Asset Performance Management System (APMS) Specifications for Sustainable Energy for Pakistan (SEP) Project
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The Sustainable Energy for Pakistan (SEP) project, a USAID-funded initiative, aimed to improve the efficiency and reliability of Pakistan's energy distribution system.
2021 · 24 pages

Abstract
The project's primary objective was to enhance the commercial value of distribution companies (DISCOS) by reducing technical and commercial losses. To achieve this goal, the project implemented an Asset Performance Management System (APMS) to monitor and manage the performance of DISCOs. The APMS was designed to provide real-time data on energy distribution, allowing for more accurate billing and reduced losses. The system consisted of several key components, including a Universal Data Integration Layer (UDIL), which integrated data from various sources, and a Smart Metering Unit, which enabled real-time meter reading. The APMS also included a Molded Case Circuit Breaker (MCCB) to ensure safe and efficient power distribution. The project's scope of work included the installation of APMS at various DISCOs, including FESCO, GEPCO, and HESCO. The system was designed to operate in a range of ambient temperatures, from 0°C to 40°C, and was equipped with a non-volatile memory to store data in case of power outages. The APMS was also designed to be user-friendly, with a display screen that provided real-time data on energy distribution. The project's technical specifications outlined the requirements for the APMS, including the use of advanced metering infrastructure (AMI) and automated meter reading (AMR) technology. The system was designed to meet the standards and specifications of the National Power Control Center (NPCC) and the National Transmission and Dispatch Company (NTDC). The project's testing and commissioning plan outlined the procedures for verifying the system's performance and ensuring its compliance with the technical specifications. The APMS was expected to improve the efficiency and reliability of Pakistan's energy distribution system, reducing technical and commercial losses and enhancing the commercial value of DISCOs. The project's implementation was expected to have a significant impact on the country's energy sector, contributing to the achievement of the government's energy policy objectives.
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