Society of Renewable Energy Systems, Power Plant and Electric Vehicles Technology (SO-RESPECT) is a subsidiary organization of IESTA. It is also a non-government organization established to promote sciences, to carry out technology transfer and the acceleration of renewable energies and electric vehicles utilization, as well as to support the educational programs for society in mastering physics and chemistry.

The SO-RESPECT expects young generations to deep learn basic sciences including chemistry and physics. Inventions of new and renewable energies are initiated from well-structured talents and comprehensions about chemistry and physics. Energy conversion and storage technologies have been challenging issues in renewable energy era. Currently there are two major options for electric energy storages i.e., battery bank storage or hydrogen tank storage. Both issues not only affect the power plant technology development in the future but also affect the electric vehicles (EV) technology development. Currently, EVs can be categorized into battery electric vehicles (BEVs), hybrid electric vehicles (HEVs), plug-in hybrid electric vehicles (PHEVs) and fuel-cell electric vehicles (FCEV) that stores energy source in a hydrogen tank. In the future, hydrogen production technology could potentially introduce new vehicle counterparts. Using hydrogen tank, an internal combustion engine (ICE) vehicle can be converted partially or transformed directly to be a hydrogen ICE vehicle (HICEV) with minimum low-cost spare parts replacement. FCEVs produce zero emission, while HICEVs release near zero emission. HICEVs still emit trace amount of CO2 and small amount of NOx. This is a remain challenge for young generations to suppress the carbon emission of the HICEVs.

Green hydrogen production has been an impressive and hot topic nowadays. Hydrogen energy can be obtained from the electrolysis reactions of Water (H2O), which are the most dominant substances or material on earth beside Oxygen (O2). Green hydrogen production relates to water splitting technology, which makes use of photon energy that is converted to be thermal and electric energies. Both are essential energies to split Hydrogen (H2) and Oxygen (O2) from water.