LESCO revises Single Phase Electricity Meters Rules; full details here

LAHORE – Lahore Electric Supply Company (LESCO) rolled out notable change in its single-phase meter replacement policy, shifting its approach in a move driven by rising costs and operational considerations. The decision is expected to impact how electricity meters are replaced for consumers going forward. Officials revised its policy regarding the replacement of defective and burnt single-phase electricity meters, deciding to install conventional static meters instead of advanced AMI smart meters in most cases. According to new directive, the change will initially apply to meters declared defective on the basis of fault codes. Previously, such faulty meters were routinely replaced with smart meters under the utility’s modernization drive. However, under the revised policy, ordinary static meters will now be installed in place of damaged units in general cases. Officials said the decision has been taken in view of the significantly higher cost of smart meters compared to conventional meters, as the utility seeks to reduce operational expenditure. As per the new approach, AMI smart meters will now be installed only in specific or necessary situations. The policy further mentioned that replacement of defective or burnt meters will continue to be carried out without any additional cost to consumers. However, the installation of AMI smart meters will remain mandatory for new electricity connections, with applicants required to pay the prescribed charges. The cost differential between smart and static meters placed financial pressure on the utility, prompting the shift towards cheaper alternatives for replacement work. While the move may ease immediate cost burdens, concerns have been raised that it could slow the pace of transition towards a fully advanced smart metering system. LESCO’s decision comes amid ongoing challenges related to meter faults and replacements, with thousands of defective units reported in the system, contributing to billing and operational difficul