**Cyprus to Explore Smart Readiness Indicator for Buildings in New Study**
The Ministry of Energy, Commerce, and Industry of Cyprus has officially communicated its plans to the Directorate-General for Energy of the European Commission, signaling the country’s interest in evaluating the implementation of the Smart Readiness Indicator (SRI) system. This initiative places Cyprus among the proactive group of nine European Union countries considering the adoption of this advanced assessment system for building intelligence.
Introduced by the European Commission in 2018, the SRI is part of the European directive aimed at enhancing the energy performance of buildings. It serves as a measure of a building’s capacity to utilize information and communication technologies and electronic systems to adapt its operation to the needs of the occupant, thus improving energy efficiency and overall performance.
To facilitate this exploration, Cyprus will conduct a comprehensive study over the next nine months. A collaborative team of technical consultants has been assembled for this purpose, including experts from the Energy Office of Cyprus, the Sustainable Energy Research Group at Frederick University, and technology firms Euphyia Tech Ltd and CyRIC Ltd.
The study’s objective is to assess the current levels of building intelligence across Cyprus and propose a categorization system based on intelligence indicators. These indicators will reflect the degree to which buildings are equipped with automation and control systems that contribute to smarter energy use.
The move towards adopting the SRI system is a testament to Cyprus’s commitment to fostering smart buildings and smart cities within its borders. By prioritizing such initiatives, Cyprus aims to create a more sustainable and energy-efficient built environment, aligning with broader European goals for climate action and energy sustainability.
The results of this study are eagerly anticipated, as they will lay the groundwork for future policies and investments in the Cypriot real estate and construction sectors, potentially leading to significant advancements in the quality and intelligence of building infrastructure.
