WEST SPRINGFIELD, Mass., April 25, 2016 /PRNewswire/ -- Scuderi Clean Energy (SCE) today announced it completed a new patent application filed provisionally last year for a dual-output power generation system and method that can be implemented with both conventional or Scuderi Split-Cycle internal combustion engine technology. SCE holds a worldwide license on the Scuderi Engine Technology patent portfolio for the power generation industry.
The Scuderi power generation method (described in US patent application no. 62/152,996) utilizes a generator to simultaneously feed electricity to both an end user and the local grid. This enables the grid to work as a regulator so that the output from the Scuderi system remains at a constant speed and within a maximum efficiency load range whether or not the load of the end-user varies.
A generator that must follow the load of an end user can lose as much as half of its efficiency as the end user's load drops from peak to low load. By maintaining the output of the generator at or near full load with the grid, the generator's efficiency also remains at or near full efficiency
"The beauty of this system is that it enables a generator system to operate at near-peak efficiency no matter what the load fluctuation is," said Nick Scuderi, president of Scuderi Clean Energy. "And it can be applied to both conventional and split-cycle engine generator technology."
With this new method, Scuderi Clean Energy can supply power to an end user through two basic systems as illustrated by Figures 1 and 2.
Figure 1 represents SCE's system of utilizing the grid to regulate and maintain the output of a conventional generator within a maximum efficiency load range regardless of how the end user's load is fluctuating. Here, the output of the conventional generator is connected in parallel to both the grid and the end user and the generator feeds power to both. As the end user's load requirements vary, the generator's output can be kept within a relatively constant high efficiency load range by increasing or decreasing power to the grid accordingly.
Figure 2 represents Scuderi Clean Energy's Compressed Air Energy Storage (CAES) system utilizing its patented Expander-Generator. Similar to the system illustrated in Figure 1, the CAES system of Figure 2 is also connected in parallel to both the end user and the grid to maintain the Expander-Generator's output within a relatively constant high efficiency range. Further, the CAES system has the added advantages of storing and retrieving energy from the grid as compressed air in its air tanks as well as the Expander-Generator having a high power density and efficiency.
This capability enables the CAES system to store electric power from the Grid (or a renewable resource, such as wind, hydro or solar power) at a low cost during off-peak hours and to provide that stored energy back to the end user or grid during peak hours at a reduced cost. The higher power density enables the Expander-Generator to generate the same amount of power as a similarly rated conventional generator, but in a much smaller package size and a much smaller manufacturing cost.
The efficiency of the Expander-Generator is potentially between 60 to 70 percent when generating power from the stored energy in the air tanks, making the overall efficiency of the CAES system potentially greater than the efficiency of a conventional generator system.
About Scuderi Clean Energy
Scuderi Clean Energy, LLC, (SCE) a wholly owned subsidiary of Scuderi Group, Inc., was formed in October 2015 to market Scuderi Engine Technology to the power generation industry. SCE holds a worldwide license on the Scuderi Engine Technology patent portfolio for the power generation industry. The Company currently has over $60 million worth of power projects under contract in Massachusetts and New York. All projects are for power generation utilizing conventional engines with the patented Scuderi control system. For more information, visit www.scudericleanenergy.com.
Scuderi Clean Energy
SOURCE Scuderi Clean Energy