Model of Electric and Heat Balance of Biogas Station

Jiri Jansa, Zdenek Hradilek

Model of Electric and Heat Balance of Biogas Station

Číslo: 5/2016
Periodikum: Advances in Electrical and Electronic Engineering
DOI: 10.15598/aeee.v14i5.1811

Klíčová slova: Biogas station; energetic balance; heat losses; model; power losses; bioplynová stanice, Energetická rovnováha; Tepelné ztráty; model; Ztráty výkonu.

Pro získání musíte mít účet v Citace PRO.

Přečíst po přihlášení

Anotace: This paper deals with the model of a biogas station. The introduction provides a description of principle employed in this model. The model works with data reflecting the quantity and type of the input biomass to determine the potential energy and offer a selection from various co-generation units. Other important input parameters comprise fermentors and mainly the material composition of their walls to help with determination of heat losses. The input parameters are accompanied by the energetic balance model for a Biogas Station (BPS) concerned. The next section of this paper provides verification of the model with respect to an actual BPS subject to a series of measurements. These measurements focus on electric and heat parameters. The outcome from these measurements was then used to obtain the energetic balance figure. The comparison of measurement results against the model produces slight deviations of the model from the real biogas station only. This paper has been processed pursuant to a long-term research on biogas stations. The biogas station model will be developed further to obtain a more detailed energetic balance for the biogas station.