MODELING OF THE DYNAMIC BEHAVIOUR AND ENERGY CONSUMPTION OF THE HEATING PROCESS OF WOODEN HOUSES

A summarized mathematical model has been created, solved, and verified for the transient non-linear heat conduction and energy consumption in wooden houses at arbitrary, encountered in the practice initial and boundary conditions.The paper presents the creation and the solution of the model, and the simulative investigation of the impact of the surrounding and room's medium parameters and the initial wood temperature on the change of the heat energy consumption, needed for reaching of different set temperatures in the rooms of the house. The obtained results are used in other papers of the authors for the creation of an algorithm and a system for optimized model predictive control of the energy consumption, required for heating of wooden houses.