PT REX Teknologi Indonesia system-integrated solution brings electrical and thermal energy 365/24 while promoting energy resiliency and simultaneously reducing environmental footprints. We provide industrial-scale, economical, reliable, and sustainable energy solutions, including clean LNG supplies, cogeneration, microgrids, energy storage, solar, and high-efficiency LEDs to support your operations.
PT REX Teknologi Indonesia renewable energy portfolios include solar, wind, and biomass, backed by advanced flow batteries and hydrogen generation and storage systems.Our hybrid electrical and thermal solutions combine high-efficiency electrical generators with waste heat recovery bringing total efficiency of 92%, and with CO2 GHG sequestered for agriculture use bringing us closer to the net-zero goal. Our sustainable future begins today.
Clean Liquified Natural Gas (LNG) infrastructure and supply chain to serve current and future community energy needs. Engineered with the best safety record, ships will transport LNG tanks from the supply terminal into ports for storage and further distribution to other islands. Combined with photovoltaics, natural gas cogeneration with CO2 capture will provide the community with energy resiliency at a lower cost.
Smart Microgrid to provide the community with grid resiliency by combining clean, reliable natural gas CHPs and turbine cogeneration with green renewable solar, wind, and biomass waste-to-energy resources. The advanced energy management system will efficiently generate and distribute electricity locally and into the power grid. To accelerate energy decarbonization, we recycle CO2 for the agro-industry, pursue net-zero emissions and carbon neutrality, and adopt technologies toward the hydrogen economy.
Combined Heating and Power (CHP) is a high-efficiency energy cogeneration system. that generates electricity and captures the waste heat for practical applications. CHP natural gas quad-generation (4G) processes deliver electricity, sequester CO2, capture engine waste heat, and convert heat into 40F chilled water via an absorption chiller. CHP requires less fuel for given power output. Its waste heat can be used in food processing, beverages, hospitals, greenhouses, and district heating/cooling. Typical fossil-fueled power plants in the United States have 33% efficiency. Our CHP system has an impressive overall 92% electrical and thermal efficiency.
