A new integrated power plant with a small scale turbine for the Organic Rankine Cycle

A Belozerov; Белозеров А; M Kley; Клей М; Y Leschber; Лешбер Й; R Rieger; Ригер Р; I Kas'yanovich Shatalov; Шаталов Иван Касьянович; M Wiedmann; Видман М

A new integrated power plant with a small scale turbine for the Organic Rankine Cycle

Authors: Belozerov A¹, Kley M², Leschber Y³, Rieger R⁴, Shatalov IK.¹, Wiedmann M²
Affiliations:
1. Peoples Friendship University of Russia
2. Hochschule Aalen Beethovenstr
3. DHBC e.V. Schlossberg
4. 3DHBC e.V. Schlossberg
Issue: No 3 (2012)
Pages: 104-113
Section: Articles
URL: https://journals.rcsi.science/2312-8143/article/view/335686
ID: 335686

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Abstract

Combined heat and power (CHP or cogeneration) describes the simultaneous generation of electrical power and heat. CHP has been well established for medium and high power ranges (> 100 kW el. power). The Kompakte Dampf Turbine (KDT, meaning compact steam turbine) addresses the low-end of power generation (~2 kW el. power). The KDT is a highly integrated power plant of small dimensions able to use various heat sources. Its simple design promises a low-cost CHP for residential homes.