Abstract
Abstract
With the increasingly prominent global energy crisis and environmental problems, the search for efficient and environmentally friendly energy utilization has become a hot spot of current research. The large-scale application of solar energy and waste heat in absorption refrigeration technology is one of the important technical means to achieve the goal of “double carbon”, while the traditional absorption refrigeration system has disadvantages such as discontinuity and instability. To improve the stability of the absorption refrigeration system and extend the operation time of the absorption refrigeration unit, this paper explores the application of the hybrid absorption recycling refrigeration system to the energy system with complementary solar energy and waste heat. In the future, the system design will be further optimized, the performance and economy of the system will be improved, and the wide application of the technology in industrial production and daily life will be promoted.
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