion thermophysics of coal, etc. Pay attention to the intersection and combination with chemical engineering, biology, information, environment and other disciplines, and develop new discipline growth points, including fuel cell and gas turbine combined power generation, oil substitution and new energy vehicles, solar thermal utilization and building energy conservation, nano/micro system transportation and temperature control, biomass gasification power generation, photocatalytic hydrogen production, and multi-energy power control system of electric vehicles.