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Technical Service Quality Standard for Distribution Systems

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In accordance with the provisions of the General Law of Electric Services, hereinafter the "Law", the general objective of this technical standard, hereinafter and indistinctly "NT", is to general objective of the present technical standard, hereinafter and indistinctly referred to as "NT", is to
the correct operation of the electric sector, for which purpose it shall regulate the technical, safety, coordination, quality
technical, safety, coordination, quality, information and economic aspects of the operation of this sector.
the operation of said sector. In particular, the main objective of this TL is to
establish the requirements and standards of Quality of Service for the Electric Power Distribution Systems.
Distribution Systems.

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CNE
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quality-technical

1366-2012 - IEEE Guide for Electrical Power Distribution Reliability Ratings

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The distribution reliability indices and the factors that affect their calculations are defined in this guide. The indices are intended to be applied to distribution systems, substations, circuits, and defined regions.

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IEEE
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quality-technical

6TH CEER BENCHMARKING REPORT ON THE QUALITY OF ELECTRICITY AND GAS SUPPLY

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European energy regulators are committed to promoting well-functioning and competitive energy markets in Europe in order to ensure that consumers receive fair prices, a wide choice of suppliers and the best quality of supply.

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IEEE
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quality-technical

Increasing the efficiency of the Electricity Sector

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In a vertically integrated public electricity sector, as is the case in Ecuador, the control of electricity losses in the National Distribution System has been one of the central issues of the last decade. Through training, targeted investments, continuous monitoring, and the involvement of the country's authorities at all levels, actions were implemented that made it possible to reduce electricity losses by 10 percentage points in seven years.

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BID
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electricity-reduction

Investment technologies

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Prioritize investments in technology and smart metering technologies. Investments made to deploy technology tools such as Automated Metering Infrastructure (AMI) or Automated Metering Reading (AMR), supervisory control and data acquisition (SCADA), modern business systems, database management, user access authorization, and exception analysis should be prioritized. These investments should be preceded by cost-benefit analysis that justifies them and demonstrate their contribution to the loss reduction program. Having a system focused on combating non-technical losses and integrating the information available from the client are important steps for the utility to move towards digital transformation, including introducing business intelligence (BI) with tools and resources to perform BI/analytics to identify consumers or transformers with non-commercial losses.

(i) proper asset management processes, having an annual procedure that avoids the misuse of transformers (with very low or high loads), electrical networks, network sectioning, load balancing and the installation of capacitor banks to reduce technical losses.

(ii) having shielded network and measurement system as the application of shielded measurement box with attached telemetry (multiple meters/clients) that prevents clients from accessing meters with remote disconnection, as well as shielded LV networks. Also includes anti-theft network configurations using twisted cable in secondary network and bi-coaxial cable in the service drop, which are difficult to tap9 ;

(iii) having totalizing measurement in the transformer in pre-selected transformers and feeders. Install a totalizing measurement set to collect monthly readings and determine the energy consumption with the monitored period to determine potential energy loss sites, and

(iv) using GIS/mapping systems as these tools help reduce assumptions for loss calculations, develop more precise engineering models, and have more accurate results when sampling is not possible.

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7
Pregunta Self Assesment

Has the utility identified the proper technologies and business intelligent tools to efficiently reduce electricity losses? Have these technologies been included in the investment plan?

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electricity-reduction
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investment-technologies
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operations
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electricity-reduction

This technical note describes the main initiatives of the CEEE Group Recovery Program, the initial results achieved so far, and the lessons learned. These initiatives are focused on the following areas: (i) reduction of loss levels in the electric power d

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This technical note describes the main initiatives of the CEEE Group Recovery Program, the initial results achieved so far, and lessons learned. These initiatives focus on the following areas: (i) reduction of loss levels in the electricity distribution system; (ii) improvement of quality and operations indicators; and (iii) introduction of social inclusion and citizenship programs in highly complex areas.

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This technical note
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electricity-reduction

TECHNICAL NOTE ADVANCING POWER SECTORS’ SELF-RELIANCE THROUGH ELECTRICITY SYSTEM LOSS REDUCTION

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Total transmission and distribution losses (T&D losses) are the canaries in the coal mines – they are the primary indicator by which you can quickly judge the financial and operational health of an electricity utility. In brief, T&D losses represent the amount of electricity produced and injected into the grid but not paid for by users due to technical inefficiencies and to theft, meter tampering, and billing and accounting errors. (See Box 1 for detailed definition).

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technical note
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electricity-reduction

In the Dark How Much Do Power Sector Distortions Cost South Asia?

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This work is a product of the staff of The World Bank with external contributions. The findings, interpretations, and conclusions expressed in this work do not ecessarily reflect the views of The World Bank, its Board of Executive Directors, or the governments they represent. The World Bank does not guarantee the accuracy of the data included in this work.

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dark
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electricity-reduction

Improving Power Distribution Company Operations to Accelerate Power Sector Reform

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Many emerging market distribution utilities are in a state of chronic disrepair, both technically and fiscally. After an initial surge of interest in the 1990’s, there has been a near complete disappearance of private investors

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USAID
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electricity-reduction