DR FuelCell Co., Ltd. is a company specializing in research, development and manufacturing of fuel cells for buildings. We are developing and commercializing smart systemization technology for the hydrogen generator and stack, which are core components of fuel cells, as well as system modularization and BOP(Balance of Plant), essential for building fuel cells.
Reformer is the core BOP of the hydrogen generator and is a device that requires durability and safety in the fixed fuel cell system of the VPP era. It will become the axis of the history of reformer development in Korea.
The highly complete hydrogen generator is the core technology of the stationary fuel cell and is a module responsible for the safety of the stationary fuel cell system along with the durability of the highly safe reformer.
To increase the usability and economic feasibility of Gray hydrogen, the purity of hydrogen and the use of carbon dioxide are very important. DR FuelCell Co., Ltd. is researching and developing highly competitive PSA.
Virtual Power Plant (VPP) is the final destination of the global energy transition plan. DR FuelCell Co., Ltd. is researching and developing hydrogen-based VPP to realize energy transition in Korea.
Smart grid (energy-saving power grid) improves energy efficiency through distributed power based on renewable energy, reduces energy waste, and protects the Earth's environment by reducing the use of fossil fuels.
In order to complete a smart grid due to regional characteristics, a hydrogen ecosystem must be established, and in addition to new and renewable energy, the use of blue hydrogen and stationary (building) hydrogen fuel cell systems must take precedence.
DR FuelCell Co., Ltd. is a specialized research, development and manufacturing company in the field of hydrogen production suitable for future VPP construction in Korea. We are conducting research on the safety of stationary hydrogen fuel cell installation, including blue hydrogen production.
Distributed power facilities for buildings (commercial and residential) require the ability to respond to small-scale fluctuations. In order to supply hydrogen stably by adjusting hydrogen production according to demand fluctuations, not only the technical completeness of the facility, but also efficient hydrogen production according to demand forecast within distributed power sources and VPP that can be organically integrated into the energy production and consumption status of the entire VPP Unit Power Management Solution is required.