多层串联公寓住宅的混合智能能源(热与电)供应

N. Tymchenko, N. Fialko, Ju. V. Sherenkovskiy
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引用次数: 0

摘要

提出了一种基于电力和热能两种网络的混合智能能源联网系统(SENS),用于住宅建筑的供电。研究表明,该系统通过夜间谷资源调整日常电力负荷,为可再生能源站的能源利用创造有利条件,从而实现脱碳能源生产。设计了一种双价电储热智能模块(BETS SM),旨在确保混合智能能源网络系统在独立公寓的微观层面上的功能,并随后集成到更高级别的网络中。在提出的混合技术中使用低温加热的便利性以及用4GDH元素改造混合智能能源网络系统的必要性已经得到证实。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hybrid Smart Energy (Heat & Power) Provision of Multi-Storey Serial Apartment Houses
Hybrid Smart Energy Networking System (SENS) for the power supply of residential buildings, which is based on the use of two types of network energy-electrical and heat one- has been proposed. It is shown that this system serves to align daily electrical loads through resource of night-time valley, to create favorable conditions for using of energy from renewable energy sources stations, and, accordingly to decarbonate energy production. A bivalent electric thermal storage smart module (BETS SM) designed to ensure the functioning of the hybrid smart energy networking system at the microlevel of a separate apartment with subsequent integration into the networks of higher ranks has been developed. The expediency of using of low-temperature heating in the proposed hybrid technology and the necessity to retrofit the hybrid smart energy networking system with elements of the 4GDH has been substantiated.
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