Malaysia: Malaysia's first solid-state hydrogen reactor, the HyPEReactor, was launched today at the Orang Asli Settlement of Pos Tibang here. Science, Technology and Innovation Minister Chang Lih Kang said the launch marked a significant step towards providing clean and safe electricity to rural communities with limited energy access.
According to BERNAMA News Agency, the technology is stable, safe, and environmentally friendly, without noise or odour pollution like a conventional genset. Chang highlighted that the launch of HyPEReactor was among MOSTI's initiatives reflecting the government's commitment to developing advanced and sustainable green technology for the benefit of the people, including those in remote areas.
'We want to ensure that every home in Pos Tibang and other Orang Asli villages across the country enjoys the same rights as other Malaysians, (including) access to basic needs, education, healthcare, and a good life,' Chang stated. He emphasized that the HyPEReactor system could operate without relying on diesel, was portable, and had been developed using local technology.
Chang further elaborated that the initiative opened up potential for new business models for rural electrification and could spark interest in Science, Technology, Engineering, and Mathematics (STEM), as well as create job opportunities in science, technology, and innovation, especially for young people in Pos Tibang. The technology aligns with the nation's clean energy policy and supports efforts to transition to sustainable renewable energy sources, such as hydrogen.
Speaking to reporters, Chang mentioned the reactor's capability of generating five kilowatts of electricity, enough to power 10 to 12 homes. Currently, the reactor is being used to supply electricity to the church building in Pos Tibang, benefiting some 260 residents.
Meanwhile, NanoMalaysia Berhad (NMB) Chief Executive Officer Dr Rezal Khairi Ahmad explained that the main component of the system is sodium borohydride, a type of salt that can produce hydrogen under low pressure. 'It can also be recycled, and this innovation provides a safer, more cost-effective, and portable power solution for areas without grid access or with limited connectivity,' he said.