Abstract
Research on the Robustness of the Roots Waste Heat Power Generation System
Highlights
With the rapid economic and social development, energy consumption has increased rapidly and its production and utilization methods have been continuously improved
We propose the design of a new low-quality waste heat recycling power generation device using a Roots power machine as the working equipment
Owing to the lack of studies on low-quality waste heat power generation technology, studies on some control methods should consider the status of the studies on the control theory of waste heat recycling power generation systems with a medium or a high temperature level
Summary
With the rapid economic and social development, energy consumption has increased rapidly and its production and utilization methods have been continuously improved. Low-quality waste heat technology still remains in the initial stage because of its low unit thermal energy content, difficulty in recycling, and other factors, which tend to ignore the value of secondary recycling. In this regard, we propose the design of a new low-quality waste heat recycling power generation device using a Roots power machine as the working equipment. This paper proposes an internal model control strategy based on robust optimization, which greatly improves the tracking performance and antiinterference performance of waste heat recovery system This achievement is conducive to the realization of power supply for small equipment, and provides the possibility of future grid connection
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