Technical Name |
Innovative Agricultural Waste Gasification Power Generation Integrated Portable Microgrids System |
Project Operator |
National Central University |
Project Host |
蕭述三 |
Summary |
The technology converts agricultural waste into the combustible syngas through an innovative small scale downdraft gasifier. The syngas directly enters the generator set for power generation, without tarwastewater problems. Afterwards the portable batteries charged from the above system are sent to the microgrid systems for supplying electricity to residential communities.
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Scientific Breakthrough |
This technology adopts a new OTWG biomass gasification power generation technology with the external combustion mode to produce electricity smoothly avoiding interruption by targeneration of waste water. The portable batteries charged from the above system are then sent to microgrid systems for utilization. It is a low cost distributed power system using complete renewable energy.
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Industrial Applicability |
The technology can be applied to rural areas. The agricultural wastes generated from domestic agricultural farms as feedstock are converted into the electricity through the gasification microgrid power system on-site. It is not only suitable for Taiwan’s rural areas, but also for remote villages in Southeast Asian countries suffered from povertyelectricity shortages.
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Keyword |
Agricultural waste biomass bioenergy gasification microgrids distributed generation portable rechargeable battery power system remote area Southeast Asia |