Collaborative Projects

Letter of Intent (LOI) Signing between SERI and IES Ltd., UK.

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Installation of 2kWp Solar System at Pos Gob, Gua Musang, Kelantan


 Installation of Solar Panel and Water System at Tahfiz Centre, Rantau Negeri Sembilan


Water Fountain Project with UCTC

Memorandum of Understanding (MoU) and Research Agreement (RA) between Jinko Solar Technology Sdn Bhd (JS) and UKM

Memorandum of Agreement (MoA) bersama Lembaga Kemajuan Kenaf dan Tembakau Negara


MoU/MoA/LoI with First Solar Jinko, Sunpower, Energy Reserach Institute @ NTU (ERI@N), Solar Energy Research Institure Singapore @NUS (SERIS), Celcom, United Nation Industrial Development Organization (UNIDO), SIRIM, San Miguel, Universiti Sains Malaysia (USIM), Green Building Index (GBI), Terreal, Fraunhofer Solar Energy Research Institure, Wawasan Open University.

Seaweed Dryer in Conjuction Between SERI, SIRIM and Sabah Fisherman Association

A solar drying system for seaweeds has been installed in Semporna, Sabah. The solar drying system consist of V-Groove solar air collector, blower, auxiliary-heater and drying chamber. The solar drying system is of the batch type. The solar collector is of the back-pass V-groove. Six collectors are connected in series. The size of each collector is 4.6m x 1.0m x 0.15m. The total area of the collector is 13.8 m2. PV panels are use to run the fans.SeaweedDryer2  

Project with Centre of Drying Agriculture & Horticulture Products

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UKM-UMT Wind PV Hybrid Hydrogen Production System

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PV as Cottage Industry

An alternative approach aimed at solar photovoltaic (PV) cost reduction by tailoring the technology to the socio-economic culture of the society has been developed. Such an approach must stress development of photovoltaic-based cottage industry. A cottage-industry based business model aimed at manufacturing of 110 W PV modules in pilot  plant in Terengganu, Malaysia with an estimated capacity  of 1MW/year has been setup. Almost entire equipment and manufacturing processes were developed with process and performance yields comparable to any automated operation.

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