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The course covers steady state and dynamic performance for power production units and energy storage. This includes both traditional power production such as hydro power and nuclear power and more modern types of power production such as wind power and solar power. Important aspects covered are energy conversion, turbine and turbine control, generator systems with power electronics, collection grids, capability charts, transformers and requirements for connection for the different power production units. Further, available power and durability is addressed for the different production units. Finally, a review of different types of energy storages is included with principles for storage, charging and discharging, power and energy. Dynamic models are obtained for the most common types of energy storages to represent the dynamic performance seen from the grid.

FACTS


CYCLE

Second cycle

ENTRY REQUIREMENTS

Bachelor's degree with a major in Electrical Engineering or equivalent. The first-cycle program shall include at least 3 credits in programming and 15 credits in mathematics. English 6.

You also need approved result from the following course/courses:
MEM500-Modeling of Electric Machines and
ELD500-Power Electronics and Electric Drive Systems and
EDF500-Electrical Design of Traction Battery and
ITK600-Introduction to Power System Simulations, or the equivalent.

PACE OF STUDY

Part-time

TYPE OF INSTRUCTION

On Campus

PROGRAMME/COURSE DATE


AUTUMN 2025

AUTUMN 2025

TEACHING HOURS

Daytime

APPLICATION DEADLINE

15 April 2025

APPLICATION CODE

HV-E1907

START/END

From v.46 2025 to v.03 2026

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