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In the Singapore Peninsula, the quest to harvest more energy from the sun will soon go farther: to the sea.
Yesterday the Housing Council announced that it was going to sign a collaboration research with a landscaping company.
The rapprochement aims to study the development of a floating solar system for coastal marine conditions. It will examine how the HDB floating system can withstand harsher environmental conditions at sea, such as strong winds and wave action.
Cheong Koon Hean, chief executive of HDB, said that during the past decade, the agency has accelerated For example, solar panels have been installed or are installed in more than 2,400 blocks HDB through Singapore.
By 2020, approximately 5,500 HDB blocks will be equipped or identified for solar installation. 19659006] Currently, more than 95% of Singapore's grid energy comes from the burning of natural gas.
Given the small area of Singapore, there is a limit to the amount of solar energy harvested on the land. ] The floating modular HDB system was first tested in 2011 in an artificial waterway in Punggol for storage of wetland plants. It was then deployed to hold solar panels in a test bench in Tengeh Reservoir at Tuas in May 2009.
The latest research agreement – which HDB will sign with ISO Landscape this week at the World Cities Summit, Sustainability Conference – Look at how the modular floating system designed by HDB can contain solar panels in the open sea.
In theory, Singapore has some areas where offshore floating solar systems would be possible, said Dr. Thomas Reindl , deputy general manager of the company. However, the sites should strike a balance between the need to be close enough to the continent – to avoid the use of long underwater cable links – and the need for marine space to d & # 39; other activities, he told the Straits Times.
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