Power Element “P” Park

Power Element “P” Park

Advancing lower-emission energy solutions through science and technology, developing scalable technologies to help address climate change and local power requirement is our goal.

The immense utilization of fossil fuels in the past decades has affected the environmental sustainability adversely. In order to move towards a sustainable and environmentally benign world, it is essential to replace carbon-based fuels. Hydrogen and ammonia are considered as promising candidates for carbon-free fuels. Hydrogen is anticipated to be one of the best candidates for carbon-free fuels in the near future. In order to store substantial amounts of hydrogen in a feasible storage space, it needs to compressed to high pressures or liquefied at very low temperatures, a new renewable energy based integrated system is developed where it stores the excess power generated in the form of ammonia. STI’s developed system integrates both solar and wind energy resources.

Skytower

Zero Carbon Park

China has initiated a large integrated solar, wind, hydrogen and ammonia renewable projects with large capacity hydrogen and ammonia production plan that will utilise more than 10GW of solar and wind power capacity Inner Mongolia region. The electricity produced will support local businesses, hydrogen and ammonia production and will also be fed into the grid needs.

In our plan to enter into KAEC and for Skytower Industry Park requirement, the STI is planning to have an integrated solution to support not only our own park power needs, but also feed to local grid to support other KAEC future requirements.