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LABORATORY OF ADVANCED DISTRIBUTED GENERATION SYSTEMS

 

The laboratory has 02 German made Solo 161 Stirling engines. The first one (Figure 01) can operate with natural gas and PLG, and can be used to carry out performance tests, calculate the main parameters of operation such as electric efficiency and of cogeneration, fuel consumption, cooling water consumption, operation in variable loads, etc.

The other Solo 161 engine (Figure 03) has been adapted to operate coupled to a biomass gasifier and it operates from the combustion of the gases obtained in the gasification. This installation is pioneer in Brazil. From the tests of the system, it is meant to propose a pilot layout that could be operated in an isolated community in the North region of Brazil . This is one of the technologies with the greatest potential to reduce the consumption of fossil fuel and to contribute to the sustainable development of isolated communities of the country.

Also, in the Laboratory of Advanced Distributed Generation Systems, there is a 5KW solid oxide fuel cell (Figure 08) which operates with natural gas and can be adapted to operate with other fuels. This installation is the first of its type in Latin America , placing UNIFEI students in a privilege position in relation to those in other learning centers.

 

Figure 01 - SOLO Stirling engine

 

Figure 02 - Scheme of a Stirling engine coupled to a gasifier

 

Figure 03 - Biomass Stirling Viebach engine

 

Figure 04 - Furnace of the system Stirling engine and boiler

 

Figure 05 - Scheme of the Stirling engine coupled to a boiler

 

Figure 06 - Synchronism panel connected by an internal combustion engine linked to a gasifier

 

Figure 07 - Scheme of the internal combustion engine, gasifier and synchronism panel

 

Figure 08 - 5 kWe solid oxide fuel cell