Centre of Excellence in Solar Thermal
The researchers are also studying how to harvest solar thermal energy on a large scale effectively and efficiently. Currently, most solar thermal systems are designed to 'collect' direct and intense sunlight, which is prevalent in low-humidity, low-cloud climates.
However, tropical countries like Singapore experience frequent cloud cover and high humidity, which diffuses the sunlight in multiple directions. This reduces the effectiveness and efficiency of solar thermal heat collection.
To address the problem of tapping solar thermal energy in tropical environments, NTU researchers are partnering SOLID ASIA, one of the world's leading company in the field of large-scale solar thermal plants, to optimise these systems for use in countries like Singapore.
The Centre of Excellence in Solar Thermal to be jointly established by NTU and SOLID ASIA will conduct research to develop advanced thermal materials and systems which can harness solar thermal energy more effectively.
The centre is likely to be set up in the upcoming CleanTech Park, adjacent to the NTU campus, with expected funding of up to S$2 million from industry partners and government agencies.
Representing NTU in these collaborations with AIT and SOLID ASIA is the Energy Research Institute @ NTU (ERI@N). ERI@N's key research focus is on alternative sources of energy, its usage and applications, and improving the efficiency of current energy systems.
With more than S$830 million in research funding in sustainability alone, NTU is fast becoming a global research powerhouse in environmental technologies. Besides ERI@N, NTU has several other centres engaged in sustainability research, including the Earth Observatory of Singapore, Nanyang Environment and Water Research Institute, and the TUM-Create Centre for
|Contact: Edgar Lee|
Nanyang Technological University