The aim of the project is to create a system for complex control of the conversion of electrical energy into hydrogen via an
electrolyser. Efficient hydrogen production depends on many parameters that change over time, by monitoring them and estimating
future states, the power input of the electrolyser can be adjusted to make the energy conversion beneficial in terms of power system
states and the amount of hydrogen produced. This control method ensures synergistic integration of the electrolyser into the power system and positively affects the economics of the whole system. Thus, the control system in the form of a software tool manages hydrogen production in the context of the needs of the power system, thus achieving lower production costs and efficient management of renewable energy.