RESOURCE-SAVING ORGANIZATIONAL AND TECHNOLOGICAL LIGHTING SOLUTIONS FOR HOUSING AND COMMUNAL SERVICES

N. A. Alekseeva, A. A. Tepin
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Abstract

At the turn of the two millennium, the fundamental difference in assessing the goals and means of scientific and technological progress is the consideration of architectural and planning decisions, technical and economic parameters and environmental consequences. The global nature of human impact on the habitat determines the strict requirements for choosing the parameters for the implementation of technological solutions, in particular light solutions for housing and communal services. The dynamics of electricity consumption and heat resources in Russia as a whole, including the population, was considered. The reasons for the loss of energy resources from the positions of various authors, including theft, illegal tie-ins, damage in distribution networks, insufficient level of advertising of technical and organizational and managerial innovations, are summarized. Systematized lighting solutions patented over the past 5 years in Russia, including building blocks with suspensions, hybrid lamps, heat flux sensors, luminous building parts. It was revealed that many innovative developments are based on LED solutions. The level of normative natural and cost expenditures of resources for collections of state elementary norms and federal unit rates for the construction of walls and partitions made of glass blocks was analyzed. The use of LED lighting for housing and communal services is justified. It was concluded that the power consumption when using LED lamps is several times lower than incandescent lamps and fluorescent lamps.
为住房和公共服务提供节约资源的组织和技术照明解决方案
在世纪之交,评估科学和技术进步的目标和手段的根本区别在于考虑建筑和规划决策、技术和经济参数以及环境后果。人类对栖息地影响的全球性决定了对技术解决方案的参数选择的严格要求,特别是住房和公共服务的照明解决方案。考虑了整个俄罗斯的电力消耗和热资源的动态,包括人口。从不同作者的立场总结了能源资源损失的原因,包括盗窃、非法捆绑、分销网络的破坏、技术和组织和管理创新的广告水平不足。系统化的照明解决方案在过去的5年中在俄罗斯获得了专利,包括带有悬架的建筑模块,混合灯,热通量传感器,发光建筑部件。据透露,许多创新发展都是基于LED解决方案。规范的自然和成本支出的资源,以收集国家基本标准和联邦单位费率的墙和隔墙由玻璃块制成的分析水平。在住房和公共服务中使用LED照明是合理的。得出的结论是,使用LED灯时的功耗比白炽灯和荧光灯低几倍。
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