光伏新能源在建筑电气节能中的应用研究

朱亮亮

摘 要：随着我国经济实力的不断推进，城市化建设的发展也在稳步执行，基于此，人们对于新能源的消耗也越来越迫切，尤其是建筑行业，其电能消耗占全球总比的40%。由此可见，节能减排是我国建筑行业发展的首要目标，而光伏新能源依靠其自身的特性，主要是安全可靠、节能减排、持续稳定等特性，在建筑电气节能工程中不仅保障了用电系统设施的正常运行，而且还能够降低电气消耗，防止环境污染，从而发挥建筑电气节能的最大化效益，促进建筑业绿色环保、节能减排的可持续发展，进而促进绿色经济的飞速发展。本篇文章主要针对光伏新能源的特性原理及其在建筑电气节能过程中的应用优势进行探讨研究。

关键词：光伏新能源 建筑业 电气节能 应用研究

Research on Application of New Photovoltaic Energy in Building Electrical Energy Saving

Zhu Liangliang

Abstract：With the continuous advancement of China's economic strength， the development of urbanization is also being implemented steadily. Based on this， people are increasingly pressing for new energy consumption， especially in the construction industry， whose electrical energy consumption accounts for 40% of the global total. It can be seen that energy conservation and emission reduction is the primary goal of the development of China's construction industry， and photovoltaic new energy relies on its own characteristics， mainly safety and reliability， energy conservation and emission reduction， and continuous stability. It guarantees the use of energy in building electrical energy conservation projects. The normal operation of electrical system facilities can also reduce electrical consumption and prevent environmental pollution， so as to maximize the benefits of building electrical energy saving， promote the sustainable development of environmental protection， energy saving and emission reduction in the construction industry， and promote the rapid development of green economy. This article mainly focuses on the characteristics and principles of photovoltaic new energy and its application advantages in the process of building electrical energy saving.

Key words：photovoltaic new energy， construction industry， electrical energy saving， application research

現阶段，为了推进经济建设的进一步发展，人们在煤炭、天然气以及石油等能源的需求使用方面尤为剧烈，与此同时，这些能源的使用也加剧了自然环境的恶化，比如大气污染、臭氧层空洞以及自然资源枯竭等问题，所以为了改善这一状况，实现绿色经济发展，新能源的开发迫在眉睫。在建筑行业中，光伏新能源在电气节能中的应用尤为广泛，它具有安全可靠、存储电能、储蓄发电且无污染等特性，主要通过光电效应将太阳能转化为电能，从而进行发电，这种可再生能源的使用，不仅降低了建筑工程中电能的消耗，也促进了建筑电气节能建设的可持续发展。……