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| IADB

Distribution System Reliability Options and Utility Liability

Descripción case studie

This paper proposes a possible approach to providing differentiated reliability options to customers in urban and suburban distribution networks. To offer different reliability options based on customer's preferences, a utility can deploy distributed generation (DG), sectionalizing switches (Normally Closed Switches: NCSs) and tie switches (Normally Open Switches: NOSs). 

Imagen case studie
IEEE
Relación actividad case

IEEE 1547-2018 - IEEE Standard for Interconnection and Interoperability of Distributed Energy Resources with Associated Electric Power Systems Interfaces

Descripción case studie

The technical specifications for, and testing of, the interconnection and interoperability between utility electric power systems (EPSs) and distributed energy resources (DERs) are the focus of this standard. It provides requirements relevant to the performance, operation, testing, safety considerations, and maintenance of the interconnection.

Imagen case studie
IEEE
Relación actividad case

TECHNICAL STANDARD OF QUALITY OF SERVICE FOR SYSTEMS DISTRIBUTION

Descripción case studie

According to what is established in the General Law of Electric Services, hereinafter the "Law", the general objective of this technical standard, hereinafter and indistinctly NT ", is to allow the correct operation of the electricity sector, for which it must regulate the aspects technical, security, coordination, quality, information and economic aspects of the operation of said sector.

Imagen case studie
CNE
Relación actividad case

Investment Optimization to Improve Power Distribution System Reliability Metrics

Descripción case studie

Utilizing historical utility outage data, an approach is presented to optimize investments which maximize reliability, i.e., minimize System Average Interruption Duration Index (SAIDI) and System Average Interruption Frequency Index (SAIFI) metrics.

Imagen case studie
IEEE
Relación actividad case

SAIDI Constrained Economic Planning and Utilization of Central Storage in Rural Distribution Networks

Descripción case studie

This paper forms a framework for allocating a central electric energy storage (EES) in discrete communities, forming as segmentations along the rural feeders, where the installation of cross connects are not economic or even feasible. In this framework, EESs that centrally can be installed in each community are owned and operated by an aggregator/retailer, trading bidirectional energy transactions with both the grid and the customers

Imagen case studie
IEEE
Relación actividad case

Increasing the efficiency of the Electricity Sector

Descripción case studie

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.

Imagen case studie
BID
Relación actividad case

Investment technologies

Activity Relation Card Self
Descripción Card Self

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 costbenefit 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.

Orden
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?

Translate Activity
electricity-reduction
Translate Name
investment-technologies

Power Lost: Sizing Electricity Losses in Transmission and Distribution Systems in Latin America and the Caribbean

Descripción case studie

Electricity loss is a key component in measuring the efficiency and financial sustainability of the power sector. It represents the difference between the amount of electricity that enters the network and the amount that is delivered to end-users, reflecting the degree of productivity of transmission and distribution systems.

Imagen case studie
power
Relación actividad case

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

Descripción case studie

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.

Imagen case studie
This technical note
Relación actividad case

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

Descripción case studie

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).

Imagen case studie
technical note
Relación actividad case