某科研建筑能源系统优化设计研究

Research on the optimal design of energy system of a scientific research building

通过对原有能源系统进行分析,综合国内外先进的清洁可再生能源利用技术,结合可利用的资源条件,如风电、光电等“绿色电力”,浅层地热能、空气能等可再生能源条件,地源热泵、空气源热泵、太阳能、电锅炉+相变储能等技术,对能源系统进行优化设计研究,实现项目能源供给绿色低碳,增加供电系统可靠性和安全性。同时以互联网+为手段,以智能化为基础,以构建绿色低碳、安全高效的现代能源体系为目的,设计了智慧能源管理系统,对建筑整体各项能耗、系统状态进行监控,有效的提高了能源使用率,降低使用能耗。

by integrating the advanced clean and renewable energy utilization technologies at home and abroad,combining the available resource conditions,such as“green power”such as wind power,photoelectricity,shallow geothermal energy,air energy and other renewable energy conditions,ground source heat pump,air source heat pump,solar energy,electric boiler+phase change energy storage and other technologies,optimize the design and research of the energy system to realize the energy supply of the project green and low carbon,increase the reliability and safety of power supply system.Meanwhile,taking the Internet plus as the means,based on the intelligence and building a green low carbon,safe and efficient modern energy system,the smart energy management system is designed to monitor the overall energy consumption and system status of the building,effectively improving the energy utilization rate and reducing the energy consumption.