Abstract: This paper presents the s

Abstract: This paper presents the study on the community power by using gasification technology in Thailand also the management system and the representative of community power production. A district consists of 10 villages and a village needs 100 kW gasifier power plant with 2,763 kg dry basis of fast growing plants for feeding the system per day. Biomass gasification technology is more suitable for rural

area. A 25 kWe

biomass gasified power generation system (BGPGS) was developed and constructed at

School of Renewable Energy Technology (SERT), Naresuan University, Phitsanulok, Thailand. The experimental results of BGPGS showed that gasification efficiency was about 66% and efficiency of gas engine-generator system was about 15%. Therefore, system performance was 10%. However, biomass supplied system is one of the main problems of biomass utilization because in general, most biomass contains a low heating value and biomass is widespread on over the country. Then, collection and transportation costs would have negative economical effects for such an enterprise. For long term and sustainable biomass utilization, plantation, logistics, and storage are necessary for consider, moreover, the technical efficiency and also lower heating value of biomass fuel.

ผลลัพธ์ (อังกฤษ) 2:

Abstract: This paper presents the study on the community power by using gasification technology in Thailand also the management system and the representative of community power production. A district consists of 10 villages and a village needs 100 kW gasifier power plant with 2,763 kg dry basis of fast growing plants for feeding the system per day. Suitable for biomass Gasification Technology is more rural Area. A 25 kWe biomass gasified Power Generation System (BGPGS) was developed and constructed at School of Renewable Energy Technology (SERT), Naresuan University, Phitsanulok, Thailand. The experimental results of BGPGS showed that gasification efficiency was about 66% and efficiency of gas engine-generator system was about 15%. Therefore, system performance was 10%. However, biomass supplied system is one of the main problems of biomass utilization because in general, most biomass contains a low heating value and biomass is widespread on over the country. Then, collection and transportation costs would have negative economical effects for such an enterprise. For long term and sustainable biomass utilization, plantation, logistics, and storage are necessary for consider, moreover, the technical efficiency and also lower heating value of biomass fuel.