According to the CDP, the funds being provided to the light and power company – the Jamaica Public Service (JPS), and will facilitate the replacement of approximately 105,000 high pressure sodium and mercury vapour streetlights.
“Jamaica is on track to achieve its renewable energy target of 30 percent by 2030. However, to do it, the country must reduce its expenditure on imported petroleum products. In 2016, spending on street lighting was US$20 million per year,” said the regional lending institution.
“Street lights are a critical national service, as they facilitate personal safety, as well as the safe operation of the transportation sector. However, street lights in Jamaica are the second largest consumer of electricity, representing 15 percent of total public sector energy consumption. This project is expected to reduce electricity consumption for street lights by approximately 65% per year. In addition, it is expected that it will significantly contribute to the reduction of greenhouse gas emissions in Jamaica,” said Daniel Best, Director of Projects at the CDB.
The lamps in existing street lights have an approximate lifespan of six years, and a failure rate of 20 percent per year.
The Streetlight Retrofitting Project will include the supply and installation of the high-efficiency LED streetlights and related smart controllers.
The controllers will allow JPS to be aware of, and respond to, street light failures in a timely manner.
In addition, a climate risk assessment will be done during implementation, which will assess any vulnerabilities to climate change impacts, and provide recommendations to address them.
The Project aligns to the CDB’s Strategic Plan 2015-2019 and Energy Sector Policy and Strategy in which it highlights energy efficiency and renewable energy as priority investment areas for CDB.
This is the fifth street lighting retrofitting project approved by CDB for its Borrowing Member Countries.
CDB says JPS will provide counterpart financing to complete the project, which is scheduled for completion over a period of 2.5 years.