Journal Article

·2020

Thermal Modelling and Energy Management of a Smart Home with Renewable Energy Sources

Onur Ozel YTU , Ali Rıfat Boynueğri YTU

Abstract

In this paper, A monthly energy consumption calculation method according to the TS 825 standard is explained in detail to calculate the thermal heat loss in a smart building consist of ten apartments. Also, this method modified to a dynamic model for thermal heat loss calculations of the system and it is verified in simulations. Within the scope of energy management, energy requirement for an enough comfort level is calculated. In the smart residential building model, an energy production system consisting of wind energy and solar energy will be used. The relationship between the energy consumption requirement and the amount of production will be examined. In this smart home system, energy management will be carried out by performing operations such as energy thermal storage which is called power to heat (P2H) and load shifting. For this purpose, a dynamic thermal model of a smart residential building is realized.

Keywords

Renewable energy Energy management Energy consumption Zero-energy building Thermal energy storage Building management system Thermal energy Energy engineering Environmental science Computer science Scope (computer science) Thermal Energy storage Energy (signal processing) Process engineering Automotive engineering Power (physics) Engineering Electrical engineering Meteorology Thermodynamics Physics

Subject Areas

Smart Grid Energy Management ·Electrical and Electronic Engineering ·Physical Sciences
Building Energy and Comfort Optimization ·Building and Construction ·Physical Sciences
Refrigeration and Air Conditioning Technologies ·Mechanical Engineering ·Physical Sciences

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Affordable and clean energy 90%