Power sector mis
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The document provides information about different groups in the power sector and their responsibilities. It discusses the current state of power generation, transmission, and distribution in India. Key challenges include high transmission and distribution losses, lack of proper asset management and monitoring systems, and political interference. The last section discusses automation systems that can help address some of these challenges.
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This document discusses the increasing role of technology in power distribution and moving towards smarter grids. It outlines the existing challenges in distribution such as high losses, unreliable supply, and lack of access. Emerging trends like renewable energy, energy efficiency, and electric vehicles are also discussed. The document then focuses on Tata Power Delhi Distribution Limited, providing an overview and detailing its technology adoption roadmap from 2004-2022 to address challenges through innovations like GIS mapping, automated metering, outage management systems, and more. Key projects underway and in the pipeline are also summarized.Chapter 5 Smart electrical grid , Smart City Summer Course, AUST, 2015
This document summarizes a chapter on smart electrical grids from a course on smart cities. It discusses key issues with current electrical systems including aging infrastructure, lack of maintenance, suboptimal fuel mix, and high transmission losses. This has led to poor system performance and reliability issues. The chapter then introduces the concept of a smart grid which aims to address these challenges through modernization and digitization of the electrical grid using technologies like smart meters and sensors to improve efficiency, reliability and integration of renewable energy sources.
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3. It concludes that increasing public charging infrastructure is needed to support the growing adoption of electric vehicles and addresses remaining challenges in areas like thermal management, fast charging impacts, and battery degradation.
9i9 determination-of-bus-voltages-libre
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IRJET- High-Efficiency Three-Level Stacked-Neutral-Point-Clamped Grid-Tie...
This document proposes a novel three-level neutral-point-clamped (NPC) inverter for grid-tied photovoltaic applications. The proposed inverter can effectively balance the operation of two independent DC sources by solving unbalanced conditions caused by unequal irradiation and temperatures. Compared to traditional two-stage inverters, the proposed NPC inverter reduces voltage requirements, lowers DC-link capacitor ratings, and improves efficiency. It also introduces a new NPC inverter topology called N-3L-SNPC that uses hybrid IGBT-MOSFET modules along with a novel PWM strategy for complete inactive body diode control, lower switching losses, higher switching frequency, and reduced output filtering needs.
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This Presentation is about the "NORTHERN LOAD DISPATCH CENTER OF INDIA".
How it is managed?
how it is implemented?
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Increasing Role of Technology in Power Distribution: Moving towards Smarter Grid
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Chapter 5 Smart electrical grid , Smart City Summer Course, AUST, 2015
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The debt service coverage ratio (DSCR) is calculated as:
EBIT / (Interest + Principal repayment)
In year 2:
EBIT = Rs. 16.80 lakhs
Interest = Rs. 8.80 lakhs
Principal repayment = Rs. 10 lakhs
DSCR = EBIT / (Interest + Principal repayment)
= Rs. 16.80 lakhs / (Rs. 8.80 lakhs + Rs. 10 lakhs)
= Rs. 16.80 lakhs / Rs. 18.80 lakhs
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Power sector mis
- 1. Power Sector Group -1 Anima Roy N-11 J.K. Vashishth N-29 Kapeesh Rastogi N-31 Kavita Sharma N-33 Kinshook Chaturvedi N-35 Mayank Swami N-42 Nitin Marjara N-47 Zia Al Nasir Khan N-86
- 3. 24 X 7 Service Delivery Politically Sensitive Theft Prone Privatization acting as a barrier to the “ Free Lunch” Generation Power Sourcing Transmission TRANSCO – 220/66 kV Grid Station (G/Stn.) Xpresss Consumer NDPL – 66/11 kV G/Stn. NDPL – 11kV/ 220V DT CGHS (HCB Consumers) NDPL – 66/11 kV G/Stn. 66/33 kV G/Stn. HRB / HCB Consumers NDPL – 11kV/ 220 V 11kV/ 440 V DT KCG Consumer NDPL – 11kV / 440V DT HVDS Network 11 kV / 440 / 220 V NDPL – 33/11 kV G/Stn. NDPL – 11kV/ 220 V Distribution Transformer JJ Clusters - LT ABC Network Distribution HRB / HCB Consumers
- 10. ABB Automation System in power Plant
- 11. Gross Generation 2004-05 Hydro 84497 GWh Nuclear 16638 GWh Thermal and Wind 486031 GWh No. Villages electrified 498286 Length of Transmission & Distristribution lines 6497727 Circuit km. Per Capita consumption 606.2 kWh Loss-- Transmission, Distribution, Transformation and Unaccounted energy 32.15%
- 31. Thanks