Distributed biomass CHP (Combined Heat and Power) system

Biomass is the energy resource which is currently largely underestimated and unused. The main disadvantage of biomass is its weight, which makes its portability less. However, unlike current centralized large scale biomass CHP systems, our one of the world's first small to medium scaled biomass CHP systems can be installed distributed throughout the region. This reduces the difficulty of transport, hence its costs.  And when connected to the commercial power system, biomass-rich countryside can be reborn as the energy-rich location.

I. Using Stirling engines

Stirling engine is an external combustion engine, unlike gasoline and diesel engines of internal combustion, and is not affected by the quality of fuel and fuel gas. This makes the system very simple and maintenance costs less.

1kW - 50kW

(for home and office uses)

WPP-1:　

Power: 1kW (Rated 800W)

Heat: 17.4kW (15,000kcal/h)

WBP-50:    

Power: 50kW

Heat: 400kW

External dimension (m): 9W x 7D x 2.3H

II. Using Steam Turbines

By using Steam Turbines more power and heat can be generated with less price. The system can generate electricity and heat with any biomass available in the region and be used as supporting facilities for large regional biomass or solar power plants. It is also effective for pellets factories to reduce the production costs. 

SBP-300:

Power generation end output: approx. 400kW

System end output: approx. 300kW

Biomass fuel: 0.95t/h (7,500t/year, 24h per day, 330days per year)

Heat: 3,580kcal/kg (Water content: 20%)