Geothermal Power Generation Systems

The Organic Rankine Cycle (ORC) system is exceptionally superior as the most cost-effective and efficient method in converting low to moderate temperature heat into electricity.
By adjusting different parameters related to heat and cooling sources, various working fluids can be selected to operate across a broad spectrum of heat sources and temperature ranges, making it widely applicable.

Key Features

By selecting organic working fluids with low boiling points according to the temperature ranges of the cooling and heating sources, the system efficiently converts medium to low thermal energy into electrical power output.
With a simple structure, excellent stability, and high reliability, the system boasts higher power generation efficiency compared to conventional systems operating within similar temperature ranges.
With a power generation capacity ranging from 10 to 300 kW, the system offers versatility, allowing for the selection of suitable generators based on the heat sources at the installation site.
Its applications are diverse, including harnessing waste heat from industrial processes such as hot water, steam, and flue gas, as well as tapping into geothermal and thermal spring energy for power generation.
It can utilize the temperature difference between low-temperature cold energy such as liquefied natural gas or liquid nitrogen and the surrounding atmosphere to generate electricity.

Brand Introduction

Hanpower Energy Technology was established in 2015 and has collaborated with the Industrial Technology Research Institute.
It has also partnered with SoftInWay, a turbine machinery design company from the United States, primarily focusing on the development of ORC generators.
It has already undertaken several geothermal power generation projects commissioned by Taiwan Power Company.