Metering for “switched on schools” in Northern Ireland


Winchester, U.K. — (METERING.COM) — February 12, 2009 – An innovative project involving the installation of photovoltaic (PV) solar panels and renewable energy streetlights, as well as metering and data services, has been implemented in forty educational establishments across rural Northern Ireland.

Energy and advanced smart metering firm, PRI, is providing the metering and data services for this NIE Energy (NIEE) project, named “Switched on Schools”.
For several years NIEE has worked on an ad hoc basis with the five Northern Ireland Education and Library Boards in installing renewable energy systems at schools throughout the region. Supported with European funding, a program approach evolved for achieving a thriving, sustainable rural community in Northern Ireland via increased awareness of PV technology.
The award-winning Switched on Schools project made this possible, and has enabled schools to appreciate how valuable energy is as a resource and how energy bills and CO2 emissions can be reduced. Spreading the carbon footprint reduction message to families and friends, pupils gained an understanding about renewable energy and monitoring online their solar power system.
PRI supplied the energy data services for remote collection, analysis and billing from the Spring XP and GSM top hat meter in each school involved.

Company sales and marketing manager Geoff Chapman explains: “Our meter and energy data service solution records the amount of energy used in each school and provides historical data for trend analysis. Significantly, this information is relayed to a central point for monitoring and interpretation.”
Data is collected and monitored from the customer’s equipment. Received data is presented in a pre-determined format appropriate to customer needs.

Installation across the forty schools enabled them to claim money from the Renewable Obligation Certificates (ROC) system for the renewable energy produced. The NIEE generation tariff offers rewards for electricity exported back to the grid and ROCs.