TECHNOLOGIES



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This technology features a compact design Solar Water Heater (SWH) which utilises attached Stationary Thermal Battery. The system leverages on the advantage of Phase Change Materials (PCMs). It is able to produce instant hot water for domestic and industrial applications in both day and night time, with higher gain of solar energy as compared to conventional systems.

Booth C01 - UNIVERSITY OF MALAYA (UM)
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Economic storage of energy is now the largest issue facing the renewable energy industry. Batteries are excellent for minute to hour level storage, but lack the capacity for base load power. MGA Thermal offers a novel thermal storage material with previously un-achieved energy density and thermal conductivity, for a fraction the cost of batteries. This can be applied at scales large enough to provide base load power aro...

Booth B37 - CSIRO
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Solution processed perovskite is a new-generation thin film technology with solution inks for photovoltaics (PV) and light emitting diode (LED), suitable for application using printing and coating techniques. The world record efficiency of PV lies between silicon solar cell (first generation PV, 26.7%) and thin film solar cell (second generation, ~22%). The luminescent properties, i.e. colour tunability and external quantum efficiency (EQE), of perovskite-based LED are comparable to those of OLE...

Booth B26 - The Chinese University of Hong Kong
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A solar energy based water purification system is proposed to purify seawater or contaminated water containing heavy metal ions, undesirable chemicals, biological contaminants, suspended solids and gases, etc. The purified water can be used for human consumption (drinking water) and medical, pharmacological, chemical and industrial applications. In this system, solar energy is converted to thermal energy with a solar absorber to purify sea water or contaminated water. Compared to conventional ...

Booth B33 - LUX Photonics Consortium
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The technology provides a highly accurate solar energy forecasting. It uses a network of sensors which have advanced computer vision and machine learning algorithms embedded within them, providing a highly accurate 30 minutes ahead forecast of cloud shadowing events every 10 seconds. Using this forecast, the tech...

Booth B37 - CSIRO
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The proposed technology turns a grid-tied PV system into an autonomous microgrid during major grid disturbances, and enabling the grid-tied PV system to continue supplying the local loads. When utility failures occur, the grid forming inverter takes over controlling the microgrid voltage and frequency. The developed microgrid supervisory controller (MGSC) balances the generation and load to achieve the target of maintaining microgrid stability and maximizing the output power of grid-tied PV syst...

Booth B28 - Ngee Ann Polytechnic
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Services & Digital Economy