Applicability of VSAT Communication for Indian Power System

N. Roy, M. Ramesh, A. Singhal, Tapobrata Paul, Ashutosh Kumar, Sakal Deep, Paominlal Doungel, Royal Sutnga
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Abstract

Indian power system is one of the largest synchronously operated Power System Networks in the world with an installed capacity of about 370 GW. The Indian Power Grid is being monitored by a multi-level integrated Supervisory Control & Data Acquisition (SCADA)/ Energy Management System (EMS) installed at many control centres (or Load Despatch Centres) dispersed all over India. The Load Despatch Centres acquire real-time data from the substations as well from the other control centres and this critical power system operational data is transferred through a dedicated and secure communication system backbone network spread across the country. Keeping in view the importance of the communication system in a vast meshed network at the National, Regional and State level in India, the regulatory body of power sector i.e. Central Electricity Regulatory Commission (CERC) has also specified the regulations regarding Communication System for inter-State transmission of electricity. Apart from the conventional communication systems such as PLCC, Optical-fiber, etc., the VSAT communication is also making its place as a communication medium due to the various advantages it offers. The VSAT bandwidth connectivity charges have fallen in the past few years making it viable for being used in the power sector for the utilities. Hence, by adopting a reliable and easy-to-install communication technology such as VSAT will remove the communication related issues which is one of the major hurdles resulting in non-availability of real-time data to the Load Despatchers. Certain pilot projects had been done in North-Eastern Region with satisfactory performance for real-time data transfer. It was proven that the VSAT communication was able to cater the real-time operational data transfer requirements with an overall availability of more than 99% (excl. some minor technical issues) even in bad weather conditions. This paper deliberates the various key benefits and architectures of using VSAT communication in power sector of India.
VSAT通信在印度电力系统中的适用性
印度电力系统是世界上最大的同步运行电力系统网络之一,装机容量约为370吉瓦。印度电网正由一个多层集成的监控和数据采集(SCADA)/能源管理系统(EMS)监控,该系统安装在分散在印度各地的许多控制中心(或负荷调度中心)。负荷调度中心从变电站以及其他控制中心获取实时数据,这些关键的电力系统运行数据通过遍布全国的专用安全通信系统骨干网络传输。考虑到通信系统在印度国家、地区和邦一级庞大网状网络中的重要性,电力部门的监管机构,即中央电力监管委员会(CERC)也规定了关于邦间电力传输的通信系统的规定。除了PLCC、光纤等传统通信系统外,VSAT通信由于其提供的各种优势也正在成为一种通信媒介。在过去几年中,VSAT带宽连接费用已经下降,使其在电力部门的公用事业中使用是可行的。因此,通过采用可靠和易于安装的通信技术,如VSAT,将消除通信相关问题,这是导致负载分配器无法获得实时数据的主要障碍之一。在东北地区进行了一些试验性项目,在实时数据传输方面取得了令人满意的成绩。事实证明,即使在恶劣天气条件下,VSAT通信也能够满足实时操作数据传输要求,总体可用性超过99%(不包括一些小技术问题)。本文讨论了在印度电力部门使用VSAT通信的各种关键优势和架构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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