1 Introduction The use of trigeneration systems has recently been a pressing issue because of the effective use of the recovered energy for heating in winter, air conditioning in summer,
These systems combine on-site power or distributed generation technologies with thermally activated techniques [4]. Currently, the adoption of energy-efficient multi-objective
Abstract The overall aim of this work is to assess the performance of high-efficiency solar trigeneration systems in order to fulfill an industrial complex heating and cooling demands. The
This study develops, dynamically simulates, and optimizes an integrated tri‑generation system for year-round electricity, heating, and cooling supply under the hot-dry climatic conditions of
At Solar Trigeneration Systems Inc., we are on a mission to transform energy consumption through innovative solar technology. By integrating heating, cooling, and power into one system, we
Abstract. In this study, the organic Rankine cycle (ORC) and hybrid absorption recompression cycle have been modified by the addition of turbine bleeding with regeneration and
The joint European project Thermal Energy Storage for On-demand Solar Trigeneration (TES4Trig) aims at unifying the above strategies into a single innovative CCHP system (TES4Trig
Multi-generation systems, which allow us to take better advantage of renewable energy resources, facilitate the simultaneous production of multiple forms of energy. This study conducted
The solar power tower (SPT) system is responsible for numerous irreversibilities and cannot be avoided. Therefore, it is important to make an efficient energy generation system that
In this chapter, a solar-based multigeneration system is examined in terms of heating, cooling and electricity generation capacity, as well as energy and exergy efficiencies. Through this
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