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Economic growth increases the demand for air-conditioning and refrigeration. Hence, energy-efficient buildings and renewable-distributed energy resources (DER) are timely topics. Thermally-driven absorption chillers power cooling processes from heat sources such as district heat, combined heat and power (CHP), solar thermal energy, or industrial waste heat; with the CO2 footprint of these systems being relatively low. As absorption chillers’ dynamics are not straightforward, simulation tools are required to model them. The present work elaborates on a proposed straightforward methodology, aimed at completion of a data file from the manufacturer’s capacity curves so as to simulate a 1-effect absorption chiller in TRNSYS.

Metodología Rápida para la Modelación de Chillers de Absorción Uniefecto en el Entorno de Simulación de TRNSYS