ENERGY MONITORING IN COMMERCIAL ESTABLISHMENTS
Moving towards achieving most efficient use of energy, many programs have been brought out by Govt. of India to monitor and manage energy use...
Failure Analysis Of Energy Meters In Testing Laboratory
Energy meter is the key component of supply system whose reliable functioning is very essential for accurate registering, controlling and monitoring, of power consumption...- Deepa Warudkar, Priyamvada Chandel, B.A.Sawale, Neha Gupta, Shilpa Singh Yadav
Testing Energy Meters
An energy meter is a tool that measures energy consumption of the customers based on their loading conditions. In both commercial and residential electric...
An ANN Based Approach For Optimal Placement Of Custom Power Devices
Power electronics based controllers used in distribution systems are called custom power devices. These devices have been proved to be quite effective in power quality enhancement. They may be of series, shunt and series-shunt or series-series type – depending upon their connection in the circuit... - D K Tanti, MK Verma, Brijesh Singh, O N Mehrotra
Development of Local Smart Grid for Agriculture Feeder
In India, the agricultural industry employs more than 50% of the work force and contributes to a bit less than 20% of the national...
Grundfos “Living Lab”
Intelligent energy monitoring with the Microsoft Azure IoT Suite and TwinCAT IoT - Sven Goldstein
RCA of Fire in Hospitals & Medical Locations
Hospitals are unique environments with diverse activities, equipment, and infrastructure that increase the likelihood of fire incidents. Factors such as the presence of flammable...
SMART INDIA NEEDS SMART ELECTRICITY
The article aims to assess the necessity of smart electricity for manifestation of smart city. - Dr. Sarat Kumar Sahoo
Practical Application of On-line PD Monitoring for Enhanced Power Network Reliability and Condition Based...
Partial Discharge (PD) is a critical issue in high voltage equipment, leading to long term degradation and eventual failure if not adequately managed. The...
LOAD FLOW ANALYSIS THROUGH ITERATIVE TECHNIQUES
In this article, authors have discussed various Load Flow Analysis techniques such as Gauss-Seidel method, Newton-Raphson Method and Fast-decoupled method. With a schematic case study, they have explained a 3 bus power system study, and results of load flow studies are also presented. Power World Simulator is used for modeling the power system. Comparison and advantages, disadvantages of all methods are listed out for selection of iterative technique...
Evaluation of Critical Parameters for Ensuring Reliability in Earthing and Lightning Protection Systems
For any earthing and lightning protection system to function effectively, it must be planned
strategically - beginning with design, executed through precise installation and sustained...
SINGLE PHASE MATRIX CONVERTER APPLICATIONS (PART I)
A study of applications of Matrix Converter in single phase is presented. Single Phase Matrix Converter topology (SPMC) has many advantages. It is flexible and can replace many converter topologies by its wide applications as universal converter…
Visible Benefits of Maintaining Lagging 0.97 Power Factor
Presently, many of the industries are having a mixture of linear and non-linear loads, this leads to current unbalance at the EB Incoming distribution...
Sensei Solutions relies on FLIR Automation cameras
When electric utilities experience a breakdown, there is not only a problem for end consumers who are faced with loss of electricity, but also...
BRINGING DOWN THE ENERGY CONSUMPTION
Today, energy saving is the target of all industries across the world, where India too is not an exception. This is a story of lowering the energy consumption by 63%...
Intelligent Load Management System (ILMS) in Industry: IEC 61850 Based Communication Network to Achieve...
Introduction
The Intelligent Load Management System (ILMS) is a modern approach to industrial power management, designed to keep operations running without disruption. By...
Power Factor Compensation & Harmonic Filtration in Integrated Steel Plants
Power factor compensation and harmonic filtration in integrated steel plants is a tool to reduce stress in electrical system. The paper focuses on energy efficiency issues and advantages with compensation and harmonic filtration. The paper presents comparative study of compensation requirement in various steel plant units. It would be interesting to find that requirement is the most in Rolling Mills, BOF, CCP, BF & Sinter Plant. In fact the entire steel plant is energy guzzler and with advent of drives, automation and precision requirement, fanning out electrical system stress has become more important and crucial… - Anil Kumar Choudhary, Md Mobinul Islam
Constructing 400kV Towers at Brahmaputra River Crossing
North East Transmission Company Limited (NETCL) has constructed & is operating the 662.8 Km, 400 kV Double Circuit inter-state transmission corridor through difficult hilly...
Singapore’s TENG Breakthrough
Singaporean researchers have developed an innovative energy technology using Triboelectric Nanogenerators (TENGs) to convert rainfall into electricity. Unlike conventional hydropower, this approach works on...
Power Generation Automation – Requirements
Wi-Fi, a WLAN conforming to IEEE 802.11b is emerging as a good replacement for LAN. It allows people to log onto the Internet and receive e-mails on the move. WiMAX an 802.16 wireless metropolitan-area network with a range of 50 km, facilitates wireless broadband access in metros and rural areas, and is a cost effective alternative to cables... - K S Sidhu



















