多能源互补系统在游泳馆工程中的应用研究

Application of Multi-energy Complementary System in Swimming Pool Engineering

室内游泳馆作为近年来发展较快的高能耗建筑,综合利用多种新能源技术,制定合理的能源解决方案,对于降低其运行能耗,减少环境污染具有重要的意义。介绍了长沙市某室内游泳馆工程中,利用太阳能与地源热泵互补提供池水加热及空调负荷的解决方案,以及利用太阳能与空气源热泵互补提供淋浴热水负荷的解决方案,将设计方案与传统的能源系统进行效益对比得出,利用新能源互补的系统可大大降低运行费用,具有较好的应用前景。

As an energy - intensive building that has developed rapidly in recent years, indoor swimming center makes comprehensive use of a variety of new energy technologies and formulates a reasonable swimming pool energy solution, which is of great significance for reducing its operation energy consumption and reducing environmental pollution. A solution to the indoor swimming pool project in Changsha that uses solar energy and ground source heat pump is expounded to provide complementary heating and air conditioning load and the solution of utilizing solar energy and air source heat pump supplying the hot water shower load. Comparing the design proposal with the traditional energy solution, the conclusion shows that the new energy complementary form can greatly reduce the energy consumption and reduce the operating cost in the traditional solution, and has a good application prospect.