利用校园能源监控系统 (CEMS) 提高太阳能光伏发电在 BVRIT 校园配电网中的比例

P. C. D. Goud, P. Chandra Babu, M. Prameela, K. Rayudu, V. C. Duvvury, P. Yemula
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引用次数: 0

摘要

能源消耗的多少对工业产品的价格有很大的影响,它影响着运营成本。因此,降低能耗已成为工业和商业应用等所有领域的重中之重。因此,能源平衡和负载之间共享可用能源是降低电费的关键点。本文考虑了 BVRIT 校园的实际案例研究。研究内容包括校园供电情况、太阳能峰值、早晚负荷峰值、总需求峰值、能量平衡分析等。使用带有 RS-485 通信功能的多功能仪表和 Raspberry pi 进行实时数据收集。测量和收集的数据包括太阳能发电量、利用率、高峰负荷时间、过剩电量可用时间以及从主电网消耗的电量,这些数据将帮助用户维护具有成本效益的系统。根据分析发现,2022 年 3 月,BVRIT 校区 38.8%的能源需求来自可再生能源,这对于印度的学术校园来说是一项重大成就。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enhancing the Share of Solar PV Energy in BVRIT Campus Distribution Grid using Campus Energy Monitoring System (CEMS)
The amount of energy consumed has a very substantial impact on the price of the products in industries, it effects the operation cost. As a result, the reduction of energy consumption has risen to the top priority in all places like industries and commercial application. Hence energy balance and sharing of available energy between the loads are key points to reduce the electricity bill. In this paper, a practical case study considered at BVRIT campus. It includes power availability in campus, solar peak, morning and night load peak, total demand peak, energy balance analysis are presented. Multi function meters with RS-485 communication and Raspberry pi are used for data collection in the real time. Data related to solar power generation, utilisation, peak load timings, excess power available times and power consumed from the main grid were measured and collected, will assist consumer to maintain cost effective system. Based on the analysis, it is found that for the month of March 2022, BVRIT campus has sourced 38.8% of its energy requirement from renewable energy which is a significant achievement for an academic campus in India.
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